Galaxy Zoo Talk
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This is the new GZ : https://www.zooniverse.org/projects/zookeeper/galaxy-zoo/talk
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Althoug this is an amazing image, not sure why you are posting this here. GZ Talk Ourobouros is almost closed.
Definitely a galaxy. The odd colouring to the left could be an optical artifact.
Oh no, Don't be sorry, I just thought it was hilarious ! 😄
Groan ! 😉
The 'ring' could be fuzzy spiral arms and the central object looks more like a bar with a bulge. But, hey, that is just me !
A ring is a feature. So, if you start out with smooth, you cannot end with a ring.
Not sure how you, an experienced classifier, can classify something as an elliptical with a ring!
Not sure I see anything 'jet'-like, sorry !
The blue dots int he galaxy are active star forming areas ijn the galaxy.
Nope, not a nebula. It is indeed a spiral galaxy seen almost edge on.
Definitely not a star but a barred two-armed spiral !
I'd probably classify this galaxy as a disturbed spiral galaxy. But that is just me ! ;D
I'd go for a two-armed barred spiral to me.
According to SDSS it is another galaxy, but I'm not so sure. It looks like a foreground star from our galaxy to me.
The central object is a fuzzy galaxy.You could classify it as an irregular or as a very disturbed barred spiral. Just give it your best shot
It could be a cosmic ray hit that didn't get removed.
Fuzzy disturbed galaxy or irregular galaxy.
The bright object in the bottom right corner is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
If you see a central bulge, you cannot classify this galaxy as an elliptical.
The central object is a galaxy and the white one is a foreground star from our galaxy.
Sorry, no merger in this image. The yellow object, bottom right, is a foreground star from our galaxy.
If they are merging they are close together. If it is an overlap they are very far apart and the closeness is just a line of sight.
Sorry, it can't be both.
The blue blob, top left, is a foreground star from our galaxy.
The yellow/orange line, top right, is probably a satellite trail.
Just looking at this image I'd say the small white object is a foreground star from our galaxy.
Do you have a spectrum ? 😄
And the object top right is a foreground star from our galaxy. The colours and spikes are all optical artiffacts.
Nope ! The object in the centre is a very beautiful very disturbed barred spiral.
Hi Angelika !
What do you mean by a 'heated bulge' ?
Maybe yes, maybe no. Just give it your best shot !
For me it is just one disturbed (spiral ?) galaxy. The blue blob is probbaly a very active star forming area.
The bright object is a foreground star from our galaxy. See the zoomed out image from SDSS (https://tinyurl.com/ya9axvud)
???
Then why are there so many images of very clear spirals ?
Yep ! A faint and fuzzy one ! 😄 If I squint really hard I think I can see a disturbed spiral galaxy.
The blue line could be a satellite trail.
With the more or less pointy ends I'd go for edge on.
The object, bottom left, is a foreground star from our galaxy. So, definitely not a merger !
Happy hunting !
Or a disturbed spiral galaxy ? 😉
How did you classify this one ?
Sorry, I don't see any objects below and left side?
What do you mean by heated bulge ? And I don't see any objects below and above the central galaxy.
Sorry, I don't see a large dzrk object above the central galaxy.
What do you mean by heated bulge ?
Not sure I see an overlap in this image, sorry.
I have no idea what you are talking about. Could you explain it a bit more ?
Not sure what you mean by your explanation. I just see a disk or spiral galaxy (with a rounded bulge) seen edge on.
The bright spiky thing is a s foreground star from our galaxy. The colours and spikes are all optical artifacts.
Sorry, the 'jet' is another galaxy interacting with the central one.
Although the central galaxy looks disturbed, I don't see any obvious culprits in sight.
Not a dust cloud, but a real (irregular) galaxy with billions of stars.
Sorry, no supernova in this image. The central object is a disk or spiral galaxy seen edge on. The round object (left) is a foreground star.
Where ?
The yellow line is not a satellite trail, but a diffraction spike (optical artifact) caused by a bright star outside of this image.
You can get tidal tails when galaxies are merging, so you can classify it as both.
Sorry, I don't see an object, right side above !
Or you could go for a disturbed barred disk or spiral seen edge on.
And the galaxy bottom right is not an elliptical but a disk or spiral galaxy seen edge on.
The object in the centre is not an edge on but a barred disk or spiral galaxy seen face on.
Two galaxies interacting. Nice #merger
The bright object, top right, is a foreground star from our galaxy.
Here's the SDSS image : https://tinyurl.com/yaqk5buy . I'd classify this as a disturbed spiral interacting with another one.
The objects in this image are not stars but galaxies, probably interacting. Impressive #merger.
This is a disk or very fuzzy spiral galaxy with a big bulge.
This is not a planet but a real galaxy with billions of stars in it
The bright object bottom right is a foreground star from our galaxy. The colours, spikes and the yellow bar are all optical artifacts.
Dear Angelika, What do you mean by a heated bulge ????
Both galaxies look very distorted, so #merger for me too.
Not a nebula but a fuzzy galaxy. The blue blobs are indeed areas with star formation.
This is a barred two armed spiral where the spiral arms fold back to make a ring; No dustlanes in this image, sorry!
Sorry, there are no objects on the left side or above. There is a smudge in the bottom left corner and that could be a foerground star.
No merging in this image, just one smooth round galaxy in this image.
The dark spot is just an optical artifact.
The blue object in the centre is definitely not a planet but a star forming area in a (probably) irregular galaxy.
Looks like some optical artifacts around this smooth round galaxy.
Not enough distortion in either galaxy to tell if they are merging, sorry !
Sorry, I don't see a dark object below the central galaxy.
Oops ! Definitely not an elliptical ! I'd classify this one as a very disturbed barred spiral
Sorry, don't think this is a lensed galaxy. For one the 'arc' is too far away from the lensing galaxy. And it is too fuzzy as well.
I'd probably go for the two ellipticals merging. The spiral doesn't look to be involved (but that is just me ! 😉 )
Not sure I'd call these ones ellipticals, but they are definitely interacting !
The central object is not a star but a real galaxy.
The bright object top right is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The bright object bottom right is a foreground star from our galaxy.
No clouds but two galaxies, probably interacting. Nice #merger!
The central object is not a star cluster or a nebula but a real galaxy. You could classify it as an irregular or as a very disturbed spiral.
The bright object, bottom left, is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The bright white object is indeed a foreground star from our galaxy.
It is most definitely an artifact. The spikes and the round structure are optical artifacts caused by a bright star outside of this image.
The object in the centre is an elliptical galaxy and there is no ring of stars or a clump of stars in this image.
Sorry, there is just one elliptical galaxy in this image.
Or a very disturbed spiral galaxy. Just classify it as you see it !
I wouldn't classify this as cigar shaped as it is pointy at the ends. This is probably a disk or spiral galaxy seen edge on.
Not sure where you see these overlaps. There is just one spiral galaxy in this image.
With these fuzzy elliptical it is not easy to see if there are disturbances, so merger is still a possibility.
See the comments below : two galaxies interacting. Lovely #merger.
There is no object sending a blue flash of light in this image, sorry.
No merging and no shadow object in this image, sorry.
There is no shadow object (don't know what this means anyhow) and there is no double star in the centre either !
Sorry, I have no idea what you mean.
See the comments below. The "jets" is just the disk of this disk or spiral galaxy seen edge on. + a beautiful dustlane.
Nope, not a supernova but a bright foreground star fromo ur galaxy. The spikes and colours are all optical artifacts caused by overexposure.
The faint blue blobs are star forming areas in the galaxy. The object at 5 o'clock is probably a foreground star from our galaxy.
And the round object at 5 o'clock is a foreground star from our galaxy.
Most of the other objects in this image are other galaxies, but without additional info it is not possible to tell if they are close.
The object at 9 looks like another galaxy to me. So, without any obvious disturbances, I'd go for overlap. But just classify what you see !
Gorgeous disturbed barred spiral with an inner ring !
The yellow line is a satellite trail.
See the comments below : the blue line is a satellite trail.
Why ?
Not sure what you are asking ! This looks like a disturbed spiral to me .
Or it could be the aftermath of a merger ! ;D
Your guess is as good as mine ! The central galaxy looks a bit disturbed, but the one to the right doesn't ! Just classify what you see !
Looks more like two galaxies interacting to me!
What do you mean by 'shadow object' ?
No dust in this image, sorry ! And what do you mean by 'shadow object' ?
No dust in this image, sorry !
Nope, no 'shadow-objects' (whatever that may mean) in this image!
I'd classify the object in the centre as a disturbed spiral or disk galaxy seen edge on. But just answer the questions as well as you can !
If that is what you see, classify it as such ! 😄
I'd go for a disturbed two-armed spiral. But, hey, that is just me ! Just classify what YOU see !
Sorry, just one (disturbed) galaxy in this image.
The blue stripe is just an optical artifact.
The object in the centre of the image is a galaxy. But the bright white one is indeed a foreground star from our galaxy.
The yellow line is probably a diffraction spike (optical artifact) caused by a very bright star outside of this image.
With these smooth ones it is not so easy to see disturbances . #Merger for me ! 😄
It does look iiek a foreground star. No z availabke, sorry.
Apparently the bright object is part of the fuzzy galaxy. Weird !
The bright object at 3 o'clock is a foreground star from our galaxy.
Definitely two galaxies interacting.
The object in the centre of this image is a disk or spiral galaxy seen edge on.
What do you mean by 'a dead galaxy' ?
And there is nothing between the central galaxy and the star at 12 o'clock
For the umptieth time : galaxies CANNOT merge with foreground stars from our galaxy.
Looking at the disturbances in ith galaxies, they are already interacting/merging.
C'est certainement une possibilité ! Gorgeous #merger anyway.
Yep, yep and yep ! 😄
No merger in this image, sorry.
What do you mean by 'dead galaxy' ?
I'd classify this one as a disturbed edge one as well ! Or, possibly, a disturbed loose two armed barred spiral. 😉
What Budgie said !
Still don't know what you mean by 'dusty by inversion'. Some explanation would be much appreciated.
Please ! There is no merging with a black shadow in this image !
Sorry, no merging in this image. And what do you mean by 'dark stars' ?
Sorry, no merger in this image. Just one galaxy.
Sorry, I have no idea what you are talking about.
The blue blobs are active starforming areas in the galaxy.
I'd classify this one as a very disturbed barred spiral.
Sorry, there is no dust trail in this image.
I'm not sure what you are referring too ! (sorry)
The central object is a fuzzy galaxy and the blue spot is an active star forming area in the galaxy.
It's a optical artifact (a diffraction spike) caused by a very bright star outside of ths iimage.
Looks like an #overlap.
Sorry, just one galaxy in this image. No merger here.
Looks like another galaxy overlapping the central galaxy.
If I squint really hard (my favourite scientific method ! 😉 ) I'd say yes ! 😄
No double stars in this image
Sorry, just one fuzzy galaxy in this image. And galaxies CANNOT merge with foreground stars, sorry !
Definitely disturbed galaxy.
This could be a smooth galaxy, but you could also classfify this one as a fuzzy disk or tight spiral galaxy with a big bulge.
The central object is a heavily disturbed spiral galaxy probably interacting with the smalller one to the right.
The object, bottom left, is another galaxy. Not sure if it is interacting with the galaxy in the centre.
The bright white object is not a supernova but a foreground star from our galaxy.
The yellow is a diffraction spike (optical artifact) caused by a star outside of this image.
According to Skyserver the object in the centre of the image is a foreground star from our galaxy.
The white round object is a foreground star from our galaxy.
In the centre of the image there are two galaxies interacting. Or it could be just one heavily disturbed galaxy.
The central object is a disk or spiral galaxy seen edge on.
Definitely a galaxy ! 😄
The blue blob is probably an active star forming area in the galaxy.
The large white round object is a foreground star from our galaxy.
The white object in the centre of the image and the yellow one at 7 o'clock are both galaxies, probably interacting.
No overlap here, sorry. The bright object is a foreground star from our galaxy.
Again, sorry, no gravitational lensing in this image.
Sorry, definitely no gravitational lensing in this image.
Not sure what you mean by this comment !
That is definitely a possibility.
The central object looks like a severely disturbed barred spiral galaxy to me !
It is caused by interaction with another galaxy.
What do you mean by remnant ? The object in the centre is a fuzzy galaxy overlapping the edge on.
Do you mean the dark spot ? That is sadly just an artifact.
happy hunting !
The object bottom left is a foreground star from our galaxy .The colours and spikes are all optical artifacts.
This looks like a disturbed spiral galaxy to me.
Definitely not a dustlane. Sadly, just an artifact !
Just one galaxy for me. No merger, no overlap.
The bright blue object is a foreground star from our galaxy. The fuzzy orange one (which you are supposed to classify) is a real galaxy
You could go for a very (very ! ) disturbed barred spiral galaxy. Or you could classify it as an irregular. It's your call !
The white object is a foreground star from our galaxy, so it is not possible that it is interacting with the central galaxy. No merger !
Erm, no ! It's a very disturbed spiral galaxy (sort of ! )
The two small circular objects are probably foreground stars from our galaxy. Not sure what you mean by halo ?
The bright yellow blob is a foreground star from our galaxy.
Wow ! Something definitely came whizzing by !
The central galaxy is defintely disturbed, but no obvious culprit in sight. Could be the result of a fly-by.
Yep, two galaxies interacting. Nice #merger.
The 3 objects inthe centre of this image are 3 galaxies, probably merging.
The star is a foreground star from our galaxy, so it is just not possible for it to be 'crashing' into the central galaxy.
The blue blobs in the galaxy are active star forming areas in the galaxy.
The central object is definitely a galaxy.
Definitely two objecs (galaxies), probably merging.
The object at 5 is definitely a foreground star from our galaxy, so there is no way possible that it is influencing the central galaxy
Blue blobs are almost always signs of very active star forming areas.
I'd classify this one as a disturbed barred two-armed spiral. But hey, that is just me ! ;D
The bright object at 2 o'clock is indeed a foreground star from our galaxy.
I'd go for a faint and fuzzy disturbed two-armed spiral anyway. Not sure what you mean by darker ring though.
Yep, this is a disk or spiral galaxy seen edge on. It looks a bit disturbed as well.
The object at 10 o'clock is probably a foreground star from our galaxy.
The blue blobs are star forming regions in the galaxy,But I'd classify it as a disturbed spiral with a noticeable bulge,but that's just me !
The bright object to the right is indeed a foreground star from our galaxy.
The blue dots are active star forming areas in the galaxy !
The central galaxy is definitely disturbed. It is certainly interacting with another galaxy.
No merger for me in this image, sorry.
Sorry, no merger in this image for me.
This is not a star but a galaxy with billions of stars.
See the comments below : the bright object at 5:30 is a foreground star from our galaxy.
I'd classify this one as a extremely disturbed barred spiral galaxy, but hey that is just me !
The central galaxy (which you are supposed to clasisfy) is a disk or spiral galaxy seen edge on.
The white spot is probably a foreground star from oiur galaxy.
The blue dot is probaly a cosmic ray hit that didn't get removed.
Not a cloud but a real galaxy !
See my comment in 'Chat'
It certainly looks like the galaxy in this image is interacting with the one in AGZ000duhe
https://tinyurl.com/yd4u9zfe
But the object you are supposed to classify is the faint and fuzzy galaxy in the centre of the image.
The bright object (top left) is inded a star from our galaxy, but the colours, spikes and weird centre are all optical artifacts.
Just one disturbed galaxy for me.
I'd go for two medium wound spiral arms, slightly disturbed galaxy too
Eeps ! You are right ! It is an asteroid ! Sorry !
But how did you classify it ? ;D
And the bright spiky object to the left is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The central object is either an irregular galaxy or you could classify it as a very disturbed spiral galaxy. It is up to you.
The bright blue lines are indeed a rotating/tumbling satellite.
The bright object to the left is a foreground star from our galaxy.
Original post deleted because of language.
L'objet en bas a gauche est une étoile de notre voie lactée.
It's a foreground star from our galaxy.
Yep ! The bright object at the bottom is a foreground star from our galaxy !
The central object is not a star but a real galaxy containing millions of stars. The ohter faint objects are probably also galaxies.
The yellow round object is a foreground star from our galaxy.
Hi and welcome to the Zoo,
The two colours are ,sadly, just an artifact. Image processing error
Just an optical artifact (sorry! )
No dark jets here, but lovely dustlanes !
It's a diffraction spike (optical artifact) caused by a very bright star outside of this image.
I'm thinking cosmic ray hit that didn't get removed.
Lovely foreground star from our galaxy !
The brigh, spiky object at the bottom is a foregound star fom our galaxy. The colours and spikes are all optical artifacts.
Probablility of it being a foreground star = 99.9999999% ! (sorry 😉 )
No merging whatsoever in this image (sorry)
The bright object (bottom left corner) is a foreground star from our galaxy.
The orange/brown streak is a satellite trail.
Sorry, no gravitational lensing in this image. The galaxy in the centre is not massive enough to do this kind of lensing.
Not a clumpy gas cloud but a real galaxy with some star forming areas (the blue clumps)
The bright object at 2 o'clock is a foreground star from our galaxy. So, definitely no merger here !
I'd classify the central galaxy as a slightly disturbed two-armed, barred spiral. But hey, that is just me !
Or a disturbed barred spiral galaxy ? 😄
Probably stars from our galaxy and tons of optical artifacts. Just classify as star/artifact.
I'd classify this one as a very disturbed spiral galaxy with a noticeable/dominant bulge.
The two colours are just an optical artifact. (misalignment of filters)
The yellow line is an optical artifact. It is a diffraction spike caused by a bright star outside of this image.
I would classify this one as a very disturbed galaxy with a big bulge.
For me, there is just one galaxy in this image.
Definitely a polar ring suspect ! ;D
Oh yes (the blue blobs) ! 😄
The central galaxy is definitely a disk or spiral seen edge on. The 'jet' is not a jet but another fuzzy galaxy. I'd go for overlap.
I'd go for merger here.
The different colours are not real. Looks like a misalignement of filters.
You could classify it as a disturbed edge on or as a very loose two armed spiral. Just give it your best shot.
The yellow object a the bottom is a foreground star from our galaxy, so it is impossible that it is merging with the central galaxy.
The two colours are, sadly, just an optical artifact.
Maybe even two edge ons merging ! 😄
The bright object (top left) ? Yep, definitely a foreground star from our galaxy.
Sorry,but could you point out where you see an arc ? I really don't see it !
Just classify what you see !
Thanks and happy hunting !
Fuzzy galaxy ! Just give it your best shot ! 😄
Fuzzy disturbed spiral for me;
I'd probably classify his one as a very disturbed spiral !
Not sure if there is a merger in this image.
the 'arc' is probably a tidal trail from the yellow galaxy. See this SDSS image : http://tinyurl.com/y9gohmg7
See the comments below : the bright white object to the right is a foreground star from our galaxy.
Both galaxies look disturbed, so this is a #merger for me !
The bright object, top left, is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The bright round object to the left is a foreground star from our galaxy, so it cannot be interacting with the central galaxy.
See the comments below : It's a satellite trail.
Looks like a 3-armed spiral ! Nice catch !
Sorry, no jet in this image !
This is not a star but a real galaxy containing billions of stars<;
You know the saying : when it looks too good to be true it probably is. Sorry, but that is the case here as well. Just an optical artifact.
The other weird artifacts are probably caused by a very bright foreground star from our galaxy outside of this image.
The bright spiky object is not a supernova but a star from our galaxy. The colours and spikes are just optical artifacts.
The yellow/orange one at 2 could be a foreground star from our galaxy.
According to my super high tech tool (a paper cutout with lines on it) it's the fuzzy galaxy with a dominant core.
One ring to bind them all ? 😉
The image is centered on one of the star forming areas (blue blobs) in the spiral galaxy. So it is safe to classify the spiral galaxy.
I'd classify the central object as a disturbed barred spiral with a couple of star forming areas (the blue blobs)
Sorry, no gravitational lens in this image.
Galaxies cannot merge with foreground stars from our galaxy. And the 'jet' is either an asteroid or a satellite trail.
Did you mark the lovely #dustlane ?
I'd go for merger. Both galaxies look disturbed.
Please, always classify the object in the centre of the image (even if it is the most boring one ! )
Happy hunting ! 😄
Sorry, just misaligned filters .
So, definitely not a merger here.
The central object is a disk or spiral galaxy seen edge on. The 3 small round objects are foreground stars from our galaxy.
Too fuzzy to tell, sorry. But I wouldn't classify this one as a merger anyhow.
The bright object bottom left is a foreground star from our galaxy. The colours and spikes are optical artifacts.
I'd call this one a ringed galaxy.
The different colours are just a filter misalignment (sorry)
It's probably a seriously distorted spiral galaxy, but it is more of a ring than the majority of ringed galaxies that I have seen here !
The colour gradient is just an optical artifact (sorry).
Could be an overlap could be a merger. Just give it your best shot !
Sometimes there just isn't a right answer !
The central object looks disturbed enough, but not enough data so know if it is interacting with the small round galaxy.
Arc can be any number of features, but here in GZ (and that is not very clearly stated) arc originally meant gravitational lensed galaxy.
Correct, it is a ringed galaxy, but definitely not an elliptical.
Sorry, not an elliptical but a two-armed spiral galaxy.
Definitely not an elliptical. It is a two-armed spiral where the spiral arms fold back to make a ring. It's a ringed galaxy.
The blue blobs are star forming areas in this disturbed spiral or disk galaxy seen edge on.
Wow, you have keen eyes ! It could be a foreground star from our galaxy or even an artifact. Hard to tell.
The blue spots are starforming areas in the galaxy.
The central object is a fuzzy galaxy. The two small round objects are probably foreground stars from our galaxy. Nice chance alignment.
What 'black artifact' are you referring to ?
Sorry, just one (maybe) disturbed spiral galaxy for me. No merger here.
Thanks for participating and happy hunting !
Nope, sorry ! You cannot go back to 'correct' a classification. And anyway, for some images, there just is not a correct classification.
Sorry, no dust lanes in this galaxy.
See bluemagi's comment : one galaxy (the white object) and one foreground star (the yellow object).
The spiky object to the right is indeed a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts
You could classify this one as a very (very ! ) disturbed two armed, barred spiral
Gorgeous ! 😄
Sorry, not a gravitational lens, but a faint, disturbed spiral arm.
The bright object at the top of the edge on is either a foreground star from our galaxy or it could be an asteroid.
There are millions upon millions of galaxies so there are bound to be some that ressemble each other ! ;D
Sorry, no merger here, although the central galaxy looks disturbed. . The colour are just caused by some misaligned filters.
Definitely interaction, so #merger for me.
Irregular is not used for galaxies distorted by interaction with other galaxies.
Not sure there is a pea in this image. First of, it doesn't look like a pea and second, do you have a spectrum ?
Yep ! Here they are : https://tinyurl.com/y9pgsqv8
Not really that fuzzy,sorry ! I'd classify this one as a two armed spiral seen at an angle. Just answer the questions as well as you can !
Nope ! Just misaligned filters and lots of other optical artifacts.
Sorry, no merger here. Just misaligned filters.
@angelikabellinghausen : the weird centre markings in the centre of the star are just optical artifacts.
@Buckstarchaser : Correct : always classify the object in the centre of the image !
Always calssify the object in the centre of the image Andh ere that is indeed the edge on spiral or disk galaxy.
But please, always classify the object in the centre of the image, even if it is the most boring one ! 😉
The bright spiky object at the top is a foreground star fromour galaxy. The colours and spikes are all optical artifacts.
The other 'core' (orange round object) could be a foreground star from our galaxy
Very disturbed spiral galaxy. Not sure about the double dust though !
...
or an irregular or even a disturbed spiral galaxy. But just give it your best shot !
But there is a galaxy in the centre of the image. You could call it an LSB (Low Surface Brightness Galaxy) ....
The orange round object is probably a foreground star from our galaxy.
Not sure what you mean by 'strong radiation' ? I see two interacting galaxies. Gorgeous #merger !
The red object is a foreground star from our galaxy..
Sorry, it is just not possible to see planets in these images. The dot, top right, is just an artifact.
Again not sure where you see a pea ? Could you point it out for me ?
Where do you see a pea ?
Could be a merger could be an overlap. With these smooth galaxies it is very difficult to say.
The central galaxy is a very disturbed spiral galaxy with a great dustlane. Gorgeous #merger.
Because it's so fuzzy,I'm thinking meteorite.
The resolution is just not good enough to decide either way. So star/artifact is the best solution.
Yep, there is definitely something in the centre of the image. But it could be a far away galaxy or a foreground star from our galaxy.
Yeah ! Sometimes the software gets confused. But that is where we come in ! ;D Just classify this one as star/artifact.
Wow ! This image never ceases to amaze me. Truly beautiful !
The black dot is not a star but an artifact.
Sorry but galaxies cannot be merging with foreground stars from our galaxy.
I see just one very disturbed galaxy. Could be any shape ! Just classify what you see and your classification will be invaluable.
Yep ! definitely a disk for me as well ! As for spiral arms, just give it your best shot ! 😄
Just one galaxy for me !
Gorgeous #merger !
The bright,spiky object is definitely a foreground star from our galaxy, but these images are heavily processed,so the colours are not real
It's a lenticular (disk) galaxy with a strong bar and a big bulge.
Foreground stars can be very dim or extremely bright and everything in between ! And almost every color imaginable.
I'd go for an almost edge on disk or spiral ! But hey, that is just me ! ;D
Sorry, no gravitational lensing going on in this image. Just two galaxies (probably merging ) and two foreground stars (the smaller dots)
Looks like a typical barred spiral to me. Lots of barred spirals have the arms starting at the ends of the bar.
An elliptical (=smooth) cannot have any features. This is a barred ringed spiral, where the two spiral arms fold back to make a ring.
This is definitely a two-armed, barred spiral. Nice catch !
If I squint I can see a two-armed spiral too ! 😄
There are just two galaxies in this image. But they both are disturbed, so they are interacting. Nice merger.
LOL ! 😄
Also , these images are heavily processed so the 'red dwarf' is also just a foreground star from our galaxy.
Not sure what you mean by this . All the stars you see in these images are from our Milky Way & all the galaxies are 'behind' the Milky Way
Sorry ! No supernova here. That is just a foreground star from our galaxy.
It is a disturbed edge on disk or spiral galaxy with an amazing dustlane !
Definitely an artefact. Could be a satellite trail.
I'm thinking tumbling satellite.
Beautiful overlap.
The big thingy in the bottom right corner is a foreground star from our galaxy; . The colours and spikes are (sadly) just optical artifacts.
The blue glowing thing at the top is a foreground star from our galaxy. The colours and spikes are sadly just artifacts.
I'd probably go for a disturbed edge on disk or spiral with lots of star forming going on.
Sorry, but I had to laugh ! And you are right PrinceofEurope, that is just a load of gibberish ! Somehow we missed this (sorry ! )
Yep ! The bright white object is indeed a foreground star from our galaxy.
See the comments below : the colours are just artifacts.
Neither, just misaligned filters
The blue thingy with spikes is a foreground star from out galaxy.
2/2 It can be closer or further away than the central galaxy, but without additional info (redshift) there is no way to tell.
The small round object (bottom right) is another galaxy.
The small round object at the bottom is a foreground star from our galaxy, so it cannot in any way be merging with the central galaxy.
Sorry, but you cannot tag this as an elliptical and a spiral ! They are both very different types of galaxies !
It's not a gas cloud but an irregular star forming galaxy !
The blue speck could be a cosmic ray that didn't get removed.
No dust lane in this image, sorry !
Not sure what you mean by 'dead stars' Could you please explain ? Tx
No idea what you mean by 'old galaxy' ? Could you please explain ?
I have no idea what you mean by 'by inversion very dusty bulge'. This has no meaning in astronomical terms.
The 'jet' looks like a satellite trail to me.
The red dot is (sadly) just a foreground star from our galaxy !
But thanks for participating and happy hunting !😄
I'd call this a medium two armed (ringed) spiral where the spiral arms fold back to make a ring. With loose spiral arms that is impossible.
Sorry, no ring for me here !
Please take a look at this (http://www.galaxyzooforum.org/index.php?topic=6732.0) for what we really are looking for if we use overlap.
Merger for me as well !
That trail is made up of stars ! The galaxy is heavily disturbed by another galaxy.
No the star is not disturbed. The spikes and colours are all optical artifacts.
It could just as well be a merger in progress ! But anyhow, just give it your best shot !
Just one bar for me, sorry !
I do hope GZ Bars will have tons more examples of what they really want us to classify !
Tx ! I'll second that ! And that is with leaving out gravitational lenses !
I mentioned the possible confusion in the feedback form for Galaxy Bars ! Because here in GZ 'lens' means gravitational lens.
I'd love to be wrong, but for me it is too clumpy to be a voorwerpje. It is just not 'cloudy' enough !
But without additional info (z) we cannot be sure. But just give it your best shot. If you think it is a merger, classify it as one.
The central galaxy looks slightly disturbed and the small one at 11 as well, so there could be some interaction.
Both galaxies look disturbed, so they are probably interacting .
Galaxies CANNOT merge with foreground stars from our Milky Way
The object at 10 is probably a foreground star from our galaxy, but it is impossible for it to be merging with the galaxy in the centre.
Sorry, I don't see it. Where do you see a gravitational lens in this image ?
The red glow and the diffraction spikes are optical artifacts caused by a bright foreground star from our galaxy jus toutside of this image.
The bright object top right is a foreground star from our galaxy. The colours and spikes are all just optical artifacts.
No bulge here in this either dwarf or Low Surface brightness or irregular galaxy.
Please explain what you mean by 'dead galaxies' !
Hi angelikabellinghausen
Could you please explain what you mean by 'dead stars' ? And could you point them out for me in this image ?
Just one (very beautiful) ringed galaxy here.
Or one very (very) disturbed spiral galaxy. Looks amazing though ! ;D
Don't worry ! Every image gets classified by at least 20 people. And sometimes there are no 'right' answers. Just give it your best shot !
I'd classify the central galaxy as a disturbed two-armed spiral ! ;D
There is a (very faint) galaxy in the centre of this image, but you can tag these ones with #wrong_size.
Sorry, the object to the left is indeed a foreground star so it CANNOT in any way be merging with the galaxy in the centre of the image.
I'd classify this as a disturbed spiral galaxy too !
Definitely not an elliptical ! It is a disk or spiral galaxy seen edge on with an amazing dust line !
Happy hunting ! ;D
Hi, here in GZ we only use the hashtag overlap for galaxy/galaxy overlaps (not for foreground stars overlapping a galaxy) . Tx ! 😄
Some galaxies and a foreground star. And please remember to always classify the object in the centre of the image ! 😄
And again, here in GZ, it is not useful in any way to mention stars overlapping a galaxy.
For the umptienth time : there are no dead stars in this image.
Dear Angelika, here in GZ we only use overlap for galaxy/galaxy overlaps. No need to mention foreground stars overlapping a galaxy.
Spiral galaxy for me as well, with a bar and two very fuzzy spiral arms.
Yep, it is a disk or spiral galaxy seen almost edge on. And I think I can see the hint of a dustlane as well !
The object in the centre is a smooth and round galaxy. Not sure what you mean by double star.
Sorry, no gravitational lens or arc in this image. The 'outer ring' are just two faint spiral arms .
The bright spots are active star forming areas in the galaxy.
Now that is an overlap if I ever saw one ! 😄
Sorry, no dust in these galaxies.
No dust whatever in this galaxy. (and no bulge either)
the blue line is probably a satellite trail . Looks amazing though ! ;D
Not sure about either !
Gorgeous chance alignment !
That is, sadly, just an artifact !
Disturbed barred spiral for me.
SDSS says galaxy, but it could just as well be a foreground star.
The yellow and blue thingies at the top are, sadly, just artifacts.
The second 'bulge' is probably a foreground star from our galaxy.
Sorry, just a foreground star from our galaxy.
The blue object top right is a foreground star from our galaxy.
Not a merger for me,sorry!Just a barred spiral galaxy in the centre of the image.All the small objects are foreground stars from our galaxy.
What about a smooth and round galaxy ? That is how I would classify this one.
Don't think so. The two lower blue clumps are star forming areas in the galaxy.
Merger for sure ! 😄 (both galaxies are severely disturbed)
Definitely not. We are looking at other galaxies very, very far away The stars you see in this image are foreground stars from our galaxy.
Oh my word ! What an amazing image ! This is just beyond gorgeous !
Not sure what you mean by 'dusty by inversion'. No dustlanes in this galaxy.
Overlapping stars are not interesting. There is really no need to mention these. Tx.
PLEASE, explain what you mean by clumps of dead stars ?
No disturbances in either galaxy. So, no merger for me. Maybe, an overlap.
Sorry, but I don't see any dustlanes in this galaxy.
Not sure what you mean by that ! There is probably a black hole in the centre of this image but you cannot see them.
No gravitational lenses in this image as spiral galaxies are usually not massive enough tot do any lensing.
The central galaxy is a seriously disturbed spiral galaxy.
Sorry, there is just one galaxy in the centre of the image. It's a barred fuzzy spiral with a big bulge and an inner ring.
Overlaps by a star are really not necessary to mention. Tx.
Not sure I'd call this one dusty. Even in inversion ! 😄
The object at the left is a foreground star from our galaxy. Colours, spikes and weird centre are all (sadly) just optical artifacts.
Sorry, those different colours are just optical artifacts. 😦
And most of the other small dots in this image are foreground stars from our galaxy.
The galaxy in the centre of the image is severely disturbed and has lots of star forming areas (the blu clumps)
With what ?
Sorry, but the bright object at 7 o'clock is a foreground star from our galaxy.
I just see one galaxy in the centre of the image. And overlaps by stars are not called overlaps in GZ.
There are some serious distortions so definitely interacting.
Please, only use the hashtag overlap for galaxy/galaxy overlaps. Thanks.
Or a disturbed spiral ?
I'd go for a very disturbed galaxy with an active star forming region (the blue blob).
The bright object to the right is a foreground star from our galaxy.
The blue line could be a satellite trail. Definitely no jets in this image.
Sorry, no lens or arc in this image. Lenses or arcs should refer to gravitational lenses and arcs.
Sorry, Angelika, but galaxies and foreground stars from our galaxy cannot merge ! They are just too far apart to be interacting.
LOL ! 😄 (btw, I think that is the first time anyone called me Ma'am. Makes me feel regal ! ;D )
The 'dark jet' is sadly just an artifact.
Okay, children ! Play nice now ! 😉
Now that is a boxy bulge if I ever saw one !
Nope ! the bright red 'halo' is just an optical artifact.
The bright spot is indeed a foreground star from our galaxy. And any stars that you see in these images are always foreground stars !
Hi ajrobb,
This is definitely a spiral, so it is NOT an elliptical. The 2 are mutually exclusive. Please don't use these two #'s together
@angelikabellinghausen you have been told time and time again that foreground stars from our galaxy and galaxies cannot merge.
Please explain what you mean by dead star ?
Definitely ! Nice catch !
Yep, definitely two galaxies. I don't they are interacting, so #overlap for me.
Neither, sorry. This is a simulated galaxy from the Illustris project and the simulations are not powerful enough to create lenses.
Not sure this one counts as an overlap.
The pattern in the foreground star is sadly just an artifact.
Not one galaxy but two separate galaxies.
Looks like a foreground star from our galaxy to me.
The bright object to the right is not a galaxy but a foreground star from our galaxy.
No lensing for me, sorry.
Merger/disturbed : Check. Dustlane : ? I don't see one !
The bright red object is indeed a foreground star from our galaxy. The Illustris simulated galaxies are placed on real foreground images.
Sorry, no gravitational lens in this image. Looks mor like a merger to me.
No, no,no ! The star is a foreground star from our galaxy, so it cannot be interacting with the central galaxy.
Hi ajrobb
If you think a galaxy is a spiral it cannot be an elliptical & vice versa.Using both tags for one galaxy just doesn't make sense.
It's a simulated galaxy from the Illustris project with star forming areas (the white dots)
See the comments below.
No, it is just one simulated galaxy from the Illustris project; And in these images the blue/white smudges mean star forming areas.
It's a very disturbed barred spiral galaxy from the Illustris data set. Meaning that it is a simulated galaxy.
Sorry, that is just an optical artifact. Just one galaxy in the centre of this image here.
Not sure about there being no interacting ! The central galaxy definiteily looks disturbed !
There are no galaxies overlapping one another in this image.
With these images, merger is a better option.
Not an overlap for me, sorry.
Not much overlapping going on here, sorry.
Erm, no !
Not much of an overlap for me, sorry. Beautiful #dustlane though !
Where do you see an overlap here ?
Or merger ! 😄
Nope, not happening ! Foreground stars from our galaxy CANNOT merge with galaxies.
The bright object top right is a foreground star from our galaxy . So it cannot be merging with the galaxy in the centre of the image.
What do you mean ?
What do you mean by clump of dead stars ?
Definitely not an elliptical.
That's a foreground star from our galaxy. The colours, spikes and weird centre are all just artifacts.
Yep ! 😄
This is also a simulated galaxy from the Illustris project.
The central object is just one disturbed galaxy. It is a simulated galaxy from the illustris project.
Ooh ! Nice one indeed ! 😄
This is a simulated galaxy from the Illustris project and in these images blue/white smudges mean star forming areas.
The red dot is a foreground star from our galaxy.
Really cool image ! 😄
Sorry, but the red stars are foreground stars from our galaxy !
And in these images blue/white dots/smudges indicate star forming areas in the galaxy.
It's a simulated galaxy from the Illustris project.
Not really an overlap ! The galaxies need to be overlapping for it to be called an overlap !
The colourful spike is an optical artifact (diffraction spike) caused by a bright star outside of this image.
This looks very much like two galaxies merging.
Sorry, but I have no idea what you are talking about !
Foreground stars from our galaxy and galaxies just cannot interact with each other! Do you understand the distances involved ?
The bright object, bottom left, is a foreground star from our galaxy. But the colours and spikes are just optical artifacts.
Sorry, this galaxy doesn't have a bar.
It's a simulated galaxy from Illustris. And in these images, blue/white blobs are star forming areas in the galaxy.
No idea what you are referring to !
Foreground stars from our galaxy and galaxies CANNOT merge !
It's a simulated galaxy from the Illustris data set. And in these images blue/white smudges mean star forming areas in the galaxy.
Why would the brighter object be further away if it appears to be in front of the galaxy? Looks like a star forming area in the galaxy to me
The Illustris software messed up. Just classify it as star/artifact.
Definitely not an elliptical ! It is very clear that this is a barred two armed spiral.
The small object in the top right corner is probably another galaxy. Could be a disturbed edge on
This is a simulated galaxy from the Illustris project. Blue dots/smudges are star forming areas in the galaxy
Just one galaxy here, sorry.
What do you mean by 'clumps of dead stars' ?
The red line is not a jet but a satellite trail.
The star is a foreground star from our galaxy so it cannot in any way be interacting with the galaxy.
The small white object is a foreground star from our galaxy, so it CANNOT in anyway be interacting with the central galaxy.
Angelika : What do you mean by 'dead stars ' ?????
Or a disturbed spiral or disk galaxy seen edge on.
The bright object at the top is a foreground star from our galaxy.
And in trying to simulate spiral arms, they tend to produce these rings of star forming areas.
This a simulated galaxy from the Illustris data set (https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/)
The blue 'balls' are star forming areas in the galaxy.
Not bulges but star forming areas in this simulated galaxy from Illustris.
The orange object is a foreground star from our galaxy.
Which bits would that be ?
And the elongated bulge is actually a bar.
No problem ! We were all newbies once ! 😄
And, please, keep the questions coming !
The orange object at 9 o'clock is a foreground star from our galaxy. Definitely no merger here.
The white object to the left is a foreground star from our galaxy, so there is no way that it can be interacting with the central galaxy.
The red object to the right is just a foreground star from our galaxy. Nothing exploding in this image ! 😄
The central object could be a disturbed spiral. The object at 4 o'clock could be another galaxy.
This is a simulated galaxy from the Illustris dataset and in these images blued smudges mean star forming areas.
The curved one ? That would be a disturbed spiral arm.
Nice chance alignment ! 😄
A disturbed spiral with a dominant bulge for me.
The blue smudges in these simulated galaxies from Illustris mean star forming areas in the galaxy.
Another simulated galaxy from the Illustris data set.
Sorry, not a merger but just one simulated galaxy from the Illustris data set.
Galaxies and foreground stars from our galaxy cannot in any way interact.
Galaxies CANNOT merge with foreground stars from our galaxy !
What do you mean by 'clump of dead stars' ?
Not a jet but an artifact .
It's a simulated galaxy from the Illustris dataset.
The bright object, bottom right, is a foreground star from our galaxy.
definitely not an edge on. It is a barred spiral with an inner ring seen face on.
It is a possibility ! 😄
I'd go for definitely a (two-armed) spiral. But hey, that is just me ! 😉
No worries. See here https://tinyurl.com/y8muecct for more info and scroll down to 1.9
So, I'd classify this as a disturbed spiral. Definitely not an irregular galaxy.
I wouldn't have used the # irregular here. It is definitely a spiral (maybe disturbed, but not really).
Okay, this stops here, both galaxies look disturbed, so definitely a merger.
This is a simulated galaxy from Illustris and the 'square' bulge is just an artifact.
No merging with clumps of dead stars, sorry. This is a disturbed barred spiral.
Sorry, no 'big dead stars' in this image. Those 'shadows are just artifacts.
The satellite reflects the sunlight and because it moves so fast it gets caught in just one filter.
The blue line is not a jet but a satellite trail.
And the 'blue line' is a disk or spiral galaxy seen edge on and slightly disturbed.
The yellow dot is a foreground star from our galaxy, so it is just not possible for it to merge with the central galaxy.
No, no, no ! Galaxies and foreground stars from our galaxy just CANNOT merge as they are so very far apart !
So there is no way that the star and the galaxy can be interacting.
Nope, definitely not ! The star is a foreground star from our galaxy and the central galaxy is very, very far away.
The red glare and the spike are artifacts caused by a bright foreground star from our galaxy.
Which object are you talking about ?
It's a simulated galaxy from the Illustris data set. The blue/white dots are star forming areas in the galaxy.
Not so much an irregular as a heavily disturbed (possibly a spiral) galaxy.
I don't think the edge on at the top is in any way interacting with the central galaxy. Looks just like a line of sight.
Nope, not a supernova remnant/planetary nebula, but a simulated galaxy from the Illustris data set.
If they are merging they cannot be overlapping and vice versa ! 😄
So there is now way possible for them to interact with the very far away galaxies !
You do realize that the stars we see in this image are foreground stars from our galaxy.?
The Illustris simulation algorithm got a bit carried away (or was just lazy ! 😉 ). Just classify as star/artifact.
If you think these are interacting, you could classify it as a merger!
Nice line of sight ! 😄
The star is a foreground star from our galaxy, so there is no interaction whatsoever possible between it and the central galaxy.
2/2 The central object is a disturbed spiral galaxy with a beautiful dust lane, interacting with another galaxy outside of this image.
There is no gravitational lens in this image.
Beautiful very disturbed galaxy. Could be the result of a fly -y or the late stages of a merger.
Not sure I'd classify this one as dusty !
What about a barred two armed spiral (maybe an inner ring). And the red dots are all foreground stars from our galaxy. !
Happy hunting !😄
This is an image from Illustris (ie simulated galaxies). Obviously something went wrong, so just classify this one as star/artifact.
Not a merger but a simulated galaxy from Illustris. The blueish ring means star forming area in the galaxy.
What about a merger or else a very (very! ) disturbed galaxy.
If you classify it as an elliptical (ie smooth) there shouldn't be an inner ring or a bar (these are features).
If you classify it as an elliptical (ie smooth), it cannot have a bar.
You could call this a disturbed barred galaxy, but you could just as well go for irregular. Just answer the questions as well as you can.
So, both these objects are very (very, very) far apart.
Hi Leo Doms, The central object is a far away galaxy and the object, bottom right, is a foreground star from our galaxy.
This is actually a simulated image from the Illustris data set. So, I'm guessing something didn't quite go right.
The two blue clumps at 11 are star forming areas in the galaxy.
This is a two armed spiral seen nearly edge on. So the "indentation" is the curve of the lower arm.
Fuzzy galaxy. There isn't really much else to say about it. 😉
The 3 small and bright dots in this image are stars from our own galaxy.
Yep, edge on for me too !
More info on these images here : https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
This is a simulated galaxy from the Illustris dataset and they tend to produce quite a lot of these star forming rings.
Not an overlap but a #merger ! 😄
Definitely not an overlap ! Gorgeous #merger ! 😄
Ys it is an artifact. It's a diffraction spike caused by a bright star outside of the image.
Try squinting (my favourite way of looking at galaxies) and it really looks like a barred spiral ! 😄
Or a very disturbed barred spiral ! 😄
Could be an overlap , but looking at the distortions I'm thinking #merger ! 😄
The bright dot to the right is just a foreground star from our galaxy.
You do realize that with these dots there are lots of artifacts and oversaturation issues going on !
Definitely some interaction ! Gorgeous merger here !
The central galaxy is certainly disturbed, but I do not think the top one is the culprit.They do have some different photoz's !
Both galaxies look disturbed, so I'd go for merger here !
The central object is most definitely a galaxy. You could classify it as a very disturbed spiral , but irregular is also a possibility!
I'd also go for foreground star. Nice catch @CeciliaB
Neither ! It is probably a very disturbed spiral with an inner ring. Looks gorgeous though! 😄
Neither ! The bright object at the bottom is a foreground star from our galaxy. So , I'd classify this one as a disturbed spiral.
Sorry, there is no gravitational lens in this image. It is just a very disturbed spiral galaxy.
Loose two-armed barred spiral for me too ! 😄
Not sure what you are referring to?
Any stars you see in these images are from our own galaxy, so they cannot be interacting with the central galaxies.
The white object is a foreground star from our galaxy. The yellow one is the bulge of a very faint disturbed (spiral ? ) galaxy.
The foreground star from our galaxy cannot in anyway be interacting with the central galaxy.
The blue star is indeed a foreground star from our galaxy. So it cannot be interacting with the central galaxy.
Please only use the hashtag overlap for galaxy/ galaxy overlaps; Tx .
Definitely not a lensed galaxy as these Illustris images cannot simulate lenses.
It could be a bar in this simulated galaxy from Illustris.
Bar for me.
See the comments below: The blue or white smudges in these simulated galaxies are star forming areas in the galaxy.
The blue dots in these simulated galaxies from Illustris are star forming areas in the galaxy.
Don"t think this is a double dust lane !
Gorgeous dustlane though ! 😄
It is just the void between the centre and the spiral arms;
Erm ! The blue thing is indeed a foreground star from our galaxy, but the 'black' ring is not dust at all !
Not sure what blue lines you are talking about, sorry.
Just answer the questions as well as you can and your classifications will be extremely usefull ! 😄
The blue (or white smudges) in these simulated galaxies from the Illustris dataset indicate star forming areas in the galaxy.
And they do tend to produce a lot of these ring like star forming rings.
See the comments below : These are simulated galaxies from the Illustris data set.
No gravitational lens in this image. The 'arcs' are spiral arms from the galaxy.
Definitely artifacts. . No idea what causes them though.
Sorry, this is not a lensed galaxy. It is a fuzzy disturbed galaxy.
The two bright objects are foreground stars from our galaxy and the yellow lines are just optical artifacts.
The bright green object is a foreground star from our galaxy. But the color is not real !
Beautiful !
wow ! Gorgeous merger ! 😄
... in these images blue/white smudges are star forming arae in the galaxy.
No gravitational lensing in this image (sorry). Thisiis a simulated galaxy from the Illustris data set &
Not sure what you are referring to. Sorry !
Please only use the hashtag overlap for galaxy/galaxy overlaps ! Tx . Happy hunting !😄
The bright dot to the left is indeed a foreground star from our galaxy.
It is a simulated galaxy from the Illustris data set and in these images blue or white smudges are star forming areas in the galaxy.
Yep, they look more like merging companions to me as well.
Boxy is extremely rare. Not sure I'd call this one boxy. But hey, that is just me !😄
The bright object is a foreground star from our galaxy.
That is just a foreground star from our galaxy. The colours and spikes are, sadly, just optical artifacts.
If you're asking about the bright yellow object to the left? That is indeed a foreground star from our galaxy.
Yep ! See the zoomed out image : https://tinyurl.com/ycq6ozav
It's an optical artifact caused by misaligned filters.
Blue & white smudges in these galaxies are star forming areas in the galaxy.
It's a simulated galaxy from the Illustris data set. They do produce quite a number of these ringed galaxies.
Foreground stars from our galaxy and background galaxies just cannot merge/crash/interact in any way possible !
Sorry, but if the central object is a foreground star from our galaxy it is just not possible that it is merging with the galaxy at the top.
Not sure what you mean by 'magnet field visible' ?
There is no way possible that a foreground star could be merging with the central galaxy as they are very (very ! ) far apart
Not sure these two galaxies are merging. Neither of them looks disturbed.
Where do you see a gravitational lens in this image ?
The colours and weird dots in the centre are all optical artifacts.
The bright object at the top is not a galaxy but a bright foreground star from our galaxy.
I'd go for a disturbed edge on.
Where is the supernova in this image ?
It's a simulated galaxy from the Illustris data set. And they do produce quite frequently these star forming rings.
It's a simulated galaxy from the Illustris data set. And they do tend to produce a lot of these star forming rings.
It's a disturbed galaxy allright. Not sure what is causing it though.
I think the simulation went a bit wrong ! 😉
The bright object to the left is a foreground star from our galaxy. The colours and weird 'halo' are just optical artifacts.
Sorry, no gravitational lens in this image. The 'arc' is part of the disturbed spiral galaxy.
Looks like two edge on's to me as well ! 😄
This is a simulated galaxy from the Illustris dataset. Blue or white smudges in these galaxies are star forming areas in the galaxy.
Somehow they do produce a number of these galaxies with a starforming ring
Sorry, this is not a supernova. It is a simulated galaxy from the Illustris dataset.
Looks like a two armed spiral where the spiral arms fold back to make a ring. Beautiful #ringed galaxy.
This is a simulated galaxy from the Illustris dataset. And they do produce quite a number of these bulgeless ringed galaxies.
Yep, this happens sometimes. Just click star/artifact and hope for a better image ! 😃
And you should definitely not be getting duplicates. I'll kick this upstairs ! 😄
The 'already seen' or 'finished' banners are only for the Panoptes projects. GZ is an Ourobouros project.
The blue smudge is an active star forming region in the galaxy.
Looks like star forming areas in the galaxy to me.
The central object looks like a disturbed spiral galaxy interacting with the galaxy to the left. #merger.
Yep ! You can see this when it says 'Illustris' on the classifying page or here on Talk.
If you cannot see a dust lane in the 'normal' view, there is no dust lane at all.
Why only dusty by inversion ? Just a two armed spiral for me, sorry.
This is a simulated galaxy from Illustris, and in these simulated galaxies blue/white dots are star forming areas in the galaxy.
This is a simulated galaxy from Illiustris and they superimpose their sims on SDSS backgrounds. So I'm thinking this is just a coincidence.
See the comments below ! 😄
There is a faint and fuzzy galaxy in the centre of the image, but clicking star/artifact is perfectly acceptable in these cases
#wrong_size
Now that is an amazing artifact ! 😄 And it is probably caused by that bright star : https://tinyurl.com/y8wmfuos
Nice catch ! Without the z's I would've gone for foreground star ! 😄
The central object is a disturbed, barred spiral with lots of star forming areas (the blue clumps). Nice pic ! 😄
Merger is a possibility as the large galaxy does look disturbed.
The red spot is foreground star from our galaxy, so it cannot collide with the central galaxy.
The spiky object to the left is not a supernova but a foreground star from our galaxy. The colours and spikes are optical artifacts.
But please, always classify the object in the centre of the image, even if it is the more boring one. 😄
That bright object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The smaller galaxy could be in the foreground or background. And the central galaxy doesn't look that disturbed. No merger for me.
Both of the galaxies in this image are sims. It could still be a simulated merger.
I don't think the galaxy to the left is interacting with the central one. No merger here for me.
Not a dust cloud but a real galaxy with billions and billions of stars.
So there is no way that they can be merging with any galaxy in these images.
Not sure what you mean by thus. The stars we see in these images are foreground stars from our galaxy.
Just WOW ! 😄
Not sure what you are trying to say ?
Mergers always look strange ! ;D But, here, both galaxies look disturbed, so merger is definitely a possibility.
Yep ! And even though they are simulated, your classifications of them are incredibly valuable !
No, some of the images that we are asked to classify are simulated galaxies (more here : https://tinyurl.com/z8k7s42)
You can mark these in Talk with #wrong_size. You can classify these as star/artifact.
It's a simulated galaxy from the Illustris data set and these 'square' galaxies are not that uncommon.
Sorry, not a supernova but a simulated galaxy from the Illustris data set. And somehow they produce quite a lot of these 'rings'.
Just give it your best shot and that is all we ask from you ! 😄
The star (top left) is a foreground star from our galaxy, so there is no way that it can influence the galaxy that is soo much farther away.
Or a disturbed tow-armed spiral.
It just looks red. Could be because of dust in the galaxy.
It's an sim from Illustris & these simulations are not capable of producing gravitational lenses. What about a very disturbed barred spiral?
Yep ! 😄 Both galaxies are clearly interacting, so definitely #merger for me.
This is a simulated galaxy from the Illustris data set.
The blue or white spots are star forming areas in the galaxy.
It could be two galaxies merging or it could be two galaxies overlapping. Just give it your best shot !
Looks like a artifact to me, sorry !
The yellow object is indeed a foreground star from our galaxy,so there is no interaction whatsoever possible between it &the central galaxy.
Try looking at it as a barred spiral galaxy with two arms that fold all the way back to form a ring.
Those 'jets' are just artifacts. So they are not real !
This is a simulated galaxy from the Illustris data set . See here : https://tinyurl.com/z8k7s42
Sorry, I don't see it.
This is a simulated galaxy from the Illustris dataset. Blue/white smudges signify star forming areas in the galaxy.
Some of the blue blobs are star forming areas in the galaxy, others are foreground stars from our galaxy.
Both galaxies look distorted so maybe they are interacting.
The image is very fuzzy, so merger and overlap are possible. Just classify what you see and that will be very valuable.
The blue smudge at 7 o'clock could be a star forming area in the galaxy.
Definitely not an overlap ! 😄
The bright object to the left is actually a foreground star from our galaxy.
See the comments below : Optical artifacts and filter misalignments.
My pleasure ! Hope you are having fun here ! 😄
You could make a case both for overlap and for merger. You classify it as you see it..
That is really difficult to tell as they both look a bit fuzzy so no obvious signs of distortions. And there are no redshifts available
Not smooth at all.
Another simulated galaxy. from Illustris.
And in these images blue/white smudges signify active star forming regions in the galaxy.
3/3
But you should just answer the questions. Classify it as you see it.
2/3
As for the classification : I'd go for features- not an edge on - no bar - no spiral - no bulge - anything odd : ring and disturbed.
1/3
This is a simulated galaxy from the Illustris data set. More info on Illustris here : https://tinyurl.com/z8k7s42
This one looks a bit like an Illustris sim ! 😄
Oh wow ! What an amazing #merger ! 😄
Sorry, not a nova. The bright blue /green object is a foreground star from our galaxy.
Truly amazing !
Not sure I'd classify this one as a barred galaxy. It could be a merger but not sure . Anyway, just classify what you see !
Beautiful ! Aren't we the privileged ones to get to see these images !
or if they are in the foreground/background.
Without additional information (redshift) it is impossible to determine of these galaxies are close to the central galaxy, ...
Nope, most of the objects in this image look very red. This just means that there were some filter problems.
Without additional information, it is impossible to tell if the two smaller galaxies are actually close to the central galaxy.
You could classify it either way (merger or no merger). I'd personally would go for no merger, but hey, that is just me ! 😄
happy hunting
The object (bottom left) is another galaxy, but without extra info (redshift) it's impossible to say if it's in the foreground or background
That red object is a foreground star from our galaxy.
Blue and white smudges in these simulated galaxies from Illustris are star forming areas in the galaxy.
Probably a merger, not an overlap.
Definitely an edge on spiral or disk galaxy. Good call ! 😄
Just 1 galaxy here.It's a simulated galaxy from the Illiustris set & in these images blue/white blobs are star forming areas in the galaxy.
Good call Alex ! 😄
And after looking at the SDSS image I'm still going for the star forming area ! 😄
Without looking at the extra information, I'm going for star forming area in the galaxy.
Neither of the galaxies look very disturbed, so I don't think they are interacting. No merger for me.
This is a simulated galaxy from the Illustris data set. The blue/white smudges are star forming areas in the galaxy.
The orange dot is a foreground star from our galaxy.
Sadly, no ! This is a simulated galaxy from the Illustris data set. The blue/white smudges are star forming areas in the galaxy.
The bright object bottom left is another galaxy. See here : https://tinyurl.com/yd9uzrff (zoomed out view SDSS)
Merger for me too !
The green sphere is a foreground star from our galaxy.
This is a simulated gaalxy from the Illustris data set. The blue and white smudges in thes images are star forming areas in the galaxy.
The yellow object to the right is a foreground star from our galaxy.
This is a simulated galaxy from the Illustris data set. In these images blue/white blobs are star forming areas in the galaxy.
The two bright colourful objects are both foreground stars from our galaxy. The colours and spikes are all optical artifacts.
Not a dust cloud, but a real galaxy with millions of stars.
Nope the faint white stripe is not coming out of anything; It is an edge on galaxy. Could be foreground, could be background.
Could be a merger ! The central galaxy does look disturbed. It is your choice ! Just go for it ! 😄
Nope, not a gas cloud, ut a real galaxy. I'd go for either a very disturbed spiral galaxy or an irregular. it is your choice ! 😄
Is there a question here ?
So, what is your remark ?
You do need to have something following the # ! Even if it is something completely useless !
Why do you ask for a reference? Here in GZ people are asked to classify what they see, not what they have a reference for.
Just classify what you see ! For me personally, it's just one galaxy. But hey, that is just me. 😄
The object at 1 o'clock is probably another galaxy.
Sorry, it is neither. This is a simulated galaxy from the Illustris data set. The white/blue blobs are star forming areas in the galaxy.
Something obviously went wrong ! 😄 Just click star/artifact.
It's a simulated galaxy from the Illustris data set. The blue/white blobs are sar forming areas in the galaxy.
The blue and yellow dots are star forming areas in this simulated galaxy from Illustris.
This is an image from the Illustris dataset of simulated galaxies. But obviously something went wrong here. Just click star/artifact.
Just by looking at this image I would've thought that the small white one is a star. But apparently it is also a galaxy.
The bright red dot is a foreground star from our galaxy.
It's definitely two galaxies. And always classify the object in the centre of the image.
That is just a foreground star from our galaxy. Looks amazing though ! 😄
The bright red object?Yes,that's a foreground star from our galaxy.But the object you are supposed to classify is(always)the central objetct
Not really. The two bright orange objects are foreground stars from our galaxy. The central galaxy does look disturbed though ! ;D
Don't think so. The 'lens' is much too far from the lensing galaxy.
The round object is not a foreground star (it has a z of .036), so it is probably part of the galaxy; Weird configuration !
Could be a merger. Both galaxies look disturbed.
And in these images blue/white clumps signify star forming areas in the galaxy.
This is actually a simulated galaxy from the Illustris data set. And they sometimes produce 'strange' looking galaxies.
I'd classify this one as smooth and round.
Looks like a disturbed spiral galaxy to me.
Thank you for your explanation. But I don't think anyone (apart from you) understood this abbreviation.
Could you please explain *fing ? It looks as if you are masking a swear word. If I do not get an answer these posts will be removed. Tx.
Both galaxies look distorted, so definitely a merger.
With these kind of distortions it is most definitely a merger !
My classification would be a merger with a lot of dust lanes ! And what a gorgeous one at that ! ;D
No, but you could just explain what you mean by these abbreviations ! Tx.
No idea either. Just take no notice ! 😄
The bright object (top left) is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The small round object is a foreground star from our galaxy.
Could be two galaxies merging as there seems to be two centres.
SDSS
And lots of galaxies do not have a central bulge.
The blue/white bright object is a foreground star from our galaxy.
Sorry, no dustlane in this one for me.
Not sure about a dustlane.
You could classify this as a fuzzy barred spiral. The blue/white features in these simulated galaxies from Illustris mean star forming areas
The red object is a foreground star from our galaxy.
Happy hunting! 😄
Could be two galaxies merging.
The two spiky objects are bright foreground stars from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The central galaxy is a disk or spiral galaxy seen edge on. It has a rounded bulge and a lovely dustlane.
Hi Txuslay, I'd classify this one as smooth and round. Maybe a bit disturbed. Happy hunting !
This is a simulated galaxy from the Illustris data set and in these images blue/white patches areas are star forming areas in the galaxy.
Yep, it is a sim from the Illustris data set and in these images the blue/white smudges are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris data set. And in these images, the blue/white smudges are star forming areas in the galaxy.
That is sadly, just a foreground star from our galaxy, and all the colours, spikes and weird things around it are just optical artifacts. 😄
The red object is a foreground star from our galaxy, but the colours, spikes and the green cloud/spike are just optical artifacts! 😄
Yep, this is a diffraction spike (optical artifact) caused by a bright star outside of this image (https://tinyurl.com/yaflks7q)
The bright object (bottom right quadrant) is a foreground star from our galaxy. Colours,spikes and weird centre are all optical artifacts.
@neoncoolguy:Sorry, the star is a foreground star from our galaxy,so there is NO way that this star can be merging with the central galaxy
Not every sim is a bad sim !
Please take note that this particularly hashtag has no influence on the classifications !
No,this is just one galaxy.It is a simulated one from the Illustris data set. And in these images blue/white smudges mean star forming areas
Hi CeciliaB : You are right. This is indeed a fairly good sim of a polar ring galaxy.
@zoob1172 : This one looks like a very realistic barred spiral galaxy.
I agree there are others that do not look very realistic.
The 'purple' object is indeed a foreground star from our galaxy. But the colours, spikes and weird centre are all just optical artifacts.
The blue/white smudges in these simulated galaxies from the Illustris data set are star forming areas in the galaxy.
The blue smudges in these simulated galaxies from the Illustris data set are star forming areas in the galaxy.
Correct. The object to the right is a foreground star from our galaxy.
Not an elliptical but a simulated disk galaxy from the Illustris data set. The blue blobs are star forming areas in the galaxy.
Yep, it is a simulated galaxy from the Illustris data set.
The bright red object is a foreground star from our galaxy.
Probably two ellipticals merging ! 😄
The blue blobs in this simulated image are star forming areas in the galaxy.
@958bacsal : There is no gravitational lensing in this image.
See the comments below : The object to the left of the centre is a foreground star from our galaxy.
Don't classify by the colours, but by the features that you see ! And I would go for a disturbed (maybe barred), spiral as well ! 😄
The central galaxy is a simulated galaxy from the Illustris data set. & these simulations are not capable of producing gravitational lenses
Edge on with a big bulge for me.
I'd go for disturbed barred spiral.
Actually it is clearer in the Skyserver image. Anyway, just give it your best shot ! We can only classify what we see ! 😉
I don't think this is an arc because the central galaxy is a fuzzy spiral galaxy and they usually are not massive enough to do any lensing.
Both galaxies look disturbed, so merger is very likely.
No gravitational lensing in this image. It is a heavily disturbed spiral galaxy.
It's a simulated galaxy from the Illustris dataset. The blue clumps are star forming areas in the galaxy.
The backgrounds are not simulations ! So, all of the Illustris images are hybrid images ! So what !!
Yep ! It is a simulated galaxy from the Illustris data set. Just classify what you see !
Sigh! The central galaxy from the Illustris dataset is a sim. & it is placed into a real background to make it more realistic. Nothing new
Sorry, that is not true. Only the central galaxy is a simulated galaxy and it gets positioned on a real background ! 😄
Yep,a simulated galaxy from the Illustris data set. & they do tend to produce a lot of weird ring(ed) galaxies. Just give it your best shot?
Just one disk or spiral galaxy seen edge on for me.
Sorry, no gravitational lensing in this image. It is a ringed barred spiral galaxy.
The central galaxy doesn't look disturbed, so no merger for me. And besides, the bright white object is a foreground star from our galaxy.
I'd classify this one as a disturbed two armed spiral with a large bulge.
It is a simulated galaxy from the Illustris data set. I'd classify it as a spiral galaxy with a dominant bulge.
This is a simulated galaxy from the Illustris data set. For some reason they do produce quite a number of ring(ed) galaxies.
I'd classify it as a disturbed lenticular (disk) galaxy with a dominant bulge and maybe a tiny bar.
That 'jet' is a satellite trail. Because the satellite moves so fast it just gets imaged in one filter.
Sorry, but the central object is most definitely a galaxy !
If I recall correctly it is not possible to simulate gravitational lenses in Illustris.
There is a tiny galaxy in the centre of this image.
Nothing exploded at 6 o'clock. Looks like another galaxy overlapping the central galaxy.
Not sure I'd call this one an elliptical. I'd go for a gorgeous disk galaxy.
Not sure if I would classify this one as an an elliptical. Looks like there is a bar there ! 😄
Could you pls explain what you mean with your rather cryptic messages , Tx !
Hi Ine, which object do you think is the other bright galaxy with strange colours ?
Where is that other very bright galaxy with strange colours ?
A simulated galaxy from the Illustris data set. And they do produce quite a lot of these weird 'ring'-like structures.
It is a simulated galaxy from the Illustris dataset (https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/)
All of the red blobs in this image are foreground stars from our galaxy ! ;D
Blue/white dots in these simulated galaxies signify star forming areas in the galaxy.
Two stars and a galaxy. Nice chance alignment ! 😄
Yep ! I'd classify this one as a disturbed barred spiral
You can definitely classify it as an irregular. But you can also classify this one as a slightly disturbed disk or spiral seen edge on.
Not sure what you mean. The bright white dot is indeed a foreground star from our galaxy.
It is a simulated galaxy from the Illustris data set. The bluish patches are very active star forming areas
Nothing to classify here ! Just click star/artifact and move on to the next one.
The pink ribbon is just an optical artifact ! 😄
It's not a nebula but a faint and fuzzy galaxy.
Hi adriano.zallo,
If you squint a bit you can see a bar and two fuzzy spiral arms. So not an elliptical.
Just classify what you see, not what you expect to see ! 😄
But there are definitely red spirals just as there are some blue ellipticals (courtesy of Galaxy Zoo ! )
Not a nebula but a very (very ! ) faint and fuzzy galaxy. ! 😄
Not sure I'd go for merger here. Neither of the galaxies look disturbed. I'd probably go for overlap.
The central object is a disturbed barred spiral.
The green line is part of a satellite trail.
Those bright blue blobs are active star forming areas in the galaxy.
Could be an optical artifact as well ! ;D
And in these Illustris images, pale blue means star forming areas in the galaxy.
It is a simulated galaxy from the Illustris data set. And somehow they produce quite a number of these rings !
Not a nebula, but a real galaxy ! . But a really faint and fuzzy one at that ! 😄
Yep ! Just classify this as star/artifact.
Not sure what you mean by loose, but this is definitely not a loose armed spiral.
Unfortunately, it is just part of a satellite trail ! 😉
Both galaxies look disturbed, so merger is definitely a possibility.
Actually, there is nothing in the centre of this image ! ;-D
Just click star/artifact and move on to the next one !
Yep, gorgeous barred spiral ! 😄
Not a ring of stars but a ring of star forming areas in this simulated image from the Illustris data set.
And somehow they produce quite a lot of these rings. And in these Illustris images pale blue means star forming areas in the galaxy.
Désolé, mais ceci n'est pas un supernova. This is a simulated galaxy from the Illustris data set.
@zoob : even with your directions, this will not help newbies. What about easy to understand thingies !
And the colours and the blue 'halo' are just optical artifacts.
I suppose you are referring to the red and blue thingy ? That is sadly just a foreground star from our galaxy.
The blue blobs in these Illustris images mean star forming areas in the galaxy.
Correct ! At the bottom of the image is a small edge on galaxy.
Yep ! The blue object is indeed a foreground star from our galaxy.
Just click star/artifact and move on to the next one ! 😄
The bright blue object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
It doesn't get any better than this ! 😄
You are correct. he small smooth round one is in the centre of the image. But I'm certain that most people will classify the odd one.
No gravitational lens here. This is a simulated galaxy and I'd classify it as a disturbed spiral with a big bulge.
See the comments below : Most of the objects in this image are foreground stars from our galaxy.
I'd classify it as a disk or spiral seen edge on, seriously disturbed with two star forming areas ( the two blue dots).
Lovely image ! 😄
😃 ! It is a simulated galaxy from the Illustris data set. And somehow they do produce a lto of these 'ringed' galaxies.
The white dot a 3 o'clock is a foreground star from our galaxy. The greenish blue dots are star forming areas in the galaxy.
Indeed ! Amazing #merger !
LOL !
It is (admittedly a gorgeous) simulation from the Illustris data set and they do produce these rings fairly regularly.
A very bad simulation ! 😄 Just click star/artifact.
And for some reason they occasionally produce some weird rings.
The blue/white blobs in these images signify star forming areas.
This is a simulated galaxy from the Illustris data set. See her for more information : https://tinyurl.com/z8k7s42
This one could also qualify for #wrong_size ! 😄
Sorry, cedartree, but the Illustris simulated galaxies cannot produce lenses. The white dots are star forming areas in the galaxy.
This is a faint and fuzzy disturbed spiral. The blue blobs are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris dataset. You could classify it as an edge on or even an irregular.
It is a simulated gaalxy from the Illustris dataset. The blue/white blobs are active star forming areas in the galxy.
Both the objects in the center of this image are galaxies not stars. The image is very fuzzy so not sure if it is a merger or an overlap.
If you see a bar than it cannot be an elliptical. I'd classify this one as a disk with a bar.
yes ! It is a two-armed spiral seen at an angle. And it is a beauty !
Definitely a merger for me. Both galaxies are heavily distorted.
That is for you to decide ! 😄
But, please, always classify the object in the centre of the image !b 😄
The bright spiky object (bottom right ) is a foreground star from our galaxy. And the line at the top is a satellite trail.
The bright white object is indeed a foreground star from our our galaxy , so it cannot in any way be interacting with the central galaxy !
Yep ! The two objects, bottom right corner, are indeed foreground stars from our galaxy.
The bright red object at the top is a foreground star from our galaxy. The colors, spikes and green square are all optical artifacts.
You can tag these with #wrong_size as the software didn't display them correctly.
I don't see a ring here, but hey that is just me. Classify what you see. So if you see a ring add that option.
Yep ! A faint and fuzzy one ! I'd go for irregular !
Oh yes ! 😄 ! Nice catch !
Nope ! The central object is a real galaxy! I'd classify it as an irregular with a very active star forming region (the blue blob).
The blue clouds are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris dataset. Somehow they produce quite a lot of these rings. And blue means star forming areas
The object in the centre of the image is a fuzzy galaxy.
The central object is a galaxy ! One of the small objects (bottom right) is a foreground star from our galaxy.
I'd go for features - edge on - something odd : dustlane and other. And tag it here in Talk ! 😄 Happy hunting ! 😄
The galaxy in the centre and the galaxy in the bottom right corner do look indeed to be interacting !
Nope, just a fuzzy and disturbed galaxy or otherwise an irregular one ! It is your call !
You should classify the object in the centre(?) but in this case Illustris just created an almost non existing galaxy. Star /artifact for me
Yep, zoob1172 is right. The green/red/blue object is an asteroid ! 😄
I suppose you are talking about the green dots at 9 o'clock ? They are sadly just artifacts.
It's a simulated galaxy from the Illustris dataset. I'd classify it a s a disk - no spiral arms.
Yep ! A misalignment of the filters. Looks amazing though ! 😉
These disturbances could be the result of a fly-by !
The bright centre ? ! And there is a lovely bar as well !
It is a disk or spiral galaxy seen edge on (with a big bulge !)
Just one disturbed galaxy for me, sorry.
The central object is a fuzzy galaxy. Not easy to classify.
Correct, the bright , spiky thing is indeed a foreground star from our galaxy.
Strangely enough, they do produce quite a lot of these ring structures. The blue dots are star forming areas in the galaxy btw.
Yep, it is a simulated galaxy from the Illustris dataset : https://tinyurl.com/z8k7s42 .
Those are just artifacts ! 😦
The two round objects are foreground stars from our galaxy.
That is just not possible ! The star is a foreground star from our galaxy and the galaxy is immensely far away.
The red spiky thing is a foreground star from our galaxy and the blue 'cloud' is an optical artifact caused by that star.
Most probably foreground star from our galaxy.
This is a simulated galaxy from the Illustris data set. And somehow Illustris produces quite a lot of these rings.
Yep ! A faint and fuzzy one ! 😄
The central object is indeed a galaxy. The one at the top is a foreground star from our galaxy.
The object at the top of the galaxy is a foreground star from our galaxy. Please, only use the # overlap for galaxy/galaxy overlaps. Tx!
I'd go for edge on with a rounded bulge.
Just classify it as star/artifact and hope the next one will be gorgeous! 😄
Yep, this galaxy got simulated into oblivion ! 😄
Just classify as star/artifact and hope the next one will be a good one! ;D
Nice catch ! 😄
Probably overloaded ccd's. In other words, just artifacts.
The background galaxy is indeed a gorgeous spiral galaxy. See the zoomed out view : https://tinyurl.com/kmmga23 ! 😄
Always classify the object in the centre of the image and here that is, sadly, just a foreground star from our galaxy.
Sorry, but no lensing going on in this image. This is a simulated galaxy from Illustris & they frequently produce these weird ring galaxies.
It's one of the simulated galaxies from the Illustris data st and they do tend to produce a lot of these weird 'ring' galaxies.
The bright object in the lower right hand corner is a foreground star from our galaxy. The colours and spikes are just optical artifacts.
Again , I wouldn't call this one smooth.
I wouldn't call tis one an elliptical. It has so many features !
With these fuzzy galaxies it is not easy to see if they are distorted, but merger is certainly a possibility.
The blue areas are star forming regions in this galaxy.
Not sure ! All three galaxies have different photo z's, but photo's can be very unreliable. Not sure this is a group !
Although the galaxy to the left looks disturbed I don't think these two are interacting, so no merger for me.
Sorry,there is no gravitational lens in this image. & the bright object top right is a foreground star from our galaxy. So no merger either.
It could still be a simulation of two edge on galaxies interacting !
And yes ! Just a very funny coincidence ! Remember the universe is veryyy large ! ;D
Two elliptical galaxies interacting. Nice merger ! 😄
The bright white dot at 10 o'clock is a foreground star from our galaxy.
The blue blobs in these Illustris (simulated) galaxies are star forming areas in the galaxies.
Yes, most probably a foreground star from our galaxy.
Yes, this is definitely a galaxy. I'd probably would go for smooth and in between.
I'd go for an amazing (simulated) merger ! 😄
And this is one of the most realistic mergers I've seen from the Illustris dataset !
Or it could be a lenticular galaxy (ie a disk galaxy without spiral arms)
The red line is a satellite trail.
In this case you can safely click star/artifact ! 😄
The white blob is indeed a star but it is a foreground star from our galaxy
Yes, it's is a simulated galaxy from the Illustris data set & they do seem to produce quite a lot of these rings! No one knows why right now
The central object is a simulated galaxy from the Illustris data set.
The red object is indeed a star, but it can never be behind the galaxy. It is a foreground star from our galaxy.
The yellow spike is an optical artifact caused by a bright star outside of this image. And I do hope you classified the 'boring' galaxy ? ;D
Sorry,no merging going on here whatsoever. The object to the right is a foreground star from our galaxy. Distorted objects=possible merger.
Definitely no voorwerpjes here. You need these very bright colours for one !
If that is a bright star it is a star from our galaxy and it cannot in any way have any influence on the central galaxy
Yep ! Nice catch ! 😄
You can tag these ones with #wrong_size
If you classify a galaxy as cigar shaped (ie smooth) you cannot classify it as having a ring or a bulge. Smooth means no features whatsoever
That is defiinitely an option !
Don't think so! Sorry. It is a simulated galaxy from the Illustris data set.
That is sadly just an optical artifact. But it does look amazing ! 😄
But this pic looks amazing anyhow ! 😄
Not sure what you are asking, sorry ?
This is a beautiful example of two galaxies interacting/merging ! The bright blobs in the centre are the central cores of the two galaxies.
Not sure about the dustlane, but what a nice merger ! 😄
That 'ray' is a diffraction spike (an optical artifact) caused by a bright star outside of this picture.
The bright yellow object is a foreground star from our galaxy.
Do you mean the round yellow object ? That is a foreground star from our galaxy.
It is a simulated galaxy from the illustris data set. See here for more info : https://tinyurl.com/z8k7s42
The red dot is a foreground star from our galaxy!
Yep ! Good catch !😄
The blue line is a satellite trail ! Nice catch !
Giggle ! ;D
Extreme simulations will get you this result ! ;D
#wrong_size !
Correct ! 😄
Possibly disturbed barred spiral.
Always classify the object in the center of the image !
In this case you can tag this image with #wrong_size
Meh ! Don't think so. Just one galaxy for me. And in these simulated galaxies from Illustris, the blue blobs are star forming areas !
It is a simulated galaxy from the Illustris dataset. And they do seem to produce a lot of these 'rings' of star forming areas.
Correct, the object, top left, is a foreground star from or galaxy. The blue and yellow spikes are just optical artifacts.
Misalignment of the filters. The pretty colours are just artifacts.
The central galaxy is heavily disturbed and the blue blobs are areas of active starformation.
The white obejct to the left of the cenral galaxy (which you are supposed to classify) is a foregroud star from our galaxy.
Meaning ? ;D
What a gorgeous (disturbed) spiral edge on with an amazing dustlane !
It could be another galaxy ! Without additional information (redshift) it is not possible to tell !
The bright yellow object at the top is a foreground star from our galaxy. And so are the two white ones at the bottom.
The object in the center is very much a galaxy. I'd classify it either as a very disturbed spiral or else an irregular.
Star forming galaxy ! 😉
What an amazing #merger !
z = 0.088 and 0.087
The white object at the top is a foreground star from our galaxy. So, definitely no merging going on here !
I'd go for a slightly disturbed edge on. But you are right, this galaxy is too small to classify ! Tag these as #wrong_size
Both of the galaxies do not show any kinds of disturbances , so no merger for me here ! 😄
A fuzzy and disturbed barred galaxy
The bright object top left is a foreground star from our galaxy.
Sorry, no supernovae here. Just two foreground stars from our galaxy.
Correct ! The bright white object is indeed a foreground star from our galaxy !
Gorgeous merger for me ! 😄
Eeps ! The red glow and the green stripe are just optical artifacts caused by a bright star just outside of this image !
The bright areas are active star forming regions in this simulated Illustris image !
The white and the yellow objects are foreground stars from our galaxy. The blue one in the middle is a fuzzy galaxy. Smooth and round for me
Looks like two galaxies interacting. Nice #merger.
That is also an optical artifact caused by the bright star.
Yep, could be. This looks like a seriously disturbed galaxy !
You can tag these images with #wrong_size.
Nope, sorry ! This is a simulated galaxy from the Illustris data set. The blue regions are active star forming areas in this galaxy.
Irregular is definitely an option. Or you could go with disturbed barred spiral. Just answer the questions as well as you can !
Yep, definitely a galaxy. It is from the Illustris dataset.
It could be a satellite trail or a diffraction spike caused by a bright star outside of this image.
The bright yellow object to the left o f the central galaxy (which you are supposed to classify) is a foreground star from our galaxy.
Sorry, there is no gravitational lens in this image.
The object top right is another galaxy. But it looks really bright in this image.
Foreground star from our galaxy, sorry !
Definitely no lensing in this image ! 😄 Happy hunting anyway! 😄
Those blue dots signify star forming areas in this galaxy.
The bright object is indeed a foreground star from our galaxy, so it cannot be interacting with the spiral. But it's a lovely image !
Ooh ! Really gorgeous one ! 😄
Oops ! 😄 Just click star/artifact and move on to the next one ! And hope that one will be a stunner ! 😄
If the satellite is not very reflective, this could still be one. And why do you need a bright foreground star ?
The green line is indeed a satellite trail.
The pale blue dots are starforming areas in this simulated galaxy.
The wo red dots are foreground stars from our galaxy. No gravitational lensing in this image, sorry.
The bright object at the top is a foreground star from our galaxy. So definitely no merger here.
You could classify this one as a disturbed spiral galaxy !
Yep, that could be a spiral seen edge on!
The backgrounds/foregrounds superimposed on these images are real ones to make these images more inline with the real images.
The bright object at 10 o'clock from the centre is probably a foreground star from our galaxy.
You could go for a very disturbed spiral or else for an irregular.
2 spirals and a smooth one ! 😄
It is a simulated galaxy from the Illustris dataset.
See here : http://tinyurl.com/z8k7s42
Eeps, the simulated galaxy from Illustris has disappeared ! 😄
Just classify as star/artifact !
Nope,it is a simulated galaxy from the Illustris dataset. And in these images we get rings (fairly often) with star forming areas(blue dots)
It's a disturbed (spiral ?) galaxy. So this galaxy has been interacting with another galaxy that has bent it out of shape !
It is definitely a galaxy. You could go for irregular or else for a disturbed edge on.
It's a very fuzzy and disturbed galaxy.
The blue smudge is a star forming area in this simulated galaxy from the Illustris data set.
Correct. The object in the centre of the image is indeed a foreground star from our galaxy.
No lensing here, sorry. The blue patches are indeed star forming areas in the galaxy.
I don't think that is a star. Could be a star forming area in the galaxy.
I wouldn't go for a cigar shape but for a disturbed, barred disk. And the star is just a foreground star from our galaxy.
I would say yes ! I see a fuzzy two-armed spiral with a dominant bulge. But hey, that is just me !
LOL ! Actually, the green line is a satellite trail ! 😉
The small blue object is no a star but another galaxy. The yellow one is a foreground star from our galaxy.
Just click star/artifact and go to the next image! And that will be a stunner ! (hopefully! )
According to Skyserver it is a foreground star from our galaxy.
It's a simulated galaxy from the Illustris data set and there have been some odd rings in there ! 😄
But anyway, a smaller object is not massive enough to 'suck in ' a more massive one.
The dot on the right could be a foreground star from our galaxy.
Merger is definitely a possibility. But this image is just too fuzzy to tell for sure.
Welcome to the Zoo !
The yellow dot is a foreground star from our galaxy.
This one will have so many conflicting classifications ! The scientists will surely have a second look !
Here in GZ we only use overlap for galaxy/galaxy overlaps. So, no overlap here.
Yes, this is probably two galaxies interacting. Nice #merger.
The blue smudges in these simulated galaxies from the Illustris data set are meant to be star forming areas.
😄
Barred disk for me. 😃
Just give it your best guess ! 😄
The image is too fuzzy to tell for sure. But if you think they are merging you should classify it as such.
You could classify it as a barred disk galaxy with a ring of starforming areas.
All the stars in this image are foreground stars from our galaxy. So, they do not need to be included in the classification
The black spot is sadly just an artifact.
The orange/red spiky thing is a bright foreground star from our galaxy. The colours and spikes are just optical artifacts.
No, this is not a gas cloud but a simulated galaxy from the Illustris data set.
Wow ! Lovely disturbed barred spiral with lots of star forming areas ! 😄
The blue smudges in these simulated galaxies from the Illustris data set mean active star forming regions in the galaxy.
Looks like a very (very !) disturbed spiral galaxy with an amazing dustlane ! 😄 (No cloud in this image, sorry)
Gorgeous disturbed barred(spiral?)galaxy with lots of star forming areas (the blue smudges).& it's a sim galaxy from the Illustris data set
Don't worry, lots of people will get this same image to classify, so any oopsies will get ironed out !
Both galaxies look disturbed, so #merger for me ! 😄
😄 Yes, there is a difference in pronunciation. And the Belgian Dutch 'r' sounds slightly softer than the Dutch one ! 😄
😄 ;D
😉 I'm from the Dutch speaking part of Belgium ! 😄 LOL
A voorwerpje ! 😉 (it's the diminutive of Voorwerp ). And I wasn't talking about the size or anything, just the colour.
Couldn't hurt at all ! (But the voorwerpjes have these 'in your face colours ! 😉 )
Aww ! Let's nominate this one for next year's Valentine ! 😄
I'd classify the central galaxy as a disturbed barred spiral.
You could think that both galaxies looks slightly disturbed, so merger is still a possibility.
Somehow, I missed the dust reference ! Maybe you are mistaking the spiral arms for dust lanes ?
With lots of features, I wouldn't classify this one as an elliptical (smooth).
I would say two arms, but if you think you see 3, you should mark it as such.
Just give it your best shot ! 😄
Those two blue blobs are not individual stars but star forming areas in the galaxy !
You can tag these with #wrong_size ! Tx !
The blue smudges are star forming areas in this simulated galaxy from the Illustris data set.
Possible satellite trail. The object you are supposed to classify is the fuzzy galaxy in the centre. But here you can click star/artifact.
Probably not ! The yellow object at the top is a foreground star from our galaxy and neither of the galaxies look disturbed ! 😄
Definitely ! 😄
The white object to the right is a foreground star from our galaxy.
The very bright object (top right) is indeed a foreground star from our galaxy. The colours and spikes are all optical artifacts.
Barred spiral for me too !
Not sure if there is an elliptical in this image (but that is just me ! 😄 )
Yep ! Definitely a galaxy ! 😄
The one in the centre is a galaxy and the one to the left is a foreground star from our galaxy. Hope this helps ! 😄
It could just as well be a very disturbed lenticular (= disk) galaxy.
LOL ! 😄 It does look a bit like the Enterprise !
Not sure if I'd go with elliptical for this. Way too many features !
It probably is ! 😄
Looks more like two galaxies interacting !
The blue dot is probably an active star forming area in the galaxy.
The blue clumps are star forming areas in these simulated galaxies.
Yep ! In these simulated Illustris images pale blue means star forming areas in the galaxy.
A disk galaxy without spiral arms is called a lenticular galaxy. And this one is a beauty ! 😄
I'd go for disturbed, barred spiral with a bit of star forming going on (the blue clumps)
See this one : https://tinyurl.com/zqyyjb3 ! 😄
Although this is a simulated galaxy from the Illustris dataset, some real galaxies have been known to look quite rectangular
The red glow and the spike are optical artifacts cause by a bright foreground star from our galaxy just outside of the image.
Sorry, not a voorwerp but a real galaxy with lots of star formation going on (the blue clumps).
Looks like spiral arms to me !
Both galaxies look disturbed so merger is a very obvious classification.
I wouldn't call that a dustlane, sorry. Dustlanes in these images tend to be brown.
The bright white object at the bottom is a foreground star from our galaxy.
The blue dots are star forming areas in this simulated galaxy from the Illustris data set (https://tinyurl.com/z8k7s42)
Sorry, not a planetary nebula, but a simulated (spiral) galaxy from the Illustris data set. See here for more : https://tinyurl.com/z8k7s42
This is a simulated galaxy from the Illustris datz set. See her for more info : https://tinyurl.com/z8k7s42
The image is fuzzy , but merger is definitely a possibility.
That bright spot is a foreground star from our galaxy.
Correct ! The yellow object is a foreground star from our galaxy.
Absolutely gorgeous !
Thankfully no ! That is just a bright star from our galaxy! 😄
The bright white object is a foreground star from our galaxy that is just getting in the way ! ;D
Not sure I'd go for a ring here as it is a disk or spiral galaxy seen edge on.
Sorry, not as far as I know .
Yes, it is a foreground star from our galaxy.
The red spiky thing is indeed a foreground star from our galaxy. But don't foget to classify the galaxy in the centre of the image ! 😄
Blue in these images means star forming areas.
This is a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
The blue spot is probably an artifact !
I'd go for a disturbed spiral or disk galaxy seen edge on with some star forming areas (the blue clumps)
Definitely not a smooth one ! Way too many features !
If it has pointy ends, it is probably a disk or spiral seen edge on (and not a smooth - cigar shaped galaxy), Sorry !
If you see a bulge and double clumps, these would qualify as features, so definitely not a smooth one !
The yellow line is anoptical artifact caused by the bright star top right.
It's a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
What a gorgeous #merger !
Your guess is a good as mine ! 😄
Sorry, that makes absolutely no sense at all. The blue blobs are star forming areas in the galaxy.
This is a simulated galaxy from the Illustris dataset. The blue blobs are star forming areas.
The central object is definitely not a star but a galaxy.
And with these features I wouldn't call this one smooth !
Could be ! 😄
Yep, looks like it ! 😄
The dark thingy is just an artifact ( sorry)
Sorry, no merger here ! The two bright objects left and right are foreground stars from our galaxy, so no merger possible whatsoever !
No way to tell from just this image ! (sorry ! )
Look at this blog post for more info : https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/ 😄
Have youseen this blog post ? : https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
😄 There was probably a galaxy in there, but it got redshifted too much ! 😉
No gravitational lensing inthis image, sorry.
Wow ! What a gorgeous #merger!
Sorry, but the two colours effect looks like an artifact to me.
Its' a simulated galaxy from the Illustris data set. See here for more : https://tinyurl.com/z8k7s42
I'd go for a fuzzy disturbed barred spiral
See here for more info : https://tinyurl.com/z8k7s42
This is an image from a new set of Illustris images
It's a simulated galaxy from the IIlustris dataset.
Yep, foreground star for me as well !
The two toned/coloured thingies are most likely optical artifacts. I'd classify this one as smooth and round !
Yep ! Nice dustlane !
Yes, the blue dot is indeed a foreground star from our galaxy.
The yellow/orange line is probably a satellite trail.
The galaxy in the image is a disturbed barred spiral.
That is just an optical artifact !
The bright white object to the left is indeed a foreground star from our galaxy.
If it is weird, it will get the attention of the scientists ! Just give it your best shot !
So, how did you classify this one ? 😄
It's a very fuzzy and disturbed (spiral ?) galaxy. Or you could go for an irregular.
The blue dots are probably very active star forming regions in the galaxy.
You could classify the central object as a smooth - in between-galaxy.
The bright dot is a foreground star from our galaxy.
Nope, this is a real galaxy with millions and millions of stars !
Or it could just be a line of sight. Just by looking at this image it is not possible to tell if these two stars (top left corner) are close
Not sure I'd call this a dust lane. I'd go for a very disturbed one armed spiral (with a very big bulge ! )
Nope, just a very (very!) fuzzy galaxy ! 😄
Nope, no merger here possible ! The top left object is a foreground star from our galaxy !
With these fuzzy smooth ones it is not always easy to tell, but merger is definitely a possibility ! 😄
The bright orange object is indeed a foreground star from our galaxy.
If you see spiral arms then a spiral galaxy is the correct classification ! 😄
Correct, the central object is a foreground star from our galaxy. Sometimes the software gets confused ! 😉
Two-armed barred spiral : check. But the bright dot is probably just a foreground star from our galaxy, not a supernoa.
Without additional information and because neither of the galaxies is deformed/disturbed I'm thinking #overlap !
Very disturbed (loose) two-armed spiral galaxy with a gorgeous dustlane would be my classification ! 😄
Looks like a two armed spiral to me !
Fuzzy and disturbed spiral for me.
With these smooth ones it is always difficult to tell, but merger is still a possibility.
Oui ! 😄
Voici le zoomed-out image : https://tinyurl.com/zc5mm7y 😃
Wow ! This looks amazing. Here's the Skyserver (DR7) image : https://tinyurl.com/jm9mszy
The bright object at the top is a foreground star from our galaxy, so no interaction posssible whatsoever with the central galaxy.
The red dots are foreground stars from our galaxy.
The central object is indeed a galaxy. The small birght dots are foreground stars from our galaxy..
Peut-être ! It could be a very disturbed spiral galaxy seen edge on. But just answer the questions as well as you can !
The bright dot is probably a foreground star from our galaxy. No merger for me in this image !
But I can imagine that most people will classify the barred spiral galaxy ! 😄
Unfortunately, in this image, it looks like the foreground star is in the centre of the image.
The green object is a foreground star from our galaxy (and so is the orange smaller one ! )
The bright blue blob is possibly a very active star forming region in the galaxy.
No, there is no gravitational lens in this image. It's just a chance alignment.
There is no gravitational lens in this image, sorry.
It's a ring galaxy. See the discussion in 'Help' (to the right)
No, this is not a planetary nebula but a real galaxy. Two-armed or three-armed spiral ?
The yellow object is a foreground str from our galaxy.
The blue dot could be either a foreground star from our galaxy or an active star forming region in the galaxy.
Just classify this as star/artifact.
The coloured line is probably a satellite trail
Oh wow! Let's call it the scorpion galaxy ! 😉
#dailyzoo
The galaxy behind it could be a disturbed spiral galaxy.
Unfortunately the central object is a foreground star from our galaxy. The software does get confused sometimes ! 😄
No and no ! The smaller round object is a foreground star so no merger possible and definitely no gravitationally arc !
The bright red object is a foreground star from our galaxy. The colours, spikes and the weird green glow are all just optical artifacts.
Don't worry about your English , we'll get to understand each other quite well ! Just keep posting your questions here and have fun ! 😄
Not sure what you are asking, sorry ! You could classify this one as an edge on with a bulge or even a fuzzy spiral. It is your call !
Lots of star formation going on in this galaxy ! 😄
First of all : always classify the object in the centre of the image and from there just answer the questions as well as you can ! 😄
Oh dear! Don't you start ! 😉
Everyone else, please keep posting questions ! 😄
I'm no going to answer any of your questions anymore since you are not reading the answers we post.
Not a nebula but a real galaxy. The blue dots are star forming areas in the galaxy.
Not a nebula but a real galaxy.
Looks like two galaxies merging. Nice catch ! 😄
#merger
The object in the centre is indeed a glaxy and the two coloured ones are foreground stars from our galaxy.
The two large ones have comparable z's, so merger is a possibility.
Correct ! The orange object is a foreground star from our galaxy ! Nice catch ! 😄
Yep, I'd go for fuzzy spiral as well ! 😄
Hi 958bacsal
I didn't mean to come over this bossy! But 140 characters is just not enough ! Just keep asking questions and have fun ! 😄
The galaxy in the image is probably a very fuzzy spiral galaxy with a big bulge.
No, sorry, the central orange object is a foreground star from our galaxy (it is not a galaxy!).
The central object is a foreground star, but there is no gravitational lensing in this image.
Looks like it ! 😄
The central object is indeed a foreground star from our galaxy. But there is no gravitational lensing in this image !
Sorry, but there is no gravitational lensing in this image !
The object to the left is definitely a foreground star from our galaxy. But there is no gravitational lens in this image.
The 'jet' is probably another galaxy seen edge on, overlapping the central galaxy.
The bright dot in the centre of the image is a foreground star from our galaxy.
The red dot at the top is a foreground star from our galaxy.
This is a spiral galaxy with fuzzy spiral arms. The small bright dots are all foreground stars from our galaxy. But is's a lovey image ! 😄
The white round object to the left is a foreground star from our galaxy. So, definitely not a merger.
Very fuzzy and disturbed barred spiral for me ! 😉
I'd go for an extremely disturbed barred, two armed spiral, but hey, that is just me ! ;D
A beautiful example of a "ring galaxy ! Just one of these extremely weird galaxies that the Universe trows at us ! #dailyzoo !
Yep ! Merger for me as well ! 😄
Remember, always classify the object in the centre of the image, even if it is the most boring one ! 😄
And the small spiral/disk galaxy seen edge on at 10 o'clock is just too far from the central galaxy anyway to be a gravitational lens
The central object is a spiral galaxy and they are usually not massive enough to do any lensing visible in these images.
I'd go for a two armed, disturbed, spiral galaxy
Both galaxies are seriously disturbed, so definitely a #merger !
@zorrobis : Are you reading any of the comments we post ? You are always asking about foreground stars and I have had just enough of it !
The red object is probably a foreground star from our galaxy. No meteorite in this image !
As it says on the classifying page : always classify the object in the centre of the image (even if it is the most boring one ! )
And the bright object at the top is indeed a foreground star from our galaxy ! 😄
Correct ! The central object is an edge disk or spiral galaxy sen edge, with a bulge !
The bright orange object is a foreground star from our galaxy (and I suppose that is what you are asking about ! 😉 )
The bright (yellow/orange) object is probably a foreground star from our galaxy.
The pink object is possibly a foreground star from our galaxy. So, the 'correct' classification would be star/artifact.
And the bright yellow object at 7 o'clock from the centre is a foreground star from our galaxy .
The green/red/blue object is a an asteroid ! Nice catch !
The bright object int he centre of the image is a foreground star from our galaxy !
Both galaxies are gravitationally interacting, but not sure what you mean by 'where they migrated from'. Gorgeous #merger !
If you see 3 arms, you should mark it as such ! And yes, the spiky, bright object, bottom right, is a foreground star from our galaxy.
The bright object at the bottom is a foreground star from our galaxy. The colors, spikes and the yellow line are all just optical artifacts.
The red dot is a foreground star from our galaxy. There is no gravitational lens in this image.
If you classify it as an elliptical galaxy (smooth)it cannot have all these features.If you think it has features it cannot be an elliptical
There is not a gravitational lens in this image.
The two stars are foreground stars from our galaxy and are not lensed.
Sorry, no gravitational lensing in this image.
The green bright object to the left is a foreground star from our galaxy.
The central object is most definitely a galaxy.I'd classify it as smooth and round.
The blue dot is probably a foreground star from our galaxy.
Merger is certainly a possibility.
The bright yellow object to the right is a foreground star from our galaxy.
The small round object to the right is probably a foreground star from our galaxy. No merger here, sorry.
The red object is a foreground star from our galaxy
The bright white object at the top is a foreground star from our galaxy.
But definitely a dustlane in the the upper galaxy !
Maybe yes, maybe no ! It is your call ! ;D
The orange object is definitely a foreground star from our galaxy.
Always classify the object in the centre of the image.
The colourful, spiky object at the bottom is indeed a foreground star from our galaxy. The colors and spikes are optical artifacts.
You should be able to recognize foreground stars by now. You have been asking so many questions about them.
The red object to the right is a foreground star from our galaxy.
zorrobis, do you ever read the answers we post ?
Two galaxies in Skyserver for me as well and definitely in this GAMA-KiDS image.
The central object is definitely a galaxy!
Some of the small dots are active star forming areas in the galaxy, others could be foreground stars from our galaxy.
But how did you classify the central galaxy ? 😄
Not a nebula, but a ferengified image of a galaxy. See here for more : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
For me it is just one very (very ! ) disturbed galaxy.
That is possibility ! ! But be sure to always classify the object in the centre of the image ! 😄
It's a seriously disturbed galaxy! Looks amazing though ! 😄
Yep ! Star for me too !
The bright object is a foreground star from our galaxy !
Sorry, no boxy bulge in this image for me !
Here in GZ, we only use the hashtag overlap for galaxy/galaxy overlaps. So, this foreground star overlapping a galaxy is not an overlap.
The 3 bright objects in this image are indeed foreground stars from our galaxy.
A very fuzzy disturbed barred spiral galaxy (maybe ?) 😉
A very faint & fuzzy galaxy. You could go for a very disturbed (barred ?) spiral or you could go for irregular. It is up to you ! 😄
Just classify this image as star/artifact ! It is an extremely ferengified image.
The object to the right could be a foreground star from our galaxy.So,no merger for me here ! (sorry)
The bright object to the right is a foreground star from our galaxy. The colors,spikes and weird centre are just optical artifacts !
The bright object, bottom left, is indeed a foreground star from our galaxy. The colors and and colorful spikes are just optical artifacts.
And, I agree, the bright object at 10 o'clock is a foreground star from our galaxy.
Please, only use the hashtag overlap for galaxy/galaxy overlaps !
Let's wait for Budgieye! She's the expert on these ones ! 😄
The blue dots are active star forming regions in the galaxy.
Wow ! That is an amazing image! 😄
Allthough both galaxies look a little it disturbed, I'd still go for #overlap. Anyway, what an amazing image !
See the comments below. Just one object in the centre of the image !
Both galaxies look disturbed, so 8'd go r #merger ! Stunning image !
Still, always classify the object in the centre of the image ! 😄
Clicking on SDSS Skyserver and then get on to NED seems to work for me !
Nope ! Just one galaxy in this image ! 😄
Gorgeous image btw ! 😄
Both galaxies look disturbed, so merger for me.
The spiky bright object is a foreground star from our galaxy. Any 'shadows' are just an optical artifact.
The two bright objects are foreground stars from our galaxy.
The bright, spiky object top left, is a foreground star from our galaxy. The colors and spikes are optical artifacts.
The bright white object to the left is a foreground star from our galaxy.
The spiky red object at the top is a foreground star from our galaxy. The spikes and colors are all optical artifacts.
That is what you got from the Skyserver site ! But how did you classify this image ! 😉
That is certainly a possibility. But what a fuzzy image ! 😄
I have no idea what you mean by your orientation acronyms. Maybe you could just use eg 4 o'clock or something like that.
Too fuzzy to tell ! Star/artifact is the best classification for these extreme pixellated images.
This us an artificially redshifted image of this galaxy (https://tinyurl.com/hy2px73). no concentric rings but faint and fuzzy spiral arms.
Yep ! That is a very good description of this galaxy ! 😄
See the comments below ! The orange object is a foreground star from our galaxy.m
The bright white object is a foreground star from our galaxy, so it is definitely NOT interacting with thte central gaalxy.
Just click star/artifact in these cases ! 😄
The line is an artifact (diffraction spike) caused by a bright star outside of this image
The centre of the lower gaalxy is not blocked by a foreground star. It is just a very bright centre.
The blue spots are probaly active star forming areas in the galaxy
I'd go for a fuzzy barred galaxy. (maybe slightly disturbed)
Not sure about the other two. And I'm not sure the central galaxy ( which you are supposed to classify) is an elliptical.
Just looking at this image and the bright orange and red objects are foreground stars from our galaxy (definitely not ellipticals).
Nice spiral or disk galaxy (with a big round bulge) seen edge on
The yellow bar is indeed an artifact. But you should always classify the object int he centre of the image ! 😄 Happy hunting!
The small dot (at 2 o'clock) could be a foreground star from our galaxy.
What do you mean : no features ???? I do hope you classified this one as a disk or spiral galaxy seen edge on !
I see just one galaxy, but it is a very (very ! ) disturbed) spiral !
Hy Ryanswear, always classify the object in the centre of the image (even if it is the most boring one! ) 😄
Yep ! I'm with Liz here ! 😄
Yep, and as it says in the blog (https://tinyurl.com/jqav8eb), some of these images will have been seen before !
Have you seen the difference between the Skyserver and the GAMA-KiDS image ? Amazing !
Btw, what does MTG and LTG mean ?
It makes me smile to see an asteroid (the blue/red/green smarties, bottom left). So much fond memories ! 😄
The central object is just one galaxy.
Where do you see a voorwerpje ?
😃 I did have to check myself, because the star looks elongated. Not obvious at all !
The 'halo' is probably two fuzzy spiral arms in this gorgeous barred spiral.
Jets are usually not visible in these images.But what an amazing image. Looks like two galaxies interacting. Great catch !
Yep ! I'm with CeciliaB here. Probably a disk galaxy.
Looking at the zoomed out image in Skyserver, al the stars in it have this slightly elongated look. So, star for me (and no overlap !) 😉
I'd go with very disturbed spiral.
The central object (which you are supposed to classify) is a fuzzy galaxy. The bright round one is a foreground star from our galaxy.
LOL ! The red line is a satellite trail. The satellite reflects the sunlight and bcause of its speed it gets caught in just one filter.
Two spiral or disk galaxies seen edge on, possibly interacting.
The round object to the left of the galaxy is a foreground star from our galaxy.
Not a supernova but a foreground star from our galaxy.
The small round objects are foreground stars from our galaxy.
The two green/white objects and the big red one are all foreground stars from our galaxy. The colors and spikes are optical artifacts.
The bright white and red objects are foreground stars from our galaxy.
The three bright round objects top left of the galaxy are foreground stars from our galaxy
I'd go for a very disturbed barred spiral.
Bar for me ! 😄
WOW ! What a gorgeous #merger ! No doubt about it ! 😄
I'm okay with warped,but to be clear, the foreground stars have nothing to with that (how could they !!!!)! 😄
Ooh , but those pesky stars ! 😉
Yep ! Definitely a WOW one ! 😄
Gorgeous disturbed spiral galaxy !
That is the most plausible possibility. But then again it could be an active star forming region connected with the galaxy.
The bright blue dots are not supernovae but very active star forming areas in the galaxy.
The bright blue dot is a very active star forming region in the galaxy.
The bright round object top left is not a galaxy but a forground star from our galaxy. No gravitational arcs in this image.
The bright object to the right is a foreground star from our galaxy
According to Skyserver both objects are foreground stars from our galaxy. But I'm not so sure about the blue one.
The small round objects in this image are foreground stars from our galaxy.
The bright object top right is a foreground star from our galaxy.
You could go for a disk or spiral galaxy seen edge on.
That is a possibility ! 😄
You could classify this one either as a very disturbed spiral galaxy, but irregular is equally valid.
No overlap here, sorry ! The purple dot is a foreground star from our galaxy. The hashtag overlap is only used for galaxy/galaxy overlaps.
The object to the right of the galaxy centre is probably a foreground star fro our galaxy.
The green object, bottom left, is a foreground star from our galaxy. The color is an optical artifact.
The bright object at the bottom is a foreground star from our galaxy. The colours and coloured stripes are optical artifacts.
It's an extremely artificially redshifted galaxy
See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Looking at the original image (http://tinyurl.com/zgt6mp3), it could just as well be a disturbed, barred spiral with lots of star formation!
See this blog for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Please classify the galaxy as it appears in this image !
Please, classify the object as it appears in this image and not what you think/know it is ! This image should be classified as smooth&round
Yes, two galaxies. I'd go for #overlap.
It is an artificially redshifted gaalxy. See here for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
I'm thinking it is a disk or spiral galaxy seen edge on. The slightly pointy tips give it away ! 😄
Hey ! Go for it ! 😄
The central object is a very disturbed, barred spiral galaxy with a couple of active star forming areas (the blue clumps).
The object in the centre is the tiny edge on galaxy. #wrong_size The round bright objects are foreground stars from our galaxy.
In the centre of the image there are two galaxies (not a star) overlapping.
Most probably foreground stars from our galaxy.
You could make a case for it 😄
It is an artificially redshifted galaxy. See here for more information : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
If it is a star it is always a foreground star from our galaxy
Yep ! There are two (not connected ) galaxies and one foreground star from our galaxy in the centre of this image.
Hey, you are right ! The bright spiky dot is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The star is a foreground star from our galaxy and there is no way that it is causing disturbances in the central galaxy ! 😄
It could be a bar ! See the original image : http://cas.sdss.org/dr13/en/tools/chart/navi.aspx?ra=198.764634583627&dec=24.6188267682862
The bright dot at 4 o'clock is a foreground star from our galaxy.
The white object at the bottom is a foreground star from our galaxy. But what a gorgeous #dustlane ! 😄
Most of the objects in this image are foreground stars from our galaxy.
The small bright dots are all foreground stars from our galaxy. No graitational lensing in this image.
The 'cross' is juss an optical artifact !! (sorry!)
More information on these images here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Have you seen this blog post ? https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
See my comment below ! 😄
Some of the small objects are other galaxies, others are foreground stars from our galaxy.
Spiral galaxies can rotate clockwise or anti-clockwise ! No problem.
Probably a spiral or disk galaxy seen edge on.
Probably ! 😄
It could be a disk galaxy with a very dominant bulge but you could classify this one just as well as smooth and round.
Yep ! Looks like it ! 😄
This is definitely a disk or spiral galaxy seen edge on. The 'pointy' ends give it away.
Merger is a possibility, but neither galaxy looks (very) disturbed, so it could just as well be an overlap.
Here's the zoomed out image : http://tinyurl.com/jne2p4w
Gorgeous #merger ! 😄
The bright spiky object to the left is indeed a foreground star from our galaxy. The colours and spikes are optical artifacts.
The blue object at 12 o'clock is a foreground star from our galaxy.
The white object is a foreground star from our galaxy and the 2 others are disk or spiral galaxies seen edge on, slightly overlapping.
Have a look here : http://tinyurl.com/z6u5tuy.
The object at 6 o'clock from the core is probably a forground star from our galaxy.
A very faint and fuzzy irregular galaxy.
I see just one very disturbed galaxy.
The round one at 6 o'clock is a foreground star from our galaxy. The one to the right is another galaxy.
No gravitational lens here. This is a fuzzy disturbed (spiral) galaxy.
See here : http://tinyurl.com/z2opfap
The straight line is a diffraction spike (optical artifact ) caused by a bright star outside of this image
Definitely an edge on galaxy, and disturbed.
The object in the centre of the image is definitely not a star, but a very fuzzy and 'irregular' galaxy !
If you see a dustlane, you should classify it. (I don't see a dustlane, but that is just me ! )
The object to the left looks like a galaxy to me. Not sure if it is overlapping or merging. It is your call ! 😄
The blue dot is an active star forming area in the galaxy.
Very poetic ! 😄
That could be a foreground star from our galaxy.
I wouldn't call this one smooth ! I see a bar and more than a hint of disturbed spiral arms (but hey, that is just me ! )
Both of these objects are foreground stars from our galaxy, so no merger here whatsoever ! 😄
In that case, just give it your best shot ! 😄
The red dots in this image are forground stars from our galaxy.
The central object is not a nebula but a disturbed galaxy with lots of star forming areas (the blue regions).
It looks like they are interacting to me. Nice #merger ! 😄
The green line is a satellite trail
Both galaxies look disturbed. Definitely a #merger for me ! 😄
What a gorgeous #merger !!!!
The bright pink object, top right, is a foreground star from our galaxy, so it cannot have any interaction with the central galaxy.
It is an artificially redshifted image of a galaxy. Just give it your best shot! 😄 Happy hunting !
The bright object, bottom right, is a foreground star from our galaxy!
The blue dot at 7 o'clock is probably a very active star forming area in the galaxy ! 😄
Two galaxies, probably interacting ! Gorgeous image !
It could be two galaxies interacting !
What object are you referring to ? 😄
This is an image from an old and retired data set. And the strange colours are just optical artifacts and filter problems !
Not turning into a spiral gaalxy. It is a slightly disturbed spiral galaxy with two very faint spiral arms.
The two bright white/green objects are indeed foreground stars from our galaxy.
The two stars look amazing ! Gorgeous line of sight ! The Universe is full of surprises! 😄
It's an artificially redshifted image ( http://tinyurl.com/j6frzzx ) and it is not easy to classify. Just give it your best shot ! 😄
The purple thingies are just artifacts. It is safe to ignore these ! 😉
The bright spot is indeed a foreground star from our galaxy, but we only use the # overlap for galaxy/galaxy overlap.
The central object is a very faint and fuzzy irregular galaxy. .
Not sure what you mean by anomaly. If you squint very hard you could just make out a two-armed barred spiral.
The bright red object is indeed a foreground star from our galaxy. The spikes, dark hirzonal lines and colors are all optical artifacts.
The blue dots (top right side) are just artifacts.
The violet dots and the green line are (sadly) just artifacts.
The blue line is a satellite trail.
The bright object, top left, is a foreground star from our galaxy.
You do realize that the object at the bottom is a foreground star from our galaxy, so no merger whatsoever possible ! 😄
The purple object, top left, is a foreground star from our galaxy, but the colours are not real ! 😄
The red object to the right is a foreground star from our galaxy. The colours, spikes and red 'halo' are all optical artifact ! 😄
The blue object at the top is indeed a foreground star from our galaxy. I do hope you classified the object in the centre of the image! 😄
Short answer : no ! 😄
No gravitational lensing in this image. It looks stunning though. 3 galaxies, probably interacting.
The white object is a foreground star from our galaxy.
Lovely image, but sadly no lens here. It is an artificially redshifted image of this galaxy : http://tinyurl.com/zhdxhuo
Not an artifact but an extreme artificially redshifted gaalxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Gorgeous #merger but also #wrong_size ! 😄
Definitely a bar for me here ! 😄
If it has features (like a bar and/or a ring) it cannot be an elliptical. I'd go for a lenticular.
Sorry, no gravitational lensing in this image ! Spirals (or lenticulars) are usually not massive enough to do any lensing !
This looks like a disturbed barred spiral with an inner ring or else a disturbed barred lenticular with an inner ring.
Yep ! The red objects are all foreground stars from our galxy. But did you classify the small edge on galaxy inthe centre ? 😉
The fact that it appears to have an inner ring could mean that it's a lenticular(a disk but without spiral arms)galaxy with a dominant bulge
The colour gradient is probably just an optical artifact (sorry ! )
Both galaxies look very disturbed, so I'd say #merger for sure!
Definitely a spiral. I'd go for a disturbed two-armed barred spiral.
The bright spot is probably a foreground star from our galaxy and has nothing to do with the cenral galaxy.
It is an artificially redshifted galaxy. See this blog post for more info: https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
I'd call that more than a hint ! 😄 Beautiful disturbed spiral.
Correct ! Always classify the object in the centre of the image. 😄
Always classify the object in the centre of the image ! 😄 here that is the tiny galaxy.
It's an extreme artificially redshifted galaxy. And in these extreme cases, star/artifact is perfectly acceptable.
Nope, definitely no gravitational lens/arc in this image. Looks like a fuzzy barred spiral to me.
Oh, okay ! Sorry, didn't mean to be so strict! 😄 And you are right ! with these smooth ones it is just almost impossible to tell.
Nope, just foreground stars from our galaxy, coloured with some optical artifacts.
This is a bit of a mystery for me : Why tag something as a merger AND an overlap ? They are mutually exclusive !
The small red object is a foreground star from our galaxy.
The 'red filament' is sadly just an artifact !
The red one is a foreground star from our galaxy. the colours and spikes are all optical artifacts.
The object in the centre, which you are supposed to classify, is a spiral galaxy.
The bright object top left is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
The central object is a disturbed spiral galaxy. Possibly interacting with the small spiral at 5 o'clock.
This is not a star but a real (artificially redshifted) galaxy with a dominant bulge.
The red glow is an artifact caused by a bright foreground star from our galaxy just outside of this image.
Not all galaxies are spirals. 😄
It is an artificially redshifted image of a galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Correct, the blue blobs are star forming areas in the galaxy.
The fuzzy thingy above the central galaxy is most probably another galaxy. Probably not interacting with the central one.
The bright object in the top left corner is just a foreground star from our galaxy. The triangular shape is just an optical artifact.
The two small bright objects to the left and right are foreground stars from our galaxy. And it is just a chance alignment !
Yep, correct ! The green and purple dots are just artifacts.
The object in the centre is a disturbed barred spiral galaxy. Gorgeous image ! 😄
The bright object in the top right quadrant is just a bright foreground star from our galaxy. Looks very pretty though! 😄
The red object to the right is a foreground star from our galaxy. But I hope you classified the object in the centre of the image ! 😉
The bright red object is indeed a foreground star from our galaxy, but hte central object (which you are supposed to classify, is a galaxy.
This image is just too fuzzy to tell !
The blue line is a satellite trail. The satellite reflects the sunlight and because it moves so fast it gets caught in just one filter.
A very, very disturbed galaxy or galaxies. Gorgeous #merger ! 😄
These dustlanes are always part of the galaxy ! Nice catch though ! 😄
What a beautiful merger in progress ! 😄
Nope, not a globular cluster but a real galaxy ! 😄
Two galaxies interacting! Gorgeous #merger ! 😄
Definitely a bar here ! and the two bright spots are called ansae.
But just answer the questions as well as you can, in these case there is no right answer !
If there is not a lot (or no) interaction visible I tend to go for overlap.
Not a nebula but a real galaxy ! 😄 And there are indeed a couple of active star forming areas in it !
I'd classify this one as a gorgeous irregular ! 😄
At these distances it is not even possible to see individual stars in far away galaxies let alone planets !
The central object looks like a disturbed barred spiral to me.
If it has features (like the clumps here) than it is not a smooth galaxy. I'd go for an irregular or else a disturbed spiral galaxy.
If you see a bar (as in this galaxy) it is a disk galaxy (lenticular).
Not an elliptical but possibly a disk or spiral galaxy seen esge on.
There is the possibilty of a bar in this galaxy, so it cannot be an elliptical.
Sorry, ellipticals cannot have a bar !
Not an elliptical but a disk galaxy with a dominant bulge.
If you classifiy this one as an elliptical it cannot be barred as ellipticals are smooth (ie no features whatsoever).
This is an extreme artificially redshifted galaxy. Just give it your best shot !
Glad to be of help and just keep the questions coming ! 😄
An extremely artifially redshifted image of a galaxy. Star/artifact for me. 😄
The two galaxies int he centre look disturbed, so merging is definitely a possibility ! No lensing here, sorry.
That is sadly just optical noise ! 😄
This is an extreme artificially redshifted image of a galxy, so we are just left with noise. Star/artifact is ok here!
What Budgieye says ! And I could go for a severely disturbed spiral ! Really gorgeous image ! 😄
And another one from the artificially redshifted bunch ! 😄
https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Merger is certainly a possibility ! 😄
Actually, there are three galaxies in this image ! Nice one ! 😄
This is an artificially redshifted image of a galaxy.See here for info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Yep ! Totally agree ! 😄
Yep ! Gorgeous merger ! 😄
The blue line is a satellite trail. The satellite reflects the sunlight and because it moves so fast it gets caught in only one filter.
Sorry, that is just noise. See this blog post for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
No gravitational lens (or arc) in this image sorry!). But what a gorgeous image !
It is an artificially redshifted galaxy. See this blog post for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
That is indeed a bright foreground star from our galaxy. (no super nova sadly ! )
The blue spots are not individual stars but star forming areas in the galaxy.
The red line is (sadly) just an artifact.
Definitely ! Gorgeous image though ! 😄
Oh yes, definitely a galaxy. It could be a dwarf galaxy or a low surface brightness galaxyor a galaxy very far away or something else! 😄
That is a diffraction spike (optical artifact)+halo (also optical artifact)caused by a bright star from our galaxy outside of this picture
Too many features to call this one an elliptical !
The purple line is (sadly) just an artifact.
An extreme artificially redshifted galaxy. See the blog for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Just give it your best shot ! Answer the questions as well as you can and if you find it impossible, star/artifact is also an option ! 😄
It is an artificially redshifted galaxy from the FERENGI database, but in these extreme cases you can click star/artifact.
See here for the zoomed out image : http://skyserver.sdss.org/dr9/en/tools/chart/chart.asp?ra=347.93327921&dec=15.10084905
This is a disturbed (spiral ?) galaxy interacting with the gorgeous galaxy above.
The little object is actually a foreground star from our galaxy, but that is very hard to see in this image.
The bright white object is a foreground star rfom our galaxy. The dark lines are artifacts. See the comments below.
Ooh ! Nice catch ! 😄
#dailyzoo !
Definitely not an elliptical ! Look at al the features you've mentioned ! (bar and ring)
Eeps ! This is an extreme case of wrong_size ! 😄
😃
I love your enthusiasm, but don't overthink your classifications ! 😄
It's an extremely redshifted image of a galaxy. See this blog post for more information : http://tinyurl.com/j6frzzx
More likely an old and very disturbed one ! 😉
The two lines are (sadly) just artifacts ! :d
wrong_size
It's a very disturbed spiral and the little one at 8 o'clock has a similar (photo)z so merger is definitely a possibility.
Sorry, I don't see a jet like feature in this image.
The green and purple thingies are indeed artifacts.
If you click on View in Skyserver you will need to click on the image to get to the zoom page.
To zoom in : click on Galaxy Zoo examine under the image, then click on either DECaLS Skyviewer or View in Skyserver
The green and purple line is indeed an imaging artifact.
See this blog post for more information : http://tinyurl.com/j6frzzx
Just give it your best shot and happy hunting ! 😄
Yep, definitely a spiral galaxy in the centre of this image.
According to SDSS the blue object at 9 is a star but I don't think it is. It's probably another galaxy.
Have you seen this blog post ? : http://tinyurl.com/j6frzzx
But, please, always classify the galaxy as it is presented to you ! See this blog post for more information : http://tinyurl.com/j6frzzx
You should try to classify this image, even if it is really difficult. See this blog post for more info : http://tinyurl.com/j6frzzx
According to SDSS/Skyserver the object at 11 o'clock is a star but I'm not too sure about this. It really looks like a merger to me.
Yep, the violet smudge is just an image artifact.
It is an extreme artificially redshifted image of a galaxy. Just give it your best shot !
Correct. Nice catch ! 😄
The bright blue objects at the bottom could be foreground stars from our galaxy or very active star forming areas in the galaxy.
It could be just a line of sight (overlap).
The bright object just above the centre of the galaxy is probably a foreground star from our galaxy.
The two round objects are probably foreground stars from our galaxy.
Yep ! Always classify the object in the center of the image, even if it is the most boring one ! 😄
Definitely a merger ! 😄
The small object bottom right could also be a foreground star from our galaxy.
Not sure I'd go for edge on here. I see a disk galaxy with a bar.
It is an extreme ferengified (artificially redshifted) image of a galaxy. Just give it your best shot ! 😄
It's an extreme ferengified image. Looking at the SDSS image the smaller object is a foreground star from our galaxy.
It is a ferengified (artificially redshifted) image of a galaxy. In these extreme cases it is okay to click star/artifact.
The bright object near the top of the galaxy is a foreground star from our galaxy.
No merger here. The object at the top is a foreground star from our galaxy.
Sorry, no gravitational lensing here. The two white objects are foreground stars from our galaxy.
Oh my, what an amazing #merger ! 😄
Nope, not a gas cloud but a real irregular galaxy with a couple of star forming areas (the blue dots)
I'd go for a very disturbed edge on spiral or disk galaxy.
Okay ! But only for these very fuzzy ones, I hope ! 😄
And in these extreme cases it is okay to click star/artifact.
It's a ferengified (artificially redshifted) image of a galaxy. See here http://tinyurl.com/j6frzzx for more info.
There is just one (very disturbed) galaxy in this image.
It's an image of a ferengified (artificially redshifted galaxy. See here http://tinyurl.com/j6frzzx for more info.
It's a ferengified (artificially redshifted) galaxy. See this blog (http://tinyurl.com/j6frzzx) for more info.
The bright object with the spikes is a foreground star from our galaxy. The colours and spikes are optical artifacts.
No, it is just one spiral galaxy. The bright spot at 5 o'clock is a foreground star from our galaxy.
The blue smudge upper left is a very active starforming area in the galaxy.
The fuzzy blue object is a galaxy and apparently the blue blob is part of the galaxy.
What a gorgeous image !
So, what is your question ?
Nope ! No lens or arc in this image (sorry) Just a slightly disturbed spiral for me.
The blue dots in the centre of the image are active star forming regions in the galaxy.
The object at the bottom is a foreground star from our galaxy. The colours, spikes and red halo are all optical artifacts.
The central object is a real galaxy ! I'd go for a barred lenticular (disk) with an inner ring and a big bulge.
Always classify the object in the centre of the image !
The bright object at the top of the central galaxy is just a foreground star from our galaxy.
The red line is (sadly) just an artifact !
See this : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/ for more info.
Nope ! Not much to go on. With these extreme fuzzy images you can go for star/artifact ! 😄
Nope not an artifact. It's this (http://cas.sdss.org/dr13/en/tools/explore/Summary.aspx?ra=190.29240549433453&dec=8.003950047276955) galaxy
It is a ferengified (artificially redshifted) galaxy. See here : http://tinyurl.com/j6frzzx
The bright, coloured object at the top of the image is a foreground star from our galaxy. The colours and spikes are optical artifacts.
This is a ferengified image. See this blog post (http://tinyurl.com/j6frzzx) for more info .
While there is probably a black hole in this galaxy, we cannot see it directly. The bright blue dot is a very active region in the galaxy.
The two bright objects are foreground stars from our galaxy. And there is no gravitational lensing in this image, sorry ! 😄
Or smooth and round ! 😄
I'd go for a barred two-armed spiral, where the two arms fold back to make a ring. A ringed galaxy.
Try squinting ! (My favourite way of looking for features! ) 😄
It's a ferengified image of this galaxy (http://tinyurl.com/hfe8dr9). See this post for more info : http://tinyurl.com/j6frzzx
A very, very disturbed galaxy with an aamzing duslane ! 😄
Just a fuzzy image ! 😄
Honestly! You just cannot classify this one as an elliptical ! It is a barred, two armed (fuzzy) armed spiral.
Gorgeous image ! 😄
Not sure this is an elliptical ! I'd probably classify this one as a disk or spiral galaxy seen almost edge on with an obvious/round bulge.
Not an elliptical for me for sure ! I'd go for a disturbed fuzzy spiral with a big bulge.
Not sure I'd call this one an elliptical. I'd probably go for a disk/spiral seen edge on with an obvious bulge.
Yep another one of these : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Not so much ! Just click star/artifact ! 😄 https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
And another star/artifact. See this blog post for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
If you see an external ring (=feature) it cannot be an elliptical.
I'd just go for star/artifact. ;D Have you seen this blog post ? :https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
It you called it barred it cannot be an elliptical. Smooth (= elliptical) means without features and a bar is definitely a feature !
Not sure I'd call this one an elliptical. It could just as well be an extreme fuzzy spiral.
As far as GZ classifications are concerned: just look at the image of this galaxy & you see a disk with a dominant bulge&an amazing dustlane
Both larger galaxies look disturbed, so it is definitely possibly they are interacting. Possible #merger.
I don't think it is a spiral but it sure looks like a disk (lenticular) galaxy to me. You can clearly see a horizontal disk. 😄
Or a spiral galaxy in front of an edge on, or maybe even some interaction going on ! 😄 ! It is your call ! Happy hunting ! 😄
So, my educated guess is that this is most probably a foreground star.
To determine is this is a supernova you would need at least two images (before and after).
Bright blue patches are usually a sign of star formation (in these SDSS images)!
Where do you see a super nova ? The blue blobs are active star forming areas in the galaxy.
Without additional information (redshift,etc) it is very difficult to determine if these galaxies are interacting !
With these extreme redshifted/ferengified images where there is hardly anything to classify star/artifact is perfectly acceptable.
The bright one to the right is a foreground star from our galaxy. But that is very hard to see in this image. So, no merger here !
This could also be a spiral galaxy seen edge on.
The bright object at the top left side of the galaxy is sadly just a foreground star from our galaxy.
Most probably a foreground star from our galaxy ( sorry !!!! 😉 )
Lol ! But how did you classify it ?
Not sure I'd go for elliptical (=smooth) for this one ! Probably a disk or fuzzy spiral galaxy !
Not sure about the boxy bulge or the overlap. But definitely a disturbed edge on ! 😄
And if all else fails star/artifact is still an option !😄
You have more experience with squids than I have ! ;-D Anyway, just give these ferengified images your best shot
Lol ! It really does ! These extreme ferengified images with nothing but pixels left, can be classified as star/artifact ! (I would ! )
The blue thingy is a foreground star from our galaxy. See : http://cas.sdss.org/dr13/en/tools/explore/Summary.aspx?id=1237662684683042878
This is a ferengified image (artificially redshifted) galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
The image is a bit fuzzy, so without additional info that is very hard to tell.
Sorry, smooth and disk seen edge on are mutually exclusive!
This one has slightly pointed ends, so I'd go for disk or spiral seen edge on.
The dark spot is just an artifact caused by oversaturation.
The tiny dark spot in the bright centre is just an artifact caused by oversaturation.
The green stripe is (sadly) just an artifact !
Not two stars but two galaxies interacting ! Gorgeous #merger !
In this case it is perfectly acceptible to classify it as star/artifact ! 😄
double what ?
Not sure I'd go for elliptical (=smooth) as I can see a number of features. And the blue clumps are probably active star forming regions.
The blue stripe is indeed an artifact and should not be marked as weird !
double what ? 😄
And looking at the original image, it looks like the orange blob is actually two foreground stars from our galaxy.
Hi, this is a ferengified image of a galaxy (http://tinyurl.com/j6frzzx).
Not sure where you see these spiral arms ! Could be a very disturbed elliptical galaxy !
Maybe a possible #polar_ring ?
I'd go for #merger ! 😄
If you classify it as an elliptical (=smooth) it cannot have a ring (as that would count as a feature! )
An elliptical galaxy can have a bulge but any other feature points to it being not an elliptical galaxy !
If you call it an edge on, it cannot be an elliptical. Ellipticals are smooth without any features ! 😄
f you think it is an elliptical, it cannot have a ring (as that would be a feature ! ). And the object at 11 is indeed a foreground star.
It is a ferengified image of a galaxy (http://tinyurl.com/j6frzzx) ,which means it is artificially redshifted. Just give it your best shot !
That is definitely a possibility ! 😄
Don't think so ! The spot above the galaxy centre could be a foreground star from our galaxy.
Features and the no to every question and in the end : anythng odd : yes - irregular. But hey , that is just me ! 😄
Or a very (very ) disturbed spiral galaxy ! ;D
If you call it a smooth galaxy it cannot have any features ! Why not a disturbed barred galaxy ! : D
The object in the center looks like a very disturbed barred spiral & it is very possible that it is interacting with the galaxy to the left.
It's a ferengified galaxy. See this http://tinyurl.com/j6frzzx for more info !
The big red object is indeed a foreground star from our galaxy.
I agree ! In these cases it is percefectly acceptable to click star/artifact !
Hi, this is indeed a galaxy. It is a ferengified image ! See here for more info : http://tinyurl.com/j6frzzx
If there is no galaxy visible you can click star/artifact.
Not a bar shaped galaxy but a disk or spiral galaxy seen edge on.
Wow ! That is an impressive dustlane ! 😄
Or a disturbed spiral galaxy with an obvious bulge.
I'd go for a very disturbed barred spiral galaxy. But you could make a case for an irregular as well ! Just give it your best shot ! 😄
Definitely a disk or spiral galaxy seen edge on ! 😄
These two galaxies are definitely interacting ! 😄
You could go for a disturbed spiral with a big bulge ! 😄
I agree ! It is a ferengified (http://tinyurl.com/j6frzzx) galaxy.
Nope ! It is a real (ferengified = http://tinyurl.com/j6frzzx) galaxy ! 😄
The object at the bottom is a foreground star from our galaxy, so no merger possible, sorry !
The blue clumps are active star forming regions in the galaxy.
Neither ! This is a galaxy wh billions of stars ! . The purple/green line is an artifact.
These extreme ferengified (http://tinyurl.com/j6frzzx) galaxies are very difficult to classify. Star/artifiact is also an option.
At least two galaxies interacting ! Gorgeous #merger ! 😄
This is an old Hubble image with tons of artifacts. No need to classify this one ! 😉
Nope, not a star but a ferengified galaxy (http://tinyurl.com/j6frzzx). It is okay to classify this one as star/artifact.
Nope ! The bright object,top right,is a foreground star from our galaxy. But please, always classify the object in the centre of the image.
Not a supernova remnant but a real (ferengified) galaxy !
The 'feathers' in the foreground are imaging artifacts.
The object to the lett is probably a foreground star from our galaxy. But in this image that is all but impossible to tell.
There is not much to classify, is there ! 😃
You can use star/artifact.
those thingies to the right are not arms. This image is very pixellated.
If you classify it as an elliptical it cannot have a dominant bulge and be ringed ! These things are features !
Sorry ! If you think this is a smooth one (elliptical) , it cannot have any features ! This is most definitely a barred spiral !
Not sure if I'd go for an elliptical ! And if you think there is a noticeable bulge it cannot be an elliptical (smooth one) either !
Not sure I'd classify this one as an elliptical. Probably a very (very) fuzzy spiral with a big bulge !
If you classify it as a smooth one do not attribute any features !
Definitely not an elliptical galaxy. There lots of features here, as you have classified ! If it is a smooth one there are no features !
The central object could be a very (very) disturbed spiral galaxy or just an irregular galaxy
Gorgeous edge on with an even more dazzling dustlane !
If you see an edge on, it cannot be an elliptical ! I might go for the dustlane but definitely a no/no about the bar !
It is a very ferengiefied image ( see this blog post : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/)
Ellipiticals are smooth without any features. So, this should be classified as a disk or fuzzy spiral galaxy with a bar !
Yep, this image is ferengified beyond recognition ! ;D You can classify this one as star/artifact , no problemo ! 😄
Well, I'd go for a disturbed barred two-armed spiral ! But hey, that is just me ! ;D
The blue object is a disturbed spiral or disk galaxy with lots of star forming areas (the blue clumps !)
Gorgeous barred spiral with lots of star forming areas (the blue blobs).
I'd classify this one as smooth and in between, but that is just me ! 😄
Hi ! Hope you enjoy GZ ! 😄
If it is this blurry you can classify these as star/artifact;
You can classify these as star/artifact;
What about a possible #polarring ?
No artifact but an irregular galaxy.
Classify as star/artifact ! 😄
A disturbed, barred spiral galaxy
The central object is ot a star but a very disturbed galaxy.
The software completely messed up ! 😄 The central object is a foreground star from our galaxy and so are the two bright spiy objects.
You can click star/artifact for these !
I wouldn't call this a loose spiral as the arms are wound tightly !
You can tyoe in the coordinates on the SDSS site and then you can get to the additional info.
It's NGC 0931 btw ! 😉
The bright, spiky obect to the left is a foreground star from our galaxy.
The orange object (top) is indeed a star from our galaxy. But the central object, which you are supposed to classify, is a galaxy.
This is a ferengified image of a galaxy. See https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/ for more info.
This is a barred disk galaxy (lenticular).
Or two spirals merging !
This is a Ferengi image (https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/). But I'd classify this as star/artifact
Oh wow ! Gorgeous #merger !
Definitely not a star but a picture perfect example of a barred spiral galaxy ! 😄
The blue spots are active star forming areas in the galaxy ! 😄
Nope ! It is a very faint and fuzzy galaxy. I'd go for #irregular !
You can mark these with @wrong_size !
Gorgeous, slightly disturbed, spiral galaxy ! Nice catch ! 😄
Not sure I'd go for clumpy, probably more disturbed. But that is just me !
Take a look at this blog post first : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Or just a very fuzzy image ! Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Definitely no gravitational lens in this image (sorry! )
#merger for me as well ! 😄
Nope ! This is definitely a (disturbed/irregular) galaxy and not a supernova remnant !
Hiya, have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Yep, definitely not an easy one ! 😄 have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Or it could be a spiral galaxy seen edge on ! 😄
Oh Wow ! Gorgeous #overlap ! 😄
If you see two spiral arms you should classify as such ! 😄
It's a possibility ! Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Not sure there are foreground stars in this image ! ;D
A disk galaxy seen edge on, could just as well be a spiral galaxy ! 😄
Definitely #merger ! 😄
So, how did you classify it ? 😄
With these kind of distortions, I'd say #merger !!!
The central object is not a star but a very real galaxy with a very, very bright core (maybe an AGN ? )
http://tinyurl.com/h9blzha
The strange blue thingy at the left is a foreground star from our galaxy. See the original image :
What about a disturbed barred spiral with an inner ring ! 😄
The bright ring and the dark core are probably just optical artifacts caused by oversaturation.
But you should look for disturbances in the galaxies to see if they are really interacting ! (Not sure this is the case here ! )
A three way merger is definitely possible and has happened before !
The green flare is just an optical artifact, caused by the bright star at 5 o'clock.
Just one galaxy in the centre of the image : a disk galaxy with a bar !
The bright blue object is a foreground star from our galaxy. Happy hunting ! 😄
The red object is a foreground star from our galaxy !
It is very dim but it is a galaxy none the less ! 😄
#irregular for me ! 😄
This is definitely a weird one ! It looks like a disturbed elliptical but with a very defined dustlane (which should not be possible ! )
Nope ! Not a planetary nebula but a real galaxy ! Looks like a spiral galaxy with tight arms.
http://tinyurl.com/z6hp6uy
It's a seriously disturbed spiral galaxy. It could be interacting with the one bottom left.
But these are not stars but two real galaxies ! 😄
Not two stars but two galaxies interacting. Nice #merger ! 😄
The yellow and pink stripes are just artifacts and should not be marked as odd. Happy hunting !😄
Blog post to follow
Images of real galaxies that were processed with computer codes to make them look like they were at a variety of distances.
Nope, it's from the FERENGI dataset.
Probably a foreground star from our galaxy.
Isn't it just ! 😄
Two galaxies (probably spirals) interacting ! Gorgeous #merger !😄
It's a couple of interacting galaxies with some amazing star forming areas (the bright blue bits). Gorgeous #merger !
Or an inner ring and two spiral arms that fold back to make a ring ! 😄
Well, it is not always easy to tell with these fuzzy smooth ones ! 😄
Wow ! #dailyzoo
That weird yellow line is sady just an artifact.
Disturbed, barred spiral with two arms.Interacting with the galaxy to the left. Nice #merger.
Nice bulgeless edge on.
You can still see the spiral structure, so I'd go for a disturbed two armed spiral.
Probably overlap ! Nice catch ! 😄
If you see indications of a spiral shape you cannot classify it as an ellliptical. Ellipicals are smooth without features.
The "arc"is either a disturbed spiral arm or tidal debris.
Check out the grav lens thread over on the old Galaxy Zoo forum and see what I posted ! 😄 And for every dud there is a maybe ! 😄
The central object is probably a spiral/disk galaxy & these are usually not massive enough to do any lensing visible in these images(sorry!)
This one looks like a disk (possibly spiral) galaxy seen at an angle. Perhaps with a boxy bulge ?
Yep ! great #merger ! 😄
The bright white (seemingly cubic) thing is a foreground star from our galaxy. The fact that it looks squarish is just an artifact.
It could go either way ! I'm more inclined to call this a merger. Both galaxies look slightly disturbed.
It doesn't look like lensing. Some of the small ones could be foreground stars from our galaxy.
The central galaxy is a seriously disturbed spiral. So a definite yes for tidal debris ! 😄
I'm with CeciliaB here ! It is either an elliptical or a galaxy with features ! You cannot have an elliptical with features, sorry !
Just because I classify it a s a spiral doesn't mean it is one ! Just answer the questions as well as you can !
A disturbed spiral galaxy with a dominant bulge ? 😄
Great job ! Thans for participating ! 😄
None of the galaxies in this image look especially disturbed,so no merger here for me.And also no gravitational lensing in this image,sorry.
I just see one barred spiral galaxy with two very faint spiral arms.
I'd go for a disk or spiral galaxy seen edge on (with a round bulge).
The ring of material is just fuzzy and disturbed spiral arms folding back to make a ring. It's called a #ringed galaxy.
The bright white/blue object is a foreground star from our galaxy !
A very lovely chance alignment of galaxies and stars from our galaxy !
If the classifications are split in half it just means that this is a very interesting system. Just give it our best shot ! 😄
After checking out the z's which are almost identical, it appears that merger is also a possibility.
Just by looking at the images I'd go for overlap as well.
First hunch is the correct one : the blue patches are regions of very active star forming in the galaxy.
To me, it looks like they are interacting. I'd go for #merger.
The yellowish spot is sadly just an artifact !
Neither ! The central object is a disturbed spiral galaxy. So, the 'arc' is a disturbed spiral arm.
I'd go for merger ! Both galaxies look pretty disturbed ! 😄
Sorry, the bright round object is a foreground star from our galaxy.
and these are usually not massive enough to do this kind of lensing.
Sorry, but there is no gravitational lensing in this image. The central object is a fuzzy spiral galaxy...
Definitely looks like it ! 😄
That could be another galaxy seen edge on.
I'd classsify the central object as an irregular galaxy.
The red thread/line is just an optical artifact and should not be marked as weird !
A slightly disturbed, loose two-armed spiral ? 😉
Two amazing galaxies in one image ! 😄
The bright spot at 5 is most probably a foreground star from our galaxy.
See the comments below: two galaxies colliding. Nice #merger
The central object is a disturbed galaxy.
The image is just too fuzzy ! And without additional information it is impossible to tell. Sorry ! 😄
I see three galaxies in the centre of the image.
The green line is a satellite trail. Not sure what that is in the upper right, sorry.
I'd definitely go for a fuzzy barred spiral ! 😄
The image is just too fuzzy to tell. It could be another galaxy but it could just as well be a foreground star from our galaxy.
Two stars from our galaxy that appear close to each other. No collision here !
I'd go for a very fuzzy barred (two-armed ?) spiral.
The central galaxy is definitely disturbed ! 😄
Sorry, no Einstein arc in this image !
Or two galaxies merging.
The bright round one is a foreground star from our galaxy.
No gravitational lensing in this image, sorry. The central object is a fuzzy barred spiral.
And the bright round one is a foreground star from our galaxy.
No merger here as far as I can see ! The two galaxies have vastly different redshifts and no distortions.
Sorry, no gravitational lensing in this image. Spiral galaxies are usuall not massive enought to do any lensing ! 😄
The 'beam of light' is another galaxy. Could be foreground or background or even interacting with the central galaxy.
The green line is indeed an artifact. Sorry !
The central object is a galaxy, but the one at 10 o'clock is a foreground star from our galaxy. So, definitely no merger here !
The blue line is,sadly, just an artifact.
Wow ! That is an amazing #merger ! 😄
Most probably a foreground star from our galaxy.
With smooth galaxies it is definitely not easy to tell. I'd go for merger here.
The purple green thingy is (sadly) just an artifact !
The objects with a blue dot/ring in the centre are foreground stars from our galaxy.The blue is an optical artifact caused by oversaturation
Not sure this is a merger. The central galaxy does not look disturbed and the small round object at 8 o'clock looks like a foreground star
Yep ! Both galaxies are deformed. A sure sign they are interacting. Nice #merger.
I'd probably go for #merger as both galaxies look disturbed.
I'd go for an independent galaxy.
I'd go for a three-armed barred spiral with a noticeable bulge - tidal debris.
The horizontal coloured lines are sadly just artifacts !
The distortions could be the result of a fly-by.
Sorry, no gravitational lenses here. The central galaxy is a barred spiral with two fuzzy spiral arms.
Looks amazing though ! 😄
Quite a lot of colliding galaxies. Gorgeous #merger !
Nice catch !
Sorry, no lensed galaxy in this image
And both galaxies are seriously disturbed ! Definitely a #merger in my book ! 😄
You could make a case for both ! Without additional information (redshift) it is hard to tell. Just give it your best shot !
Here it is not so clear, so some will classify this as a merger and others as an overlap.
Look for disturbances in the galaxies. That is always a clear sign they are interacting.
I'd go for a double ringed galaxy! 😄 But a really nice catch! 😄
Yep ! I'd go for a distorted spiral/disk edge on ! 😄
And a very disturbed one too ! 😄
The round white object top right is a foreground star from our galaxy and just cannot be interacting with the cenral galaxy.
Neither galaxy looks disturbed, but a merger is still a possibility. Personally, I wouldn't mark it as one.
Probably.
#dustlane for me ! 😄
Not sure. Neither of the galaxies looks disturbed. Could be an #overlap.
I'm more inclined to go for tidal debris ! 😄
What are you referring to ?
Just one spiral galaxy here. No merger, sorry !
Probably not an arc but tidal debris/disturbed spiral arm from the central galaxy.
The straight line is probably a satellite trail.
The bright dot at 8 o'clock is most probably a foreground star from our galaxy.
happy hunting! ;D
Sorry, no jets here for me !
Not sure ! I'd probably go for one very disturbed spiral galaxy (with a couple of foreground stars).
Sorry, this is not an elliptical. You could go for lenticular of fuzzy spiral
Fuzzy spiral for me too ! 😄
Nice one ! 😄
Why ? Gorgeous #merger for me ! 😄
And we don't mean the small round one ! Just zoom out and there is a gorgeous spiral galaxy with the same z !
The central object is probably a two-armed spiral galaxy. Not sure what the artifact # is referring to !
It is probably a spiral, but the image is just sooooo fuzzy !
SDSS says star, but I'm not sure. I'd flag this one as a possible voorwerpje too !
The fuzzy 'ring' around the central bulge are probably spiral arms.
Yep, definitely a disk or spiral galaxy seen edge on !
The cenral oval object is a galaxy. The bright white one at 1 o'clock is a foreground star from our galaxy.
The purple and green line is just an artiact and has nothing to do with the galaxies in this image.
Definitely a dustlane ! Not sure about a polar ring though !
Two galaxies interacting. Gorgeous #merger ! 😄
Could be ! Definitely a very disturbed spiral galaxy ! D
Could be a spiral too ! 😄
Keep up the good work ! 😄
Ah, I see ! That purple line looks kinda artificial, sorry !
That is certainly a possibility.
Yes, this could be a fuzzy spiral.
Disturbed spiral for me.
I'd go for a barred spiral with two very faint spiral arms.
A very fuzzy image. Probably a disturbed spiral.
PS : I do understand German but I cannot write in German. I hope this is okay !😄
The bright object at 12 o'clock is a foreground a star from our galaxy and the reddish line at the top is an imaging artifact.
Why ? 😄
It is a very fuzzy image. But I'm inclined to classify this one as a two armed spiral.But that is just me ! 😄
It's two galaxies, probably overlapping.
The greenish white round objects are foreground stars from our galaxy.
The red line is indeed an artifact.
See the other comments below ! Gorgeous merger
Without additional info (redshift) it is not possible to tell just from this image if these galaxies will ever merge !
But without additional info (redshift) it is not possible to determine which galaxies are actually interacting in this image.
Certainement une distortion. Mais le coupable n'est pas dans l'image ! 😄
The star (to the right) is a foreground star from our galaxy. So, it is just not possible that it is interacting with the two galaxies !
Not a lenticular but a two armed spiral.
The green line is (sadly) just an imaging artifact.
No gravitational lens here. This is a spiral galaxy with faint and fuzzy spiral arms
The object in the bottom right corner is a foreground star from our galaxy. The purple dots are an artifact caused by oversaturation.
The red lines are (sadly) just artifacts.
The central object (which you are supposed to classify) is a galaxy ! 😄
The image is very fuzzy, but merger is a possibility.
It is a fuzzy image but both galaxies look disturbed.
Not sure what the problem is. As said in below comment : it is a barred two-armed spiral, maybe smightmy disturbed.
It's a possible distorted spiral.
Good call ! And as both galaxis look disturbed, it could be a #merger just starting ! 😄
Meh ! I'd probably go with disturbed spiral ! 😄
Please, only use the # overlap for galaxy/galaxy overlaps.
Or a disturbed spiral. And yes it is NGC5505
Its a disturbed galaxy with lots of star formation (the blue clumps) going on.
Not sure I'd go for an edge on. And what do you mean by 'halo' ?
Not to mention the amazing interacting galaxies ! #merger;
Top galaxy is very distorted. #merger for me
Yep ! A fuzzy two armed spiral galaxy ! 😄
The blue dots in the galaxy are not inidividual stars but star forming areas in the galaxy.
Sorry, no dustlane, lens or arc in this image.
And some of the roud objects are forground stars from our galaxy, so definitely no possibility of any kind of interaction.
1/2/
The central object is a galaxy not a star. it could be interacting with one or more of the other galaxies.
Others are galaxies but without additional information (redshift) it s not possible to tell if these are sattelite galaxies.
Some of the small objects in this image are foreground stars from our galaxy.
The stars in these images are foreground stars from our galaxy. So it is impossible for them to interact/ with the galaxies in these images.
Nope ! A fuzzy and slightly disturbed spiral galaxy. Nice catch though ! 😄
The white dot looks more like a foreground star to me. No merger here.
The red line is (sadly) just an imaging artifact.
Definitely no lensing in this image. The red spot could be an artifact.
I'd go for an overlapping galaxy. #overlap
Two galaxies, probably interacting.
The central object is most definitely a galaxy.
The red stripe is (sadly) just an artifact.
The star is a foreground star from our galaxy. So no interaction possible with the galaxy in the centre of the image.
The star in the top right corner is a forground star from our galaxy, so no interaction possible with the central galaxy.
Please tell me you didn't get this image to clasify (as it belongs from at least two databases way back)
Loads of imaging artifacts and maybe even the telescope moving or objects moving !
Amazing ! And look at those dustlanes ! 😄
The bright green object (colours aren't real) is a foreground star from our galaxy. SDSS image and DECaLS one are flipped ?
Very disturbed spiral galaxy.
Nope, not a supenova. It's definitely a galaxy !
Both have the same redshift and look disturbed, so they are definitely interacting ! 😄
Here that is definitely the galaxy !
#dailyzoo ! just because ! 😄
See the zoomed out SDSS image : http://tinyurl.com/zw8b35e
You cannot undo a classification. Don't worry if you make a mistake. Every image will be classified by lots of people.
The bright white object is a foreground star from our galaxy, no no merger here.
The yellow stripe on the left side of the galaxy is indeed an imaging artifact.
This is a disk or spiral galaxy seen edge on
Looks like a merger to me ! 😄
The red thin line is, sadly, just an artifact !
I wouldn't go for overlap, looking at the disturbances in both galaxies. See the comments below/.
Looks like a fuzzy spiral to me ! 😄
The red colouring to the right is just an imaging artifact !
I see one heavily distorted galaxy with a couple of extremely active star forming regions (the blue clumps).
Not sure what you mean ! I see a disturbed spiral galaxy with some very active star forming regions (the blue clumps).
Merger is a possibility but the image is very fuzzy&there is not much disturbance visible in both galaxies.I wouldn't classify this a merger
Or a disturbed spiral galaxy with the spiral arms folding back a number of times. Lovely image.
The two bright objects are probably foreground stars from our galaxy.
Happy hunting ! D
Not much disturbance in the galaxies in the centre. Not sure if I'd go for a merger.
Probably !
The central galaxy is definitely not an elliptical but a disk or spiral galaxy seen edge on.
I'd go for one clumpy galaxy here. And the clumps are star forming areas in the galaxy.
With these kinds of distortions it is most probably a #merger and not an overlap ! 😄
Really ! That is a very strange classification !
The central object is an irregular galaxy (maybe a very deformed spiral1)/ The bright blue dot is an active star forming area in the galaxy.
Gorgeous !
Erm ! I could go with disturbed spiral ! (and a dustlane too ! )
Could be just one very disturbed spiral. No culprit in sight ! 😄
Two galaxies interacting ! Lovely #merger ! 😄
The 'arc' is too far away from the central galxy to be a gravitational lens. Gorgeous disturbed galaxy. 😄
The little square is sadly just an artifact.
Could be but SDSS thinks it is a galaxy and looking at that image (http://tinyurl.com/zyoa49p) I agre ! 😄
The green and purple lines/dots are sadly just artifacts.
The SDSS link is not correct for this galaxy. It jumps to a nearby object labelled as star. 😄
The red line is not an asteroid trail, but an artifact. bluemagi's asteroid can be found at the coordinates he gives (not in this image)
The red arcs are, sadly, just imaging artifacts !
Wow ! Amazing disturbed spiral !
Magnifique ! 😄
Yep ! Good catch ! 😄
Or maybe a foreground star from our galaxy ?
For me this is a (disturbed ?) spiral galaxy where the two (fuzzy) spiral arms fold back to make a ring. I.e. a #ringed galaxy.
And I'm not sure about the merging part either ! 😄
For me this image is just too fuzzy ! It could be 2 ellipticals, but it could just as wel be 2 fuzzy spirals merging !
#Merger for me, without a doubt ! 😄
Oh yes ! 😄
Technically this is called a disturbed ringed galaxy. It's where the spiral arms fold back to make a ring.
Probably just a fuzzy spiral. No lens here, sorry !
Yep ! Fuzzy barred spiral for me too ! 😄
Just one very disturbed spiral for me.
Or a fuzzy disturbed spiral.
Not much disturbance visible, but then again it is a very fuzzy image so merger is still a possibility.
Yep ! Great catch! 😄
The blue/purple (?) dots in the bottom spiral arm are active star forming areas.
Or a disk or spiral galaxy seen edge on.
Sorry, I have no idea what you are talking about. Could you please explain ?
No merger here, sorry. The two bright round objects are foreground stars from our galaxy.
Two galaxies that appear to be close together. No gravitational lensing in this image, sorry.
The coloured line is indeed an an imaging artifact.
Yep ! Artifact.
The bright white object at 2 o'clock is,sadly, not a supernova but a foreground star from our galaxy. Sorry !
See my comment below ! ;D
Could be a merger, or could be an overlap.
It could be spiral arms that fold back to make a ring ! Really beautiful galaxy ! 😄
Do you mean the small dot at 8 o'clock ? That could just as well be a foreground star from our galaxy. No merger here anyway.
Yep, we can ! See : http://tinyurl.com/jr384dh 😄
Yep ! Great #merger ! 😄
It is a disk or spiral galaxy seen edge on.No merger whatsoever because the small round one is a foreground star from our galaxy
Merging with what ?
See the comments below : I'd go for a disturbed spiral galaxy.
Probaly a fuzzy spiral galaxy.
Spiral or disk galaxy seen edge on !
Please, not again ! 😦 It's a disk or spiral galaxy seen edge on.
Definitely NOT an elliptical galaxy. This is a disk or spiral galaxy seen edge on.
Don't forget to mark the bar !
No comment as to the classification of the two galaxies, but #merger for me as well.
This one could be classified as smooth and in between.
Please, take a look at the examples ! This is a disk or spiral galaxy seen almost edge on.
Most definitely not an elliptical galaxy. I see a disturbed spiral galxy.
Try squinting and you will probably see a spiral structure here ! ;D
This is a classic example of a two-armed and barred spiral galaxy. Most definitely not an elliptical.
The thin horizontal line is most definitely not a dust lane. It is an artifact ! 😄
If it is ringed, it cannot be an elliptical. Remmeber : ellipticals are smooth and featureless.
Which object are you referring to ?
Or very disturbed spiral !
Hi strArter, I ran your post through Google translate but I'm not sure what you are asking. Is your galaxy count not right ?
The red stripe (to the left) is, sadly, just an artifact.
That looks like an artifact to me.
It's a fuzzy, disturbed, barred spiral galaxy
It's a smooth (slightly disturbed ?) galaxy. And the orange blob top right is a foreground star from our galaxy.
Wow ! 😄
Sorry, I don't see it !
The yellow 'ray' is sadly just an artifact ! 😄
Whatever it is, this galaxy is severly disturbed !
If it is ringed it cannot be an elliptical. I'd go for a lenticular one.
I wouldn't call this one an overlap as the small object at 5 is a foreground star from our galaxy and the edge on at 4 is not overlapping.
I'd go for two faint and fuzzy spiral arms.
Yes, the blue marks are imaging artifacts.
Spiral galaxy seen FACE ON (definitely not edge on) and interacting with the galaxy to the right.
Nice #merger
Again, not a spiral seen edge on !
This is a disturbed spiral seen face on !
Definitely not a spiral seen edge on !
And the green line is, sadly, just an artifact ! 😄
If you don't think this one looks disturbed in DECaLS I don't know what you would call disturbed ! 😄
See the comments below : gorgeous #merger ! 😄
No Voorwerp whatsoever in this image, sorry !
The two objects in the centre of the image are most definitely galaxies, but whether they are interacting or not is impossible to tell.
I'd probably go for foreground star, but your guess is as good as mine ! 😄
Yep ! Astro_Denny is correct ! 😄
I see just one galaxy, so neither for me. I'd go for a disturbed (maybe barred) spiral galaxy.
The purple/green line is an artifact.
You could go for a barred lenticular (disk galaxy without spiral arms) with a big bulge.
The green curved line is sadly just an artfact.
No dust rings in this galaxy, sorry ! 😦 Just a lovely two armed spiral galaxy !
A barred, loose two armed spiral. What is different for you ?
Your guess is as good as mine ! 😄 If there are a lot of different classifications this will alert the science team that this is a strange 1
and other objects are other galaxies.
Hope this helps ! 😄
The central object is a spiral/disk galaxy seen edge on (with a bulge).Some of the small objects are foreground stars from our galaxy ....
Nope, not just your imagination ! If I squint a bit I can see a spiral arm at 7. And also a bar in this spiral galaxy !
Sorry, the pink and yellow stripes are just optical artifacts and are just not real !
The object (bottom left) could be another galaxy but it could just as well be a foreground star from our galaxy. Too fuzzy to tell.
http://skyservice.pha.jhu.edu/DR9/ImgCutout/getjpeg.aspx?ra=246.29501564&dec=27.49033438&scale=0.1980635&width=512&height=512&opt=&query=
Yep ! Dustlane for me.
So much more visible in SDSS image :
Correct ! Here the software got confused and centered on a star instead of a galaxy !
Probably just a foreground star from our galaxy. Sorry !
Not sure if there is a merger in this image. The bright white object is a foreground star from our galaxy.
Nice disturbed barred spiral too ! 😄
It's a LSB galaxy (Low Surface Brightness).Nice find ! 😄
Sorry, probably just a foreground star from our galaxy.
Lovely barred spiral with two very faint and fuzzy spiral arms.
#merger ! 😄
The green line and the purple patch are just imaging artifacts.
The object in the centre of the image is not a star but a galaxy.
Here in GZ we use the term overlap for galax/galaxy overlaps.
As the two small white objects upper left are foreground stars from our galaxy, this isn't an overlap.
Definitely not smooth for me. It looks like a disturbed spiral galaxy.
Both galaxies are distorted so it is safe to call it a #merger ! 😄
The yellow stripe is just an imging artifact. No need to mark this as odd. Happy hunting !😄
The object in the centre (that you are supposed to classify) is a fuzzy , disturbed (maybe a spiral) galaxy.
The central object is a galaxy. The bright one at the bottom is a foreground star from our galaxy.
Although it is not easy to see disturbances in these smooth galaxies, it is safe to assume that they are merging.
If you say so ! 😉
Definitely not a cigar shaped galaxy. It is a spiral or disk galaxy seen almost edge on, but a two armed spiral is also a possibility.
space creature ? ;D
Two galaxies interacting ! 😄
The purple dot, left of the centre, is sadly just an imaging artifact.
Spiral galaxy with very faint and fuzzy arms is definitely a possibility.
The big fuzzy objects in the centre of the image are galaxies interacting. Nice #merger.
Sorry, not sure what you are asking ?
No idea which red object you are referring to. Could you point us to it ?
CeciliaB is correct. No merger in this image !
The bluish clumps are active star forming regions in the galaxy, so yes !
Yep ! A fuzzy (spiral ?) galaxy.
No gravitational lensing in this image, sorry !
The green vertical line is an imaging artifact.
Yep ! That is a foreground star from our galaxy, but the colours are not real ! 😄
Just classify what you see ! That is all we are asking ! 😄
The coloured lines crossing the central galaxy are (sadly) just artifacts.
Definitely two foregroundstars from our galaxy. But whether they are actually close together ?
The central object is a distorted spiral or disk galaxy seen edge on.The purple dot is an artifact & the bright round 1 is a foreground star
The green coloured line is an artifact ! (sorry ! )
Nope,not a PN; But a real fuzzy galaxy ! 😄
It could be four, as they all appear to be distorted. But without additional info (z, etc) it is impossible to be sure.
Sorry, I have no idea what ou are referring to ! Could you please point me to it ?
This could indeed be a disk or spiral galaxy seen edge on, but it could also be an irregular galaxy.
Either a fuzzy irregular or a fuzzy distorted spiral.
The central object is a fuzzy distorted galaxy, interacting with the larger one top left. Gorgeous #merger in action.
Possibly ! 😄
Just one disturbed galaxy for me, sorry. The reddish blob at 10 o'clock is a foreground star from our galaxy.
Nice #merger ! 😄
Disturbed fuzzy spiral for me.
What do you mean by other features ?
Nope ! The dustlane is the real deal ! :
Do you mean the round white object at the top ? That is a foreground star from our galalxy.
Yep ! Definitely a merger !
Ola e bienvenudo a GZ ! 😄
It's a very disturbed galaxy, but no obvious culprits in sight ! 😄
All of the above or nothing at all ! It is your call ! (I'd go for a tentaviley polar ring ! 😉 )
Definitely a spiral galaxy seen almost edge on ! 😄
That should not be happening ! I'll flag it to the developers !
The black spot is just an artifact and should not be marked as weird. The central object is a barred, two armed spiral, slightly disturbed.
The star is a foreground star from our galaxy so it is impossible for it to have any interaction whatsoever with the central galaxy.
I don't see any black spots, sorry. The central object is just a disturbed, barred spiral.
Yes, you are correct. The purple/brown rectangle is an artifact.
That is a bit of a strange classification : How can an elliptical have spiral arms ???? It is either or !
Every Monday or Tuesday there is a new batch to go through.
If you like to hunt for supernovae, try this site : https://www.zooniverse.org/projects/dwright04/supernova-hunters.
The bright spot is a foreground star from our galaxy.
Just one (very disturbed) galaxy and zooming out there is no obvious culprit in sight. Maybe the result of a fly-by.
No jet in this image, sorry.
the squiggly reddish line is just an artifact. They are quite common in these DECaLS images.
@zutopian : So, how did you classify this one ?
Or maybe a very (very), fuzzy spiral ! ? ;D
Probably a merger, looking at the slightly disturbed galaxies ! 😄
Could be two galaxies merging or could just be a line of sight. The image is just too fuzzy to tell without additional information.
The small galaxy, top right, could be a foreground/background galaxy. No merger here for me : No disturbances in either galaxy.
The bluish galaxies (bottom right corner) are too far away from the cenral galaxy to be a lensed galaxy.
The coloured horizontal lines are just artifacts, sorry. No dust lane whatsoever !
The central object is a spiral galaxy & the round white one is a foreground star from our galaxy. So, no interaction whatsoever possible.
The object at the bottom of the central galaxy is a foreground star from our galaxy. Good question ! 😄
Sadly just artifacts. 😦
See the comments below : It is most definitely a spiral or disk galaxy seen edge on, but the colour is not real.
Why would you think this one is a spiral ?
Btw,you do realize that your hashtag spiral doesn't help at all? It is not used in any study
Spiral ? I don't think so !
The object at 12 o'clock is a foreground star from our galaxy, so definitely not a merger ! 😄
Yep, spiral for me as well. Try squinting and things will get much 'clearer' ! ;D
The objects to the left of the galaxy are all forground stars from our galaxy.
The image is just too fuzzy to tell. The small blob could just as well be a foreground star from our galaxy.
Oh yes ! 😉
It could go either way, the image is just too fuzzy to tell.
Definitely not a Einstein cross in this image. The blue clumps are starforming regions in the galaxy.
Disturbed spiral, so both ! 😄
Not a background star but a foreground star from our galaxy.
Wow ! Gorgeous #merger ! 😄
I'd go for overlap.
Or just one disturbed spiral ?
But without additional info (redshift) it is just impossible to determine that.
The small objects in this image could be foreground stars, far away galaxies or nearby galaxies (maybe interacting).
The halo could be very fuzzy spiral arms.
The green line is, sadly, just an artifact.
The small round object at 3 o'clock is a foreground star from our galaxy.
What an amazing image ! Definitely #merger ! 😄
Beautiful #boxy bulge !
They are, sadly, just artifacts !
Looks like one to me ! 😄
The imagze is very fuzzy, but I'd go for spiral too !
Both small orange objects are foreground stars from our galaxy. So, definitely no lensing here.
If I squint really hard (my favourite scientific method) I can see a fuzzy, slightly disturbed, spiral.
The barred stripe, top half of the gaalxy is an optical artifact.
Difficult to say, but the left one is probably a fuzzy spiral.
That would be a bar.
You can change the language for the classification page to a number of languages. Talk is mostly in English.
The yellow strip is just an artifact.
The green line with the purple dot is an artifact.
No jets whatosever in this image. The pink/purple lines are just artifacts (sorry) ! :fD
Wow ! Gorgeous #merger !
Both galaxies look disturbed and have similar redshifts, so #merger for me
Looks like they are interacting, so #merger for me too !
It's a Low Surface Brightness Galaxy. Also known as a faint and fuzzy galaxy ! ;D
Disturbed spiral for me ! 😄
This is probably a disturbed spiral galaxy.
See the comments below : the blue/green fuzzy thingies are just an artifact !b:D
If the image is a very fuzzy one (like this one) there is no way to tell if this is an overlap or a possible merger. (Sorry ! )
Probably a fuzzy spiral arm. Definitely not a gravitational arc.
More chance of it being a tidal tail or fuzzy spiral arm. Definitely not a gravitational arc.
The green line and purple blob are just artifacts.
Yep ! This is a spiral galaxy, seen nearly edge on.
Click on Galaxy Zoo examine (under image) & then choose DECaLS or Skyserver. But remember zooming in will not bring our more details !
Not sure I'd call this one an elliptical. I'd go for a disk galaxy with a big bulge.
Correct ! The bright round object below the centre of the galaxy is a foreground star from our galaxy.
Nope, no merger here, sorry.
No merger. The small round dot (top left) is a foreground star fro our galaxy.
No merger here. The small round objects are foregroud stars fro mour galaxy.
No merger here. The small round dot a the bottom is a foreground star from our galaxy.
No merger here. The small round objects are foreground stars from our galaxy.
If you see any features like the bar in this one, it cannot be a smooth elliptical.
At these distances it is impossible to see individual stars. The best you can see is star forming clumps.
That is a possibility. But because of the overall fuzziness of the image it could just as well be a fuzzy barred spiral.
Not really ! Just a two-armed, barred spiral . Looks lovely though ! 😄
See the comments below : it's an artifact.
Astro_Denny is correct ! No gravitational lensing in this image as a foreground star from our galaxy is definitely not massive enough !
No merger here. The bright round object to the left is a foreground star from our galaxy.
The greenish/blue blob is an asteroid. Nice catch! 😄
Definitely no gravitational lensing in this image !
Not sure what you are referring to ???? In this image we have two edge on spirals probably very far apart ! Purely coincidence for me !
The two small round objects are indeed foreground stars from our galaxy. Why do you think they are massive old stars ?
So it is either merging or overlapping, you can't have both.
Which do you prefer ?
Hint : I'd go for #overlap ! 😄
The small dot to the right of the centre is a foreground star from our galaxy. No merger here, sorry.
The central object is not an elliptical (smooth) galaxy but probably a fuzzy spiral.
It's a disturbed barred spiral galaxy. The blobs are active star forming areas in the galaxy.
It's two galaxies interacting ! Nice #merger !
Not a cloud but a faint and fuzzy galaxy with a star forming area (the blue blob).
Yep, barred spiral for me as well.
The bright blue star is most probably just a foreground star from our galaxy ! 😦
What an amazing image ! Nice catch ! 😄
Hi aubrey,
The object at 2 is not a supernova but (sadly) just a foreground star from our galaxy.
Merger for me as well ! Both galaxies are seriously disturbed.
No. This is a barred spiral seen face on. The spiral arms are very faint and fuzzy.
Here it's the fuzzy tips. Another hint is if it has pointed tips it is an edge on. Also there are very few cigars.
I'd probably go for disk or spiral galaxy seen edge on.
That could be an asteroid ! 😄 Nice catch !
Nope ! You can tag these with #wrong_size.
especially the lower galaxy seems disturbed. So, it could be a merger.
Yep, artifact for me as well ! 😦
I would have gone for #merger too !
Can I ask where you found this image ? I hope you didn't get this to classify as it is not a DECaLS image. 😉
It's an optical artiffact caused by a bright star outside of this image.
the central objet is indeed a fuzzy galaxy. The star at the top is a foreground star from our galaxy. No interaction whatsoever possible.
With these kind of distortions, #merger is a safe bet ! 😉
The bright spots are probably active star forming areas in the galaxy.
Btw, the central object is a galaxy ! ;-D
Gorgeous #merger ! See the zoomed out image : http://tinyurl.com/jeptlu9 😄
The central object is a slightly disturbed spiral galaxy. The reddish small objects are foreground stars from our galaxy.
The round object at 8 o'clock is a forerground star and the object a 5 is probably a background galaxy.
No merger for me. Although the central galaxy looks a bit disturbed.
No merger for me here. Both the small object at the top and the larger one at the bottom are foreground stars from our galaxy.
Tidal debris for me.
And the lower object is indeed a foreground star from our galaxy.
The central galaxy is a disturbed spiral. No obvious culprit in sight. Could be the result of a flyby.
Or possible #merger. With these smooth galaxies it is not easy to tell.
There is a purple spot in the SDSS image. I'm thinking active star forming region.
Not a stallite trail here. Just an artifact.
Yep, it's a typical DECaLS artifact.
There is only one galaxy in the centre of this image. The white round one to the right is a foreground star from our galaxy.
The central galaxy doesn't look disturbed. No merger for me, sorry.
Th object to the right is probably a foreground star from our galaxy. So, no merger in this image.
Beautiful spiral with foreground stars. All the individual stars you see in these images are stars from our galaxy.
No merger in this image. Just one galaxy. The bright round objects are foreground stars from our galaxy.
Not a star but a real galaxy !
It doesn't look like a lens. And the small object (top right) is probably a foreground star from our galaxy.
Sorry, just an artifact !
NO lensed galaxies in this image.
Two galaxies and a foregrond star (bottom). NO Einstein arcs in this image.
I'd go for merger. The little one to the right looks disturbed.
Lovely, disturbed barred spiral. Nice catch ! 😄
So sorry, but the pink and green thingies are just artifacts. Nothing special. 😦
The small round object at the bottom of the central galaxy is a foreground star from our galaxy. So, they cannot merge.
The red line is, sadly, just an artifact.
The bright blue/white object at the bottom is a foreground star from our galaxy.
Merger for me! 😄
Definitely a merger ! Nice one !
Some far away galaxies.
But this image is #wrong_size.
Two galaxies, probably not interacting. #overlap.
And definitely not a gravitational lens.
The central (very disturbed) galaxy is interacting with the edge on (top of the image). Nice #merger in progress.
Nope ! A disturbed, barred two armed spiral where the fuzzy arms fold back to make a ring. A #ringed galaxy.
In the center of the image are two galaxies interacting !
Sorry, no four merging stars in this image and certainly no black cloud either !
The 'massive ray' is just an optical artifact !
The yellow 'flashes' are just optical artifacts. Nothing special, sorry.
The bright object (top right qudrant) is indeed a forground star from our galaxy. And therefore it CANNOT merge with the central galaxy.
Sadly, no merger here in this image. The object in the centre is a foreground star from our galaxy. The software made a mistake ! 😮
Yes, could be a disturbed spiral.
Correct ! Two galaxies merging ! Nice catch ! 😄
Two disturbed galaxies.
That is a spiral or disk galaxy seen edge on. It doesn't appear to be interacting with the central galaxy. #overlap for me.
It's a disturbed spiral galaxy.
Spectacualr #merger. I see 5-6 galaxies interacting.
Not sure if the "# abc" means anything. Some people invent their own #'s.
A very disturbed galaxy (probably a spiral). 😄
No inner ring, Just a two armed spiral where the spiral arms fold back to make a ring. A #ringed galaxy.
two-armed, barred spiral. No idea why this one would be an unknown ! 😮
I'd call this one an edge on spiral with a noticeable bulge. Definitely not an elliptical.
The brown line crossing the galaxy from top to bottom is a beautiful #dustlane !
The object at 8 could just as well be a foreground star from our galaxy. So, no overlap here, sorry.
Why extraordinary ? The dark dot in the centre is just an optical artifact caused by oversaturation !
No gravitational lensed images in this image.
No Einstein arc in this image, sorry.
The two stars (top left) could be close together or it could just be a line of sight !
Sorry, I don't see a yellow ray ????
It is definitely a disk but it could also be a spiral with very faint spiral arms.
The small round object is not a galaxy but a foreground star from our galaxy. S, they are very far apart.
Why tag this one as a spiral when, I assume, you classified this one as a spiral ?
While I love your enthousiasm, there is no need for example to # things like spirals or mergers. I do hope you classified it as such.
Maybe a short bar, but not that obvious.
Looks more like a two armed, big bulge, spiral where the spiral arms fold back to make (almost) a ring.
Both galaxies are very disturbed so I wouldn't call this an overlap but a #merger.
Looking at the central galaxy now (it being very heavily disturbed) , there is no way to know what it looked like before ! 😄
Spectacular barred spiral, heavily disturbed.
With a galaxy this disrupted, you cannot be sure that is was an eliptical galaxy to start with ! 😄
Don't overdo it ! Both galaxies are probably interacting. Any 'dark circle' is probably an artifact.
Correct ! Both these galaxies are interacting ! Nice #merger ! 😄
Sorry, not a merger here. The bright object at 11 is a foreground star from our galaxy.
No merger in this image. The orange dot is a foreground star from our galaxy.
Sadly not. It is just an artifact ! 😦
Galaxies CANNOT merge with foreground stars from our gaalxy. And the black circle is just an artifact, sorry.
The white square with the green margin is an optical artifact caused by oversaturation. It is most definitely not real.
Gorgeous #merger.
The red/orange trail is an artifact. Probably a cosmic ray hit that didn't get removed. No need to mark it as odd.
What !! ??? Definitely not !
Just a gorgeous (disturbed) spiral galaxy !
I'd probably not classify this one as smooth. But, hey, that is just me ! 😄 Just give it your best !
Just looking at this image I'd classify it as smooth and roundish.
The green 'arc' is, sadly, just an artifact. No need to mark it as odd.
A faint and fuzzy galaxy with a couple of active star forming areas (the blue clumps).
It is just an artifact. No need to mark it as odd.
A fuzzy disk or spiral galaxy seen nearly edge on.
Maybe, not much of a distortion visible in either galaxy. Could just as wel be an overlap.
Not an off centered center but probably an active starforming region in the galaxy. Or maybe, maybe a foreground star from our galaxy.
Here in GZ we only use the # overlap for galaxy/galaxy overlaps. Happy hunting ! 😄
I'd call that a bar ! 😄
Very disturbed spiral ! 😄
Yes, this indeed a spiral galaxy seen edge on.
The central object is a disk or spiral galaxy seen edge on & the reddish dot is a foreground star from our galaxy. So,no relation whatsoever
And the green and red dot at the top is an asteroid.
The central object is a galaxy. The two bright objects are foreground stars from our galaxy So, definitely no merger here.
Yep, galaxy for me as wel after looking at the zoomed out image.
Gorgeous #merger indeed ! 😄
The red line is an artifact. Probably a cosmic ray hit that didn't get removed.
Could be a foreground star ?
The coloured lines are just imaging artifacts.
Nice chance alignment ! I would have thought that the central object is a star, but it is a galaxy with a z=0.141 !
The pink spot is probably a foreground star from our galaxy. So, not an overlap.
The central galaxy is a disturbed (barred) spiral. Not sure who the culprit is ! 😄
Definitely tidal debris, not sure about a polar ring.
Nope, no lens in this image. Spiral galaxies are usually not massive enough to do these kinds of lensing.
The central galaxy is indeed gravitationally disturbed ! 😄
Not sure what there is at 7-8 o clock but it is definitely not a jet. Could be a star forming area in the galaxy.
The central galaxy does not appear to be merging with the one at 2 o'clock. Not sure what you mean with the center star ?
The dot at 8 o'clock is probably a foreground star from our galaxy, so no interaction possible.
The bright white dot is the very bright centre of the galaxy.
Neither of the galaxies look disturbed, so not a merger for me.
Both galaxies look disturbed, so #merger for me.
The green thingy is probaly an asteroid ! Nice catch ! 😄
A fuzzy smooth and round galaxy ! 😃
The red line is just an image artifact. Probably a cosmic ray hit that didn't get removed.
I'd probably go for #merger. Lots of disturbance, especially in the large galaxy.
It is a disturbed spiral, interacting with another galaxy outside of this image.
See the zoomed out image : http://tinyurl.com/gukpccw
This is most probably not a polar ring. #overlap for me.
See the comments below : a possible polar ring.
The object to the left is a foreground star from our galaxy, so a merger is totally out of the question! 😉
No dustlane in this image for me, sorry.
Sorry, I don't see any blue rays in this image !
The blue line going through the foreground star top right is indeed an artifact.
Not sure if this a merger. The image is just too fuzzy to tell. I'd go for a disturbed spiral ! 😄
Yep, spiral for me as well ! 😄
But it is not a nebula but a real galaxy.
Sorry, the red curved line is just an artfact. You'll see a lot of these in these DECaLS images.
The red line, top right corner, is an artifact. Probably a cosmic ray hit that didn't get removed.
#merger is also a possibility.
Just looking at this image it's impossible to determine if the galaxies are spirals. On the other hand,they both look disturbed. #merger !
Possible #polar_ring
The stripes are just artifacts. 😦
Lovely #merger !
If I squint I can see two tight spiral arms.
So, while these two are probably not merging, the central galaxy is interacting with another one outside of this image !
These two galaxies have different z's but in the zoomed out view you can see another galaxy which has the same z.
#merger for me too !
Very disturbed spiral.
https://en.wikipedia.org/wiki/Polar-ring_galaxy
wiki : A polar-ring galaxy is a type of galaxy in which an outer ring of gas and stars rotates over the poles of the galaxy
No merger possible as the object, top left, is a foreground star from our galaxy.
Not a cluster sorry. The bright white objects are foreground stars from our galaxy. The fuzzy yellow one at the bottom is a galaxy.
The four amber/red spots are probably foreground stars from our galaxy.
Two fuzzy galaxies probably interacting ! 😄
The purple and green line are indeed artifacts.
Or it could just be a line of sight !
Could the red smudge be an asteroid ?
And finally, there is NO way that the foreground stars from our galaxy are in contact with the central galaxy.
But no way to tell if the two stars are really close together or whether t is just a line of sight.
The two objects to the left and the round one to the right are foreground stars from our galaxy.
Just from looking at this picture you cannot tell if the stars are actually close together. It could just be a line of sight.
The bright object with the spikes is a foreground stars from our galaxy. The spikes are an optical artifact called diffraction spikes.
Nope, not a nebula. Just a fuzzy (low surface brightness ?) galaxy !
I'd go for a shadow !
Thanks for participating ! 😄
Sorry, just one galaxy for me.
Sorry, no lensing here. Two spirals interacting. Cool #merger !😄
Just one fuzzy disturbed galaxy for me.
Could be a #polar_ring?
Looking at the zoomed out image (http://tinyurl.com/zo5nkts) those are definitely optical artifacts.
Nope, definitely not a cloud of gas but a real galaxy with millions and millions of stars. The image is very fuzzy though !
The blue blob bottom left is probably another (foreground ?) galaxy.
Sorry, I don't see any gravitational lensing in this image. And the central galaxy is a spiral and these are usually not massive enough.
The central object is not a nebula but a real galaxy. I'd go for edge on disk or spiral.
Merger is a possibility, but so is overlap.
I'd go for #merger ! Both galaxies look disturbed. But it is your call ! 😄
At least two galaxies interacting (maybe 3). Lovely #merger !
Disturbed spiral !
Two fuzzy galaxies. Could be interacting , but the image is just too fuzzy to tell.
The cenral object and the one at 10 o'clock are indeed foreground stars from our galaxy. Nice catch ! 😄
Where do you see arcs ?
The galaxy with the lens is the small one (with an arc at the top of it) at 2 o'clock from the central galaxy.
It could also be a foreground star from our galaxy. Without additional information there is no way to tell.
Merger is a possibility, the central galaxy looks disturbed. But the image is very fuzzy, so your gues is as good as mine !
Gorgeous disturbed barred spiral !
My classification for the central galaxy would be : a disturbed spiral with a noticeable bulge ! 😄
But they do have a similar redshift, so they could be interacting and they look disturbed as well !
Although the central galaxy looks disturbed, both of the galaxies to the right are very far away from it .
It is a lovely image ! 😃
The 'ring' around the bright central bulge is probably two faint and fuzzy spiral ams that fold all the way back to make a ring.
It is a very disturbed (possibly spiral) galaxy.
Both galaxies look disturbed, but the bottom one more so. Two galaxies interacting : lovely #merger ! 😄
The classification arc is used for gravitational lenses. No arc in this image ! 😄
The bright white objects in this image ars foreground stars from our galaxy.
Both galaxies look disturbed. So, merger for me.
possible #polar_ring ?
Lenticular ? A two armed barred spiral with a big bulge, where the two spiral arms fold back to make a ring !
See the comments below : this could be a polar ring !
It is a galaxy, but it is obviously not the Milky Way ! ;D
It could be a cosmic ray hit that didn't get removed. They are relatively common in these DECaLS images.
Looks like a disturbed galaxy. So, #tidal_tails.
Lenses are much more sharply defined. This one is just too fuzzy.
Correct ! Always classify the object in the centre of the image ! 😄
The two objects in the centre are both galaxies. Merger is a possibility.
I'd go for polar ring too. Nice one !
Nope ! Top one is also a galaxy.
Definitely a #merger !
Not sure what you mean by bubbles& there is no dust line in this image.Most of the small round objects are foreground stars from our galaxy.
The pale blue object at 9 o'clock is a foreground star from our galaxy?.
The small round objects to the left and the right of the central galaxy are both foreground stars from our galaxy. No merger here, sorry !
The green line and the purple blocs are artifacts. No need to mark them as weird.
The blue lines are just artifacts. You'll see them quite regularly in these DECaLS images.
Not sure I'd call this one an elliptical. I'd go for a fuzzy spiral with a big bulge. And there are no lenses in this image.
The bright spots are foreground stars from our galaxy, not supernovae, sorry.
The green line is just an artifact. Probably a cosmic ray hit that didn't get removed.
This galaxy has a z (redshift) of 0.122, so that means it is very far away from our Milky Way and Earth ! 😄
The central object is a galaxy. Some of the smaller round ones are foregrond stars from or galaxy.
Looks like it ! 😄 Nice catch !
Two galaxies interacting. Nice #merger ! 😄
Just one disturbed galaxy.
As I've said before : spiral galaxies are usually not massive enough to do this kind of lensing. There are NO lenses in this image.
The tree dots are foreground stars from our galaxy. Not lensed images frof a background galaxy.
Why do you call it a spiral if you can't see spiral arms ? And I don't see any arcs in this image.
The two dots upper right are probably foreground stars from our galaxy. No arcs in this image
The green and the red line are artifacts. Could be cosmic ray hits that didn't get removed.
Wow ! Amazing #merger !
Skyserver saysthe object to the left is a galaxy, but I'm not so sure. Looks like a star to me. So not a merger and not an overlap.
Definitely not an edge on ! Fuzzy spiral for me !
No gravitational lenses in this image, sorry.
No Einstein arcs in this image.
I don't see any gravitational lenses in this image. Nice #merger though ! 😄
No gravitational lenses in this image, sorry. The small objects are probably foreground stars from our galaxy.
Where do you see an arc ?
Fuzzy, disturbed spiral. No gravitational lenses in this image, sorry.
gravitational lenses are not this fuzzy. And spirals are usually not massive enough to do this kind of lensing.
The red star is a foreground star from our galaxy, so there is no way that it can be interacting with the central galaxy.
Oh wow ! What a gorgeous #merger ! 😄
Gorgeous barred spiral ! 😄
Just one disturbed clumpy spiral.
The colored line and the pink spot are just artifacts, sorry.
What white point are you asking about?
I'd go for #merger !
The central object is most definitely a galaxy. And a very disturbed one at that ! 😄
Why would you say this ?
The blue blobs are star forming areas in the galaxy.
Not sure if I would go for irregular. Disturbed barred spiral would be my choice !
The two bright white spots are probably foreground stars from our galaxy, sorry.
The green dot is definitely an artifact.
The green dot in the galaxy at 5 o'clock is an artifact. Possibly a cosmic ray hit.
The "barre" could be a foreground edge on galaxy.
The object to the left is a foregroun star from our galaxy.
It's an imaging artifact.
No lens here, sorry. The central galaxy is heavily disturbed and probably interacting with the spiral at the bottom. Nice #merger !
Yep ! See the comments below ! 😄
The small bright dots are not supernovae but star forming regions in the galaxy.
Sorry, no gravitational lens in this image. The small round dots are foreground stars from our galaxy. Nice chance alignment.
Nope not a nebula, but a real galaxy.
Looks like another galaxy. No way to tell whether it is a foreground or background galaxy without additional information .
Sorry, no gravitational lensing in this image. Spiral galaxies are usually not massive enough to do any lensing ! 😄
The round white object is a foreground star from our galaxy.
The green smudge is probably an asteroid. And I'm not sure I'd call this galaxy an elliptical. The bulge is rather prominent.
I'd go for a barred, two-armed spiral galaxy. The spiral arms are really faint and fuzzy though !
It might look like a binary star system but it is two real galaxies with millions and millions of stars.
The three bright white objects are foregeround stars from our galaxy.
The green spot is an artifact.
The small red dot bottom left, is a foreground star from our galaxy. The red line is indeed an artifact.
Btw, overlap means just a line of sight: so galaxies that appear to be close but are just in the line of sight.
Not sure what you mean by overlap ? Both galaxies are obviously disturbed (and they have the same z) : so, a big resounding #merger for me.
What do you mean with the different colors ?
I'd go for a two armed (maybe barred) spiral with an inner ring.
Not sure why you would call the central galaxy a lenticular. Disturbed spiral for me.
The galaxy to to the right of the central one seems to be a background galaxy. Anyway, a lovely three-way #merger ! 😄
I think he means the yellow object at the bottom. It's a foreground star from our galaxy.
#merger for me ! 😄
That is defintitely a possibility ! Nice catch !
It's a fuzzy galaxy, You could go for disturbed spiral or either an irregular.
The object int he centre is a disturbed galaxy, probably interacting with the small edgeon to the right. Nice #merger !
An amazing disturbed galaxy.
See the comments below, it is a real galaxy ! 😄
Yep, we tag these 'faulty' images with #wrong_size
The fuzzy thingies at the bottom are just optical artifacts. See the zoomed out image.
Nope, it is probably just a foreground star from our galaxy.
Not a galaxy pulling itself together (how could that be), but a galaxy disturbed by another galaxy.
Yep, irregular for me too !
Two galaxies interacting. Nice #merger.
Looks like a #ringed galaxy to me : a two armed spiral galaxy, where the arms fold back to make a ring.
The blue smudge at the bottom is probably an asteroid.
Simply amazing ! 😄
#dailyzoo (again)
The red line is just an artifact. Probably a cosmic ray hit that didn't get removed.
But they could just as well be far away galaxies.
The fuzzy red/round objects could be foreground stars from our galaxy
Lots of red objects in this image ! 😄 The red line is just an optical artifact.
More like a disturbed spiral galaxy to me ! 😄
Sorry, I didn't see the comment from May, but the bright blue object , top right, is indeed a foreground star from our galaxy.
If you think it has a bar, it cannot be an elliptical. Ellipticals are smooth and featureless.
What about a disturbed fuzzy spiral galaxy?
They both have a z = 0.048 and they both look slightly disturbed. #merger for me.
Yep, the central galaxy is a barred spiral.
Yep, definitely a spiral ! 😄
The small round object to the left is a foreground star from our galaxy, so it is a juxtaposition décalée (just a line of sight).
The black spot is an optical artifact.
That is just not possible. It is a line of sight.
It's just a line of sight. The star is a foreground star from our galaxy and the central galaxy is very, very far away.
Not much distortion visible in either galaxy. It could just be a line of sight.
It could very well be a spiral, but if you see no features, click on smooth.
The central object is a spiral galaxy. The mauve line is an artifact, probably a cosmic ray hit that didn't get removed.
Sorry, not a pulsar. The central galaxy could be a possible polar ring galaxy or it could be interacting with the smaller one at the bottom
Sorr, not a comet, but a fuzzy irregular galaxy with an active star forming region (the blue area at the bottom)
Nope, not a supernova, but a foreground star from our galaxy.
Where do you see a voorwerpje ? The central object is a fuzzy galaxy.
According to Skyserver the lower bright round object is a galaxy, but it and its companion look like a foreground stars to me.
The central galaxy looks already disturbed, so it is interacting with the two on the left.
The red line is an artifact, probably a cosmic ray hit that didn't get removed.
Disturbed barred spiral for me ! 😄
Three galaxies, probably interacting ! Nice #merger ! 😄
Nope not a nebula. This is a real galaxy. And the tiny blue line at the bottom is an artifact.
Artifact, sorry !
Just that : artifacts ! 😄 Probably a cosmic ray hit that didn't get removed completely.
Not an explosion (and not a lens either). Two galaxies interacting. Nice #merger !
Not an explosion. It's two galaxies, but the image is a bit fuzzy . So it is not clear if they are interacting or just appear to be close.
the object in the centre of the image is a real galaxy. But the color is not real. Looks like a filter problem.
Yes, definitely a spiral galaxy. Why couldn't you classify it as a spiral ?
No gravitational lens in this image, sorry.
The two small round objects are probably foreround stars from our galaxy.
Sorry, I don't see a gravitational lens around the central galaxy..
@elsie22 : definitely a face on barred spiral galaxy .
Every classification is valuable !😄
I can live with that classification! ;D
I don't think your house is big enough ! 😄
The small round object is probably a foreground star from our galaxy.
So, no merger possible.
Not sure, could be a foreground edge on galaxy.
I'd go for a barred disturbed spiral seen face on with two faint and fuzzy arms.
It's two galaxies interacting. Nice #merger !
Not a gas cloud but a severely disturbed galaxy.
Very disturbed galaxy. Not sure if it is a spiral.
There appears to be two cores in this mess. #merger for me.
The image is just too fuzzy to tell ! I'd go for no dustlane, but it is your call ! 😄
I'd go for a fuzzy two armed spiral , where tehe spiral arms fold back to almost make a ring !
Nope, not a cloud, but a real (fuzzy) galaxy with billions and billions of stars ! 😄
I just see one (very disturbed) galaxy, so no merger for me.
It is a fuzzy image, so it is not easy to see any disturbances. I'd go with overlap myself.
Lovely artifacts. See the zoomed out image : http://tinyurl.com/jp7bprh
And here in GZ we only use overlap for galaxy/galaxy overlaps.
I'd go for a loose two-armed barred spiral. The small round objects in this image are foreground stars from our galaxy.
No dustlane in this galaxy for me;
No idea why you would think this could be an edge on ! 😮
And you cannot see the bar in an edge on galaxy, because it is seen edge on.
Isn't it just ! What a gorgeous image ! 😄
Definitely not ! At these distances it is not possible to see individual stars in other galaxies, let alone individual planets !
Or disturbed spiral/disk galaxy seen edge on ?
#wrong_size, but what a gorgeous #merger ! 😄
Artifacts!
The green line and purple dot are (sadly) just artifacts ! 😄
Do you have a spectrum ?
Barred spiral for me, maybe slightly disturbed.
Language ! 😄
The bright object, top right, is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
The central object is an irregular galaxy.
The small round object, left bottom corner, is a foreground star from our galaxy.
Looks like it. Lovely #merger
Green line = cosmic ray hit.
Cosmic ray hit.
The green dot is probably an asteroid.
the green line is an optical artifact.
The central object is a fuzzy (spiral ?) galaxy. The brown line is an optical artifact.
The thin line is an optical artifact. A cosmic ray hit that didn't get removed.
The purple dot and green line are optical artifacts.
It's a barred lenticular. A disk galaxy without spiral arms.
The central galaxy is a disturbed spiral. The brown stripe is a disk or spiral galaxy seen edge on.
The bright yellow object at the bottom is a foreground star from our galaxy. The color is not real .
It's a fuzzy galaxy. I'd go for irregular;
The green line is just an artifact.
See here : https://talk.galaxyzoo.org/?_ga=1.4086073.843820593.1448100173#/boards/BGZ0000005/discussions/DGZ0000lv2 😄
z = redshift. It is used to measure the distance of objects.
It's a disturbed barred spiral galaxy.
fuzzy #merger
This is a beauttiful barred spiral galaxy with an inner ring and two fuzzy spiral arms that almost make a ring. #ringed galaxy.
It's a foreground star from our galaxy according to Skyserver.
#merger for me.
Please ! The green 'rays' are just optical artifacts. Nothing more !
The black spots are just artifacts. Sorry, nothing special.
I'm looking very hard but I can't see a dustlane in this image !
It's possible that both these galaxies are inteacting. #Merger in porgress?
All mergers look bizarre ! ;D
No gravitational lensing in this image and most of the small round objects are foreground stars from our galaxy.
No gravitational lensing in this image.
The central galaxy is indeed a spiral and these are usually not massive enough to do any lensing.
Just one galaxy here for me. The small round one at the bottom left is a foreground star from our galaxy.
Sorry, no Einstein cross in this image
The central galaxy is a fuzzy spiral. Sorry, no gravitational lensing or merger in this image.
PS : The "ray"is an optical artifact. It is a diffraction spike (Tx wiki : https://en.wikipedia.org/wiki/Diffraction_spike)
Sorry, but the star (right) is a foreground star from our galaxy, so it is completely IMPOSSIBLE for it to interact with the central galaxy
I see a fuzzy, disturbed spiral in the SDSS image.
This happens when galaxies are gravitationally interacting. Nice #merger and tidal debris! 😄
See the comments below ! 😃
Yep, inner ring for me too ! As for the number of spiral arms : just give it your best shot ! 😄
Not sure about a pseudoring. The galaxy is seen almost edge on !
I know what you mean !
Probably a satellite trail.
Not so much an edge on but a bar in an otherwise fuzzy galaxy.
Both the colored lines are just artifacts. (sorry ! )
Erm, no ! The central object is a barred spiral galaxy. The small round objects are all foreground stars from our galaxy.
Disturbed spiral or disk seen edge on.
Spiral with an inner ring.
The colored stripe is an optical artifact partially obscuring the foreground star from our galaxy
The green object is indeed a foreground star from our galaxy, but the color is not real. The green line is just an artifact.
Two-armed barred spiral for me as well. The blue dot could be a foreground star from our galaxy or else a star forming area in the galaxy.
Fuzzy spiral seen nearly edge on.
It's a two armed barred spiral for me. The two spiral arms fold all the way back to form almost a ring.
#ringed
Not a nebula, but a barred spiral galaxy with very fuzzy and faint spiral arms.
it's a very disturbed galaxy. It's interacting with another galaxy (See the zoomed out view.). Gorgeous #merger ! 😄
http://legacysurvey.org/viewer?ra=188.93184083828135&dec=-0.22381154080831506&zoom=14&layer=decals-dr2
Yep ! Nice one ! 😄
Nope, not a nebula. It's a two-armed spiral galaxy.
It is your call !
Both galaxies look fairly undisturbed, so I' d go for overlap. But it is your call ! Just give it your best shot.
Nice chance alignment and definitely no lensing in this image(sorry).
Most of the small objects apparently surrounding the large galaxy in the centre are foreground stars from our galaxy.
That really looks like an artifact. Almost nothing to see on Skyserver apart from some weird pixels. Artifact for me.
That is just an optical artifact, sorry! Nothing special !
The dark horizontal line is just an optical artifact.
Nope, sorry !
The central galaxy does not ook disturbed, so no merger for me. Just a chance alignment.
The central galaxy is a disk or spiral seen edge on. The one at the bottom right is a fuzzy nondescript galaxy.
Nice chance alignment of background galaxies and foreground stars.
I think it is safe to say that none of the small objects are connected to the central galaxy.
Both galaxies look disturbed, so they are probably interacting.
Looks more like a disk or spiral seen edge on to me. And no dustline here, sorry.
I really wouldn't call this one a spiral. Looks smooth and round to me & probably interacting with the smaller one at the top. Nice #merger.
Definitely a bar here for me ! Nice catch ! 😄
Nope ! It's a real (but very fuzzy) galaxy.
But it is a real galaxy with lots of stars in it. The yellow dot at the top is a foreground star from our galaxy.
Click on "Galaxy Zoo examine" under the image and then on "DECaLS Skyviewer" to the right. 😄
That is not a jet but probably a background galaxy. The spectrum identified it as a QSO.
QSO= Quasi Stellar Object or Quasar.
See wiki : https://en.wikipedia.org/wiki/Quasar
Gorgeous #merger
I'd just tag this image as #wrong_size ! 😉
Sorry, I don' see a lens in this image.
Yep! #merger for me ! Nice catch ! 😄
The bright round, white objects are foreground stars from our galaxy.
No gravitational lens/arc here. The fuzzy area around the central bulge could also be two spiral arms folding back to make a ringed galaxy.
A very fuzzy barred (maybe) spiral galaxy for me ! 😄
The bright spots are probably foreground stars from our galaxy.
So sorry, but those black spots are just artifacts!
You could go either way. It is your call ! 😄
Both galaxies look disturbed and they have the same z, so #merger it is ! 😄
The central galaxy is definitely disturbed and both galaxies have roughly the same photoz, so merger is a possibility.
Erm, here in GZ we only say it is an overlap, if it is a galaxy/galaxy overlap. Foreground stars from our galaxy don't count as overlaps.
Maybe it is a disturbed spiral or else it is a very disturbed elliptical. It is your call ! 😄
A beautiful two-armed barred spiral where the arms fold back to almost make a ring.
Gorgeous image.
Hi soju77
The green line is just an optical artifact.
The central object is a disturbed barred spiral. The small white round objects are foreground stars from our galaxy.
Disturbed spiral ! 😄
The bright round object to the right of the centre of the galax is a foreground star from our galaxy.
Oh my word, what a gorgeous #merger ! 😄
See this (SDSS) zoomed out image : http://tinyurl.com/jnxpmzo
The coloured lines are just artifacts (sorry!).
I'd go for a disk or spiral galaxy seen edge on.
The central object is a fuzzy and very disturbed spiral galaxy.
Merger is a possibility but without some cold hard data (redshifts) there is no way to tell for sure ! Just give it your best shot !
And the object at 3 o'clock is a foreground star from our galaxy, so a merger is just impossible.
The red line could be a satellite trail but it could also be a cosmic ray hit.
Yep, fuzzy spiral for me as well. And just give it your best guess as for how many arms there are.
The blue clumps are probably star forming regions in the galaxy.
Oh wow ! What a gorgeous #merger ! (definitely not an overlap ! 😄 )
The red line is just an optical artifact and can safely be ignored ! ;D
The purple straight line and the red squigly one are both optical artifacts.
The central object is a disturbed galaxy. The round white object, bottom right, is a foreground star from our galaxy.
The straight colored lines are optical artifacts and can be ignored. Sorry, nothing spectacular !
The white circular blobs are foreground stars from our galaxy, so no merger possible with the central galaxy.
The 2 galaxies in the centre look like they are interacting,so a #merger for me.But they are overlapping the edge on in the back.Cool find!
Both the purple rectangle and the green stripe are artifacts.
The bright white objects are foreground star from our galaxy. The green smudges are artifacts.
The two galaxies in the centre are heavily disturbed. They are clearly interacting. Nice #merger. 😄
Yes, that is a foreground star from our galaxy.
Don't think this is a merger. The small round object to the left is probably a foreground star from our galaxy.
Always classify the object in the centre of the image. But here the software got confused. I'd classify this one as star/artifact.
All the small round objects in this image are stars from our galaxy.
If you think it has a ring and a bar it cannot be an elliptical. Ellipticals are smooth, meaning that they have no features whatsoever !
Sorry, definitely not an elliptical ! I'd go for a barred two-armed spiral with a big bulge.
The central object is a galaxy, but the small round one to the left is a foreground star.
Or disturbed spiral.
The purple and yellow lines are optical artifacts.
A very disturbed spiral galaxy ? 😉
What does "tide bleach" mean ?
Nope not a comet as it is visible in the exact same location in SDSS.
See : http://tinyurl.com/jl52z8q . Could this be a #voorwerpje ?
This is not a dust cloud but a real galaxy. 😄
The central large objects are galaxies interacting. Nice #merger.
The small round dots are foreground stars from our galaxy.
Nope ! Definitely not a lens. It is a very disturbed spiral galaxy ! 😄
Definitely not ! The central object is probably a galaxy, but the two bright ones to the right are foreground stars from our galaxy.
Two ellipticals, probably merging. And why would you mention rings ? Do you see rings ? I don't !!!
I'd go for a ringed galaxy, meaning a spiral galaxy where the two arms fold back to make a ring.
The small round object to the right is probaby a foreground star from our galaxy. So, no merger possible, whatsoever ! 😄
You should always classify the object in the centre. So, great job!
As for the bright object , that's a foreground star from our galaxy.
Not sure what you mean by that. The central object is a very disturbed barred (spiral ?) galaxy.
A fuzzy and disturbed barred spiral with a foreground star .
Definiteley not an elliptical galaxy.
A very nice loose two-armed spiral galaxy ! /D
The round orange one at the bottom is a foreground star from our galaxy and here in GZ we only use the # overlap for galaxy/galaxy overlaps.
What fo you mean with 'nest' ?
Lots of other people will classify this same image and in the end our combined classification will be spot on ! 😄
Sorry, Mariod.dbf, you cannot change a classification. But don't worry.
Looks like it is the edge of a ccd chip.
Very disturbed spiral. In the zoomed out view you can see that it is interacting with another galaxy..
Definitely not a Voorwerp (far too massive). The central object has a pea like spectrum. So, for me an #overlap.
I'd probably go for four arms, but it is your call ! ;D
Just one (disturbed) spiral galaxy for me.
And two-armed spirals are quite common.
just an artifact; sorry ! 😄
The two objects in the centre of the image are not stars but galaxies, probably interacting !
Always classify the object in the centre of the image
Disturbed spiral. #tidal_tails
The red streaks are artifacts. They are quite common in these DECaLS images.
I'd go for a very disturbed one-armed spiral.
??? This doens't sound very scientific, sorry !
No, not a comet, but a very (very) disturbed spiral galaxy ! 😄
Two galaxies interacting. Nice #merger !
Both galaxies are so very disturbed. #merger for me ! 😄
The bright white object,bottom right,is a foreground star from our galaxy.& here in GZ we only use the # overlap for galaxy/galaxy overlaps.
Neither, sorry. The central galaxy is a very disturbed spiral.
Both small round objects are foreground stars from our galaxy. Here iin GZ the # overlap is only used for galaxy/galaxy overlaps.
See this thread : https://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Correct ! And it looks iike they are interacting.
Or barred lenticular ? 😄
The galaxy is a disturbed barred spiral. But zooming out there is not an obvious culprit in sight. Could be the result of a fly-by.
Both galaxies are clearly interacting.
Two spirals interacting. Nice #merger
The round white object in front of the galaxy is a foreground star from our galaxy.
The red line is sadly just an artifact.
That is probably a satellite trail.
The purple dot is an artifact.
Happy huntig ! 😄
Could be a #merger. Both galaxies have near identical redshifts.
It's a barred two-armed spiral seen face on. The 'circle' are the two spiral arms.
If it is a disturbed spiral it is bound to have tidal tails ! 😄
Not sure what you mean ?
I'd go for a disturbed barred spiral ! And why would you say that this galaxy doesn't have a centre ?
The purple and green bar is just an artifact. Not sure what you mean by the black dots, sorry !
There are at least two galaxies in the centre of the image, but the image is too fuzzy to tell if they are interacting. No dustlane here.
Correct ! Even in the non-inverted image you can see spiral arms.
No lensing for me, sorry. The galaxy to the right is a disturbed edge on.
i'm going for spiral.
Or a disturbed barred spiral.
Nice tidal tails ! 😄
Just one galaxy for me. No merger here.
That green and purple line is just an artifact. Sorry !
The red line is an artifact. They are quite common in these DECaLS images.
http://skyservice.pha.jhu.edu/DR9/ImgCutout/getjpeg.aspx?ra=183.80484663&dec=20.66040157&scale=0.79224&width=512&height=512&opt=&query=
Here it is in all its glory : NGC 4204
Erm, no. Just a slightly disturbed spiral galaxy for me.
Woohoo ! Nice catch !
Tx Kwillett ! 😄
Definitely not. Both objects are galaxies.
With these ellipticals it is very diffifult to say if they are just overlapping or if they are interacting. I'd go for #merger.
Overlap is a possibility, but the central galaxy looks disturbed, so #merger is also one ! 😄
I'd probably go for two interacting galaxies with features (as opposed to ellipticals). But hat a gorgeous #merger ! 😄 ! Nice catch !
Wow ! Nice catch ! This galaxy has a very active centre ! And there is lits of tidal debris as well !
The object in the centre is indeed a foreground star from our galaxy. But 99% of the people classifying this image will go for edge on ! 😄
Probably,but the core is offset to one side,so a disturbed spiral for me ! 😄
Amazing #merger ! Thanks for pointing this out ! 😄
Ooh ! Gorgeous #merger !
Have fun and happy hunting ! 😄
Sorry, no gravitational lens visible in this image .The 'arc' at 10 o'clock has the wrong curvature.
The pink dot is probably a foreground star from our galaxy.
Not sure this is an elliptical. I'd probably go for disturbed lenticular with a dominant bulge.
Very (very ! ) disturbed spiral.
You could go for disturbed spiral.
The colour seems like an artifact. No idea how , but just a hunch.
No lensing in this image sorry. The red 'arc' is just an optical atifact.
#wrong size.
I'd go for a disturbed disk or spiral galaxy with a dustlane.
Both galaxies look completely undisturbed. No merger here.
The bright white round object is a foreground star from our galaxy.
The three dim objects at the top are probably foreground stars from our galaxy.
The bright round thing in the centre of the galaxy is the core of the galaxy whare the stars are closer together.
That is probably a faint satellite trail.
Two galaxies interacting. Beautiful #merger ! 😄
Most of the small round objects in this image are foreground stars from our galaxy.
Not sure if these galaxies are interacting. Not much distortion visible. No merger for me.
I just see one galaxy in the centre. Most of the small round objects are foreground stars from our galaxy.
Definitely no lensing in this image ! 😄
I think it is just a chance alignment of pixels. Doesn't look like anything real, (sorry)
See this : http://tinyurl.com/hoy6562 and the link in the comments below. Seriously, words fail me ! Amazing #merger ! 😄
For me, it is just one barred spiral galxy. The bright round object at 6 o'clock is probably a foreground star from our galaxy.
A disturbed (barred ?) spiral with tidal debris.
Not sure these two galxies are interacting. The image is very fuzzy and there are no visible signs of interaction.
Three galaxies probably interacting. Nice #merger ! 😄
That is ,unfortunatel, just an artifact !
Don't think so. The central object is possibly a spiral and these are usually not massive enough to do any lensing.
A barred two-armed spiral. And you're right : the arms are very faint and fuzzy.
The two white/turqoise objects to the left are foreground stars from our galaxy. The colors are not real (artifacts)
What a beautiful mess ! 😄
I'd go for features - not an edge on - no bar - no spiral - no bulge - other : irregular.
Yep ! Bar for me too.
The red object to the left is a foreground star from our galaxy. And here in GZ we only use the # overlap for galaxy/galaxy overlaps. Tx !
😄 The dustlane is very real though ! Nice catch !
And the central galaxy does not look massive enough to do this kind of lensing.
No lens in this image. The 'arc' is too far removed from the supposedly lensing galaxy.
That weird line is sadly just an artifact !
Yep, definitely a galaxy. You could go for irregular.
Two cores, so two galaxies merging ! 😄
And spiral galaxies are usually not massive enough to do this kind of lensing.
Neither of the galaxies look ellipticals to me. Disturbed spirals.
The central object is indeed a spiral. The object top left is an overexposed foreground star from our galaxy The colours are not real.
Arc in GZ means a gravitational arc, so definitely not an arc. Disturbed spiral for me.
I'd probably go for merging. The central galaxy looks disturbed. But it could just a s well be an overlap. It is your call! 😄
I'd go for disturbed spiral with a noticeable bulge.
Looks like a filter problem to me.
Not sure about spiral or bar. I'd go for two ellipticals merging.
Very disturbed galaxy ! Beautiful ! 😄
First of all : #wrong_size.
But even so, lovely #merger ! 😄
No merger here for me ! But hey, it is your call! ;D
One of the 'cores" could be a foreground star form our galaxy. No merger here for me ! ;D
More like a slightly disturbed spiral fo me.
Erm, no ! Definitely not an overlap since it is a foreground star overlapping the central galaxy!
Definitely a #merger for me with tidal debris. No lensing here !
The object at the bottom is a foreground star from our galaxy. And here in GZ we only use the # overlap for galaxy/galaxy overlaps.
The central galaxy looks disturbed but the one at the bottom doesn't. No merger for me, but it is your call ! 😄
The bright round object is a foreground star from our galaxy, so neither !
The object top left is a foreground star from our galaxy. No merger here !
Looks like two galaxies interacting. The cenral one is a disturbed spiral .
Check it out on DECaLS : http://tinyurl.com/zfbp8tj ! 😮
The central object, which you are supposed to classify, is a barred spiral galaxy.
I'm thinking it is two galaxies merging and one foreground star from our galaxy. Still an impressive #merger ! 😄
Ooh, look at the two,informed, classifications ! 😄 And both of them are okay, just give it your best shot ! 😄
There are no tips , so this is probably a smooth/in between galaxy
Wow! #dailyzoo ! 😄
I'd go for a barred two-armed spiral where the spiral arms fold back to make a ring.
A bit too fuzzy and not much obvious distortion, so no merger for me. But it is your call ! 😄
Probably a #merger ! 😄
Or a barred lenticular ?
With distortions like this #merger is a safe bet ! 😄
The central object is a small disk or spiral galaxy seen edge on. So, no lensing in this image.
The large object is not a dustcloud but a galaxy with billions and billions of stars.
Yes, it looks like two galaxies interacting. Nice #merger.
I'd probably go for merging ! 😄
Congrats and happy hunting! 😄
The red lines and weird stuff are just artifacts in these DECaLS images, sorry ! 😄
Sorry, the bright round object , top left, is a foreground star from our galaxy. So no merger possible !
Most definitely ! Gorgeous #merger ! 😄
They both have similar z's, but there is not much distortion visible. But merger is still a possibilityy.
The green line is an artifact. They are quite common in these DECaLS images.
The red line is an artifact.
Not sure what the problem is? For me this is probably a fuzzy spiral.
Correct. The red line is indeed an artifact.
The spiral classification has already been recorded in the original GZ classification.
Anyway, happy hunting !
Yes, you are very good at tagging spirals. But do you realize that your exra tagging does not have an added value ?
Where is the star ? 😮
Really nice #merger ! 😄
The central galaxy is probably interacting with the galaxy to the left. This is(for me)a first where both #overlap and #merger are correct!
Yep ! Or some of the 'clumps' could be foreground stars. (I'm looking at the one at half past 8 just to the left of the centre)
The green spots and beam are just optical artifacts.
I'd probably go for two galaxies interacting.
Always classify the object in the centre of the image. So here that would be the small edge on galaxy.
Nice ! 😄
The central object&the one to the right are both galaxies.The orange round one &the bright white ones are foreground stars from our galaxy.
Nice #merger too !
The object in the centre of the image is a galaxy. The one to the right is probably a foreground star from our galaxy.
See the comments below : the purple line and dot are both artifacts.
I'd go for disturbed spiral, but it is your call !
Just one disturbed galaxy in this image.
The central galaxy is certainly very disturbed, but the little black spots are just optical artifacts, sorry ! 😄
The image is a bit fuzzy but a three way merger is certainly a possibility.
So sorry, but the blue line is just an optical artifact !
Yep ! Sometimes the software makes a mistake. Just classify ths one as star/artifact and move on to the next image ! Happy hunting ! 😄
The bright white object in the centre of the image is a foreground star from our galaxy. So no merger here.
Out of focus stars from our galaxy. Lots of filter and imaging problems.
Two galaxies, probably interacting looking at the distortions! 😄 #merger for me.
Could be a merger, could be an overlap.
Two fuzzy spiral arms.
Yep ! Looks like artifacts to me.
Lots of interaction going on. Nice #merger
Two galaxies interacting. #merger
Wow ! #merger
Beautiful #merger
The object at the bottom is a foreground star from our galaxy. So there cannot be any interaction betwen it and the central galalxy.
If you see three arms, you should mark that.
Oh yes ! 😄 #merger
Fuzzy barred spiral for me.
The central object is a very distuberd spiral.
No disturbances visible, so not sure about a merger here.
The weird line and dead pixel are just artifacts ! 😦
The green and purple stripe is an artifact.
Just artifacts.
Est-ce que tu peut reformuler ça? 😄
Correct ! The colored lines are just optical artifacts.
Not sure this is a merger. The one in the centre looks like a foreground star to me.
Very, very, very disturbed spiral. ;D
Those two bright objects at the bottom are foregound stars from our galaxy !
RA and dec are located top left, under Search By. That way you can check Skyserver, NED and SIMBAD
As a work around : take a note of the RA and Dec and put them in one of the older pics (eg http://tinyurl.com/zf25jmc)
Looks like just one galaxy, so I'd go for disturbed.
I'd go with foreground star. Not a merger for me.
The round one to the right is probably a foreground star from our galaxy. So, no merger here.
The bright white round object is a foreground star from our galaxy. The 'distortion' is just an optical artifact (i.e. not real)
I'd go for merger, since both galaxies look disturbed.
With elliptical galaxies it isn't always easy to see if they are interacting. But a couple of them look disturbed, so merger for me as well.
Most of the objects around the central galaxy are foreground stars from our galaxy. So there is no interaction possible whatsoever ! 😄
At least two galaxies merging ! Impressive ! 😄
Sorry, no. That is just an artifact.
The small round objectto the left is a foreground star from our galaxy, so no interaction possible between it and the galaxy in the centre.
Yep ! Nice catch! 😄
Loose, two-armed spiral with a big bulge and a dustlane.
Dustlane for me as well !
The central object is most definite a galaxy ! The black dots are just optical artifacts ! . No need to mark thel.
Please, be more specific. What do you think is an artifact in this image?
If you can see features it is most definitely not an elliptical galaxy. I'd go for a spiral with two fuzzy/faint spiral arms.
Three galaxies merging ! Nice catch ! 😄
Congrats ! You found an asteroid ! 😄
@iTz4theWorld
That is up to you. If you think you see tidal debris, you should mark it.
You can have a spiral galaxy with tidal debris. This just means that the galaxy is disturbed by another galaxy.
Actually, in this image, the central object is a foreground star from our galaxy. So, the correct answer is star/artifact.
First of, I don't think these two are merging. And second : you don't have to click on any of the options.
The colours, spikes and weird centre are all optical artifacts.
The colorful spiky object to the left of the central galaxy (which you are supposed to classify) is a foreground star from our galaxy.
Lots and lots of imaging and filter problems. 😄
But is is definitely a galaxy ! 😄
But my guess is that most people will classify the galaxiesbehind it. So the classifications will be all over the place ! 😄
Always classify the object in the centre of the image.Unfortunately here this is a forground star from our galaxy.
Not sure if they are merging. The one in the centre looks a bit disturbed, the one to the left doesn't. It could just as well be an overlap
Two ringed galaxies (spiral galaxies where the two arms fold back to make a ring).
The purple dot and purple line are just optical artifacts.
Or #lenticular ?
They both look slightly distured and they have the same z, so #merger for me.
Ooh ! Nice one ! 😄
I alerted the science team to this ! 😄
Lenticular galaxies are sometimes called "armless spiral galaxies." Lenticular galaxies have a central bulge, but no spiral arms.
Quote from SDSS site: http://cas.sdss.org/dr2/en/proj/basic/galaxies/lenticular.asp
I'd go for a two-armed barred spiral.
All the objects in this image are stars from our galaxy, but the colors are not real. Did you get this image to classify today ?
This is a star from our galaxy, but there are a lot of filter and imaging problems. The colors are not real.
The black dot is an optical artifact caused by oversaturation.
It's an artifact.
The blue/black bar is an optical artifact caused by oversaturation.
Maybe merger, maybe not. These ones are very interesting because they will generate a whole lot of different classifications 😄
Tout a fait ! 😄 (Yep, definitely a barred spiral)
LOL ! We aim to please ! 😉
http://www.oxforddictionaries.com/definition/english/artefact 😄
The 'purple thing' ( 😉 ) is an artefact.
Not an edge on for me.
A very disturbed spiral for me. Probably merging with the little one at the bottom.
No gravitational arc in this image, sorry !
Looks like it !
See the comments below, it is a foreground star from our galaxy.
Possibly.
Have you looked at the zoomed out image ? Definitely a #merger ! 😄
I'd probably go for two very disturbed spiral arms.
The bright object to the left is a foreground star from our galaxy.The blue bar in the centre is an artifact caused by oversaturation
The bright object in the left corner is a foregeround star from our galaxy. Nothing special, sorry ! 😄
Both the spikes and the 'red cloud' are just optical artifacts ! 😄
The star is a foreground star from our galaxy, so it is impossible for it to have any effect on the (very, very far away) galaxy.
Slightly disturbed spiral ?
The central object is not a galaxy but a foreground star from our galaxy. (Sometimes the software does make a mistake ! 😉 )
Looking at the distortions in both the galaxy, it is definitely a #merger.
Skyserver says it is a galaxy, but it looks like a foreground star to me.
Nope, the central oject is definitly a galaxy. Probably merging with the larger one to the bottom right.
Could be an overlap ! 😄
Most of the small white dots are probably foreground stars from our galaxy.
But the star is a foreground star from our galaxy, so it cannot be the cause of the disturbance ! 😄
Sorry, that is just not possibe. The distances are just too great.
Nope ! Starburst.
Looks like it, yes.
See the comments below. The red line is a satellite trail.
The bright round objects in this image are foreground stars from our galaxy.
Not stars but galaxies merging.
In this case, just click star/artifact ! 😄
Just classify as star/artifact and move on! 😄
#wrong_size (as well ! )
The bright object bottom right is indeed a foreground star from our galaxy.
Please, always classify the object in the center of the image, even if it is the most boring one. 😄
Disturbed barred spiral.
Spiral for me too !
Looks like a fuzzy two-armed barred spiral to me.
Could be an overlap.
Both the objects in the center are foreground stars from our galaxy.
Merger is a possibility.
The black spot and the pink ray are both artifacts.
That is a diffraction spike (optical artifact)
The object in the center of the image is a foreground star from our galaxy. The colors, spikes and black bar are all optical artifacts.
Barred spiral for me too ! 😄
Always classify the object in the centre of the image. But here star/artifact is the correct answer ! 😄
#wrong-size
The purple thingy, bottom right, is indeed an optical artifact. No dust here ! 😄
The orange object at the bottom is probably a foreground star from our galaxy.
No need to tag stars as they are of no importance.
Thanks for participating and happy hunting ! 😄
What about a barred spiral ! 😄
Nope ! Here in GZ we use the hashtag overlap only for galaxy/galaxy overlaps !
Or disturbed ! 😄
Nope ! Probably a foreground star from our galaxy in the line of sight !
Probably star forming areas in the galaxy.
The green bar is (unfortunately ! 😉 ) just an optical artifact.
The bright greenish/white object is a foreground star from our galaxy (btw, the colors are not real !)
Please only use the hashtag overlap for galaxy/galaxy overlaps. Tx ! 😄
The bright object, bottom left, is a foreground star from our galaxy and the blue dot is just an optical artifact.
Please, only use the hashtag overlap for galaxy/galaxy overlaps.
If you think it has a ring , it cannot be an elliptical. Ellipticals are totally featureless.
A fuzzy galaxy. Not much more to tell about it ! 😄
Yep !
Unfortunately, it is just that : an optical artifact. It happens ! 😄
It's two galaxies, probably interacting. No dustlane here.
The central object in this image is a foreground star from our galaxy. The colors, white spikes & blue/black bar are all optical artifacts.
That is just an artifact ! You can see quite a lot of them in these DECaLS images.
No gravitational lensing in this image. It is two galaxies interacting. Gorgeous #merger !
But here you can safely click star/artifact ! 😄
Without additional information (redshift) impossible to tell if these galaxies are actually close or if this is just a line of sight.
The three round objects are foreground stars from our galaxy. Nice chance alignment ! 😄
The object top right could be a foreground star from our galaxy.
The round object in the centre is not a foreground star from our galaxy but another galaxy overlapping the other galaxy.
The red lines are not jets but just artifacts.
Without additional information no way to tell if it is another galaxy or a foreground star from our galaxy.
That is just an artifact (unfortunately ;D ).
Again two galaxies interacting.
Probably two galaxies interacting.
Software glitch. Just click star/artifact and move on to the next image ! 😄
Probably a satellite trail that got partially removed.
Wow, This is a picture perfect image of an edge on !
Stunning is the word ! 😄 WOW !
Here in GZ we use the hashtag overlap exclusively for galaxy/galaxy overlaps !
While techincally the foreground stars are overlapping the galaxy this is not an overlap.
I'd go for a barred, two-armed spiral, where the spiral arms fold back to make a ring.
Sorry, gravitational lenses/arcs are much more defined. This is a fuzzy, disturbed spiral galaxy.
No ring for me sorry !
Not sure if I'd mark this one with a bulge though ! Looks pretty bulgeless to me.
The little black spot is just an artifact.
Not possible! The star is a foreground star from our galaxy, so no interaction possible with the central galaxy.
Nope ! The star is a foreground star from our galaxy, so it is NOT possible that the star & the galaxy are interacting. Just a line of sight
I'd go for a disturbed loose two-armed spiral.
Software glitch. Just click star/artifact and move on to another image.
The central object is a foreground star from our galaxy. The colors, white spikes and blue bar are all optical artifacts.
According to Skyserver (SDSS) this is a foreground star from our galaxy.
Correct ! The central object is a foreground star from our galaxy.
No jet here, definitely an artifact (sorry)
Nice find ! x 😄
Two galaxies, definitely disturbed ! 😄
Not sure about the dustlane, sorry.
Or a fuzzy spiral ? 😉
Just looking at this image, I'd say no merger.
The clumps are probably starforming areas in the galaxy.
As for seeing the bigger picture : click on Galaxy Zoo examine and then on DECaLS Skyviewer and voila ! 😄
No obvious interaction visible, so not a merger for me.
Great pic ! 😄
But, please, always classify the object in the centre of the image !
Just one galaxy for me.
Not sure this is a merger. Could be just line of sight.
merger for me as well.
Both galaxis have the same redshift and both look disturbed, so I'd go for #merger .
The object int he centre of the image is a forground star from our galaxy. The two galaxies appear to be interacting.
The object at the bottom is indeed a foreground star from our galaxy.
Just a thank you @bluemagi for consistenly tagging images with #wrong_size ! x 😃
Or probably two disturbed arms ? 😉
The bright object in the centre is probably a foreground star fom our galaxy. No merger, no overlap and no supernova , sorry ! 😄
Not sure what you are referring to.
The object with the blue centre to the right is a foreground star from our galaxy. The colors,spikes&coloured centre are optical artifacts.
Nope, definitely not a star ! The central object is a fuzzy galaxy.
I wish ! 😄 The central object is just a bright star from our galaxy. The colours, spikes & pink/purple spike are all just optical artifacts
The bright blob at 11 o'clock is probably a foreground star from our galaxy.
See the comments below : nice merger 😄
The central object is a foreground star from our galaxy. The white spikes, colors&big dark bar through the centre are all optical artifacts
The green lines are (sadly) just artifacts ! 😄
Not a jet, sorry. It could be a #polar_ring.
Neither ! It is just an artifact (sorry) !
Definitely not a smooth galaxy. I'd go for for a fuzzy/disturbed two armed spiral.
A very fuzzy spiral indeed ! 😄
Click on Galaxy Zoo examine and then on DECaLS Skyviewer to see it for yourself.
Not sure what you are referring to ? If you mean the dark line, that's just an artifact caused by a bright star just outside of this image.
No gravitational lensing in tis image. The galaxy is a disturbed barred spiral.
No comet in this image, sorry !
I wouldn't go for merger here. Neither of the galaxies look disturbed.
Gorgeous 3-way #merger.
See the comments below. Looks like a merger.
See the comments below ! 😄 A two armed spiral where the arms fold back to make a pseudoring.
Dirsturbed galaxy, so no lens here. Lenses are much more defined.
The bright white objects are foreground stars from our galaxy.
I'd go for a very disturbed, barred spiral; No dark clouds for me here !
And all the stars are foreground stars from our galaxy.
The bright object with the purple centre is a foreground star from our gaalxy. The colours and weird centre are just optical artifacts.
The central object is indeed a foreground star from our galaxy.
The bright object at the bottom is a foreground star from our galaxy. The colors, spikes and blue centre are all optical artifacts.
And definitely not an elliptical. I'd go for a very disturbed spiral.
The object in the centre of the image is indeed a foreground star from our galaxy.
The central object is a fuzzy object. The small round dots are foreground stars from our galaxy.
Fuzzy two-armed spiral for me.
Definitely the first. If it has features it cannot be an elliptical.
The object in the centre of the image, (which you're supposed to classify) is a galaxy. The one at the bottom is indeed a foreground star.
Sorry, I don't see any dustlanes in this spiral galaxy.
Yep ! Gorgeous #merger ! 😄
Chance alignment for me.
Not much distortion visible. Could be an overlap.
Not a nebula, nor a dustcloud, but a real disturbed galaxy
The greenish hue/blurring at the bottom is an artifact.
If you look closely you can see fuzzy spiral arms, so not an elliptical.
Just a foreground star from our galaxy.
This is clearly a disc, so definitely not an elliptical.
Always classify the object in the centre of the image ! 😄
The colourful lines are just optical artifacts.
Nope, not a star. The object in the center is a galaxy with a big bulge.
That is just a foreground star from our galaxy. The colours, spikes and weird dark horzontal spike are just optical artifacts.
The spectrum is very pea-ish ! 😄
I'd probably go for disturbed spiral, but hey, that is just me.
The red streak is just an optical artifact ! (sorry)
Just give it your best shot ! Gorgeous #merger btw ! 😄
Both of the objects at the top are tagged as foreground stars by Skyserver.
The object to the right is a foreground star from our galaxy. Happy hunting ! 😄
Oh yes! 😄
The black spike through the centre of the bright foreground star from our galaxy is just an artifact. No black hole or gamma ray burst here.
The star is a foreground star from our galaxy and so it is not possible that it can interact with the central galaxy.
The object top right corner is indeed a star, but it is a foreground star from our galaxy.
Two armed spiral for me ! 😄
Disturbed, barred spiral for me.
The colored lines are just artifacts.
Correct.
The galaxy is a disturbed two-armed spiral. The greenish dots at the left are artifacts.
Not a supernova, sorry. It could be another galaxy, but it could also be a foreground star from our galaxy.
One of them could be a foreground star from our galaxy.
The green bar is just an artifact (sorry)
More like a disturbed galaxy. For starters, the arc or lens would have been a different colour than the central galaxy.
I'd personally would go for a three armed spiral here.
Just answer the questions as well as you can and your classification will be invaluable ! 😄
The object at 7 could be another galaxy. But I don't see it overlapping the central one.
It's a simulated galaxy from the Illustris dataset. The blue patches are star forming areas in the galaxy.
The blue dot in the centre of the foreground star from our galaxy is an optical artifact
I would have gone for a two-armed spiral seen nearly edge on.
Not a dust cloud but a simulated galaxy from the Illustris data set. The blue patches are star forming areas in the galaxy.
This is a simulated galaxy from the Illustris data set. The blue patches are star forming areas in the galaxy.
it's a optical artifact, just like the white and coloured spikes.
The red line could be a satellite trail. Definitely not a gravitational arc !😄
Gorgeous ! #dailyzoo !
Anyway, #wrong_size
If I would get this one to classify, I'd mark it as star/artifact and move on. And maybe I would miss an amazing discovery (or not) ! 😄
Not sure I'd go for polar ring. Just looking at this image it looks like an ordinary barred two-armed spiral to me.
Here in GZ overlap is only used for galaxy/galaxy overlaps.
Really big bulge for this two armed spiral.
No polar ring for me (but that is just me! 😄 )
Cigar shaped or a disk/spiral seen edge on.
And the 3 in formation is just a great chance alignment ! 😄
Definitely not a black hole. Could this be an asteroid ?
Not a nebula but a simulated galaxy from the Illustris dataset.
Probably just a foreground star from our galaxy.
The two yellow galaxies could be interacting. The blue one is probably a foreground galaxy. So we could have a #merger and an #overlap ! 😄
The bright white object with the purple centre is a foreground star from our galaxy. The colours and weird centre are optical artifacts.
Oops ! The classifications for this image will be all over the place ! 😄
Since the small object at 11 o'clock is a foreground star from our galaxy, neither.
Looking at the zoomed out image (http://tinyurl.com/zu9ckgc) you can see that it is a feature of this disturbed galaxy.
The object top right is a disturbed spiral. But please, always classify the object in the center of the image. Happy hunting !
The bright round object is a foreground star from our galaxy.
The small round dots in this image are almost all foreground stars from our galaxy. They are not connected to the galaxy.
Not a nebula but a simulated galaxy from the Illustris dataset. See here http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
The two bright dots to the right are two foreground stars from our galaxy that just appear to be touching !
The blue smudges are star forming areas in these simulated Illustris images.
Ne lensing in these Illustris images sadly. The blue smudges are star forming areas in the galaxy.
The cenral galaxy and the one above are seriously disturbed. #merger for me.
The bright red glow to the right is an optical artifact caused by a bright star outside of this image ! 😄
Disturbed spiral for me, so yes to tidal debris.
The thin red lines are artifacts.
The object bottom left is a foreground star from our galaxy. So no merger in the future.
A light year is a measure of distance not time
The bright small object to the right is a foreground star from our galaxy. So, no merger here !
Unfortunately the purple line is just an artifact.
The red lines are optical artifacts. (imaging problems).
It's a possibility.
The blue dots and ring are star forming areas in the galaxy. See here : http://tinyurl.com/nm6qnky
The blue line is just an optical artifact.
The blue dots are starforming areas in this simulated galaxy. See here : http://tinyurl.com/nm6qnky
The stars are foreground stars from our galaxy so it is not possible for them to merge with the galaxy.
I'd probably go for disturbed spiral, but that is just me ! ;D
Works for me ! 😄
Nope, not a planetary nebula at the centre. It's a disturbed two-armed, barred spiral.
The most valuable # would be : #wrong_size
PS : if you see an image like this (with the central galaxy very small, it means there was something wrong with the imaging)
A very disturbed sim from the Illustris data set.More info http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It is a sim galaxy from the Illustris data set. More info http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It's a possibility! 😄
The object at 5 o'clock is a foreground star from our galaxy.
Btw, if you see stars in these images, they are always stars from our galaxy.
The green line is an artifact. Could be a cosmic ray that didn't get removed .
The blue dots in this simulated galaxy from the Illustris data set signify star forming areas in the galaxy.
It's a two-armed barred spiral where the spiral arms fold back to make a ring. It's called a #ringed galaxy.
The bright, spiky object top left is a foreground star from our galaxy. The colours,spikes & blue horizontal spike are all optical artifacts
Not for me, but it is your call !
The red line is probably a satellite trail.
And the purple/green thingy is an artifact
Either a very loose armed barred spiral or a disturbed edge on. It is your call ! 😄
The object (top) is a foreground star from our galaxy. Skyserver says the one @ the bottom is a galaxy, but I'm thinking it's a star as well
Why would you call this a possible pea without a spectrum ? For all I know it could be a foreground star from our galaxy ! (See Skyserver)
We simply cannot see the galaxies evolving over a timespan of 10 years.
You are comparing two different sets of images. SDSS and DECaLS. See here for more info : http://tinyurl.com/horrmma
The blue blobs are star forming areas in this simulated galaxy from the Illustris data set.
If you mean the dark spot at 4 o'clock, that is just an optical artifact, sorry.
It's a smulated galaxy from the Illustris data set : http://tinyurl.com/o2j34ky
Just an artifact , sorry.
Looks amazing ! Too bad it is just an artifact ! 😄
The two pink rays are artifacts.
Click on 'Galaxy Zoo examine' and then on 'DECaLS Skyviewer' or 'SDSS Skyserver' to find out ! 😄
It is not supposed to happen ! I'll flag it ! Thanks for notifying !
The round white object with the blue centre is a foreground star from our galaxy. The galaxy is a lovely spiral.
The object to the left is another galaxy. So merger is a possibility.
As for the central galaxy : I'd go for a very disturbed barred spiral, merging with the smaller one at the bottom.
The red dot is a foreground star from our galaxy.The galaxy is a simulate galaxy from the Illustris data set. See http://tinyurl.com/o2j34ky
Wiki : https://en.wikipedia.org/wiki/Star_formation
For me it isi a foreground star from our galaxy. And the dark spot at the centre is caused by oversaturation (no black hole ! )
Skyserver calls the object at 4 o'clock a galaxy, but I'm not so sure looking at the other stars in the zoomed out image.
Or disturbed spiral. It is your call.
Yep ! That is a forground star from our galaxy.
The bright spiky object,top left, is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
The central object is a galaxy. The smal object to the left is another galaxy. No way to tell if they are connected.
This is a simulated galaxy from the Illustris dataset. Some of these sims are a bit exotic ! ;D
The central object is a galaxy. Almost all the other objects in this image are foreground stars from our galaxy.
No lensing, sorry. Just two foreground stars.
The blue spot in the centre of the foreground star at 10 o'clock is indeed an artifact.
Yep ! That is where we come in ! Thanks for your participating ! 😄
Don't worry, there won't be any vaporizing ! 😄
And I don't see a blue star on the left.
The two bright objects are foreground stars from our galaxy. That means that they can't, in any way, be in contact with the central galaxy
The central object is a fuzzy galaxy. The other smaller ones are probably foreground stars from our galaxy.
Not sure what you mean. The central object is a galaxy (probably a spiral). The round object top left is a foreground star from our galaxy.
The lines are just artifacts.
The bright white object top right is a foreground star from our galaxy. The colours, spikes and blue/purple spike are all optical artifacts.
It is a simulated galaxy from the Illustris data set.
See : http://tinyurl.com/o2j34ky
In that case just click star/artifact and move on to the next one.
No worries ! 😄
It could still be a galaxy ! It just looks like a foreground star to me !
In GZ we use the # overlap for galaxy/galaxy overlaps. &although Skyserver calls the small object a galaxy, it looks more like a star to me.
The central object is a galaxy (could be a barred spiral galaxy) The orange dot at 2 o'clock is a foreground star from our galaxy.
Three of the four objects are galaxies. Skyserver calls the bottom left one a star from our galaxy. Nice chance alignment.
The object bottom left is indeed a foreground star from our galaxy.
Not a cloud but a simulated galaxy from the Illustris data set.
Not a gas cloud but a simulated galaxy from the Illustris data set.
Sorry, no ring for me.
The central object is a disturbed (maybe spiral) galaxy. The 'green' object is a foreground star from our galaxy.
Tidal debris means aftermath of a collision or merger.
Everyone is entitled to their own opinion, but the spiral features are very obvious ! Elliptical means no fetaures whatsoever. 😄
I would not call this one an elliptical at all! There is a very distinct bar, two spiral arms and a bulge ! 😮
As far as I understand it the white/yellow dots are extreme star forming areas.
Maybe you could give some directions ? Just saying there is a WD in this image is very confusing, especially for new zooites.
Where ? The object in the centre of the image is obviously a galaxy. 😄
Skyserver calls it a galaxy but according to NED the object at 10 o'clock is a star. I tend to agree with NED. So, no merger for me.
What about a disturbed barred spiral ? Just classify what you see ! 😄
Could be an asteroid.
The bright object at the bottom is a foreground star from our galaxy.
The blue spot is a star forming area in this simulated galaxy from the Illustris data set.
The purple line is an optical artifact.
Soory, not a supernova but a simulated galaxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
Nope , not a supernova but a simulated galaxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
No vaporization whatsoever. It's a simulated galaxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
Ths is a simulated galaxy from the Illustris data set. More info here : http://tinyurl.com/nm6qnky and
First of, just answer the questions as well as you can !
Strange word to use here ! Do you have an explanation for this ? Just curious !
The object lower right could just as well be a foreground star from our galaxy. Without additional info (z) there is no way of knowing !
The structures are far too massive to be jets ! Looks like a very disturbed galaxy or two (or more) galaxies in the act of merging.
Nice catch!
Two galaxies merging ? 😄
Could you give us the ID's, please. That would help a lot. Tx
Oops ! That shouldn't be happening ! You are not supposed to get the same image twice ! I'll alert the science team.
Or two spiral arms folding back to make a ringed galaxy ! 😄
No gravitational lensing here, sorry. The blue clumps are star forming areas in the galaxy. See : http://tinyurl.com/nm6qnky
Wow !
The dark green line is an optical artifact.
Nothing is getting vaporized ! 😄
The dark red background is actually a lot of old red stars in the galaxy. The blue climps are star forming areas in the galaxy.
The blue clumps are star forming areas in the galaxy.
Please read the comments : nothing is getting vaporized here. This is a simuated galaxy from the Illustris data set.
The spike is a diffraction spike (optical artifact), caused by a bright star outside of this image.
Nothing getting vaporized here, sorry! It is a galaxy from the Illustris dataset. The blue 'clouds' are star forming areas in the galaxy.
The object at the top is a foreground star from our galaxy. The colours, spikes and weird blue line are all optical artifacts.
The white object with the blue centre is a foreground star from our galaxy. The colours are just optical artifacts.
The object top left is a foreground star from our galaxy. The spike is a diffraction spike (optical artifact). http://tinyurl.com/htmcu7w
See http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
The object top right, is a foreground star from our galaxy. The colors, spikes and blue stripe are all optical artifacts;
It's the very bright centre of Mrk 1513 a Seyfert 1 Galaxy.
Probably foreground stars from our galaxy.
Filter problems. Better visible if you click on 'Galaxy Zoo Examine' and then 'DECaLS Skyviewer'
Skyservers says it is another galaxy but it could also be a foreground star from our galaxy.
This is a simulated galaxy from the Illustris data set. See here for more info : http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
Just an artifact, sorry !
There's always a possibility that this is a merger but with only a redshift for the central galaxy we can't be sure with these fuzzy images.
Amazing #merger ! 😄
No merger here whatsoever ! The object, bottom right, is a foreground star from our galaxy.
The central object is definitely a galaxy. The small dot at 5 o'clock is probably a foreground star from our galaxy.
The red dot in the white object is indeed an artifact. The white object is a foreground star from our galaxy.
Th red line could be a satellite trail.
The blue smudges are star forming areas in this simulated Illustris galaxy.
See http://tinyurl.com/nm6qnky
Correct !
The bluish dots are star forming areas in this simulated Illustris galaxy.
See : http://tinyurl.com/nm6qnky
Two galaxies, probably interacting ! 😄
It is a simulated galaxy from the Illustris data set. The blue smudges are star forming areas in the galaxies.
Some of them are galaxies and some of them are foreground stars from our galaxy.
The thin red line is an artifact.
No lensing here. The two galaxies appear to be interacting though !
Foreground star from our galaxy (sorry)
Looking at the SDSS image I would agree, but in the DECaLS image it is not so obvious 😃
http://tinyurl.com/hd8j5tq
It could be another galaxy, but it could just as wel lbe a foreground star from our galaxy.
Nothing vaporized here, sorry. The blue smudges are star forming areas in this fuzzy Illustris galaxy. See : http://tinyurl.com/nm6qnky
The two blue dots are star forming areas in this simulated galaxy.
The blue smudges are not individual stars but star forming areas in the galaxy. See : http://tinyurl.com/nm6qnky
SDSS says it is a galaxy but I'm not convinced. Probably a foreground star from our galaxy.
Nope, this is a simulated galaxy from the Illustris data set. The blue smudges are star forming areas in the galaxy.
Not really ! The blue smudges are star forming areas in the galaxy. I'd go for disturbed.
The central object is a galaxy, but the white round objects are all foreground stars from our galaxy, soo no merger here ! 😄
Those are probably small galaxies. Some of them could be interacting witht the central galaxy. Witouth additional info (z) no way to tell.
I would not classify the central galaxy with a bulge. I'd just go with smooth and round. But hey, that is just me ! 😄
The 2 bright/round objexts are foreground stars from our galaxy, so there is no way they are interacting with the fuzzy background galaxy.
I don't see them, sorry. Probably just artifacts.
Where ? 😮
Which objects are you referring to ?
I'd go for a very disturbed spiral galaxy. The round little object at 9 o'clock is probably a foreground star .
See the comments below : Software mistake. Just click star/artifact and move on to the next image ! 😄
Sorry, no lens here. It is a two-armed spiral where the arms fold back to make a ring. #ringed galaxy.
The blue smudges are starforming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue clumps are starforming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
More info here : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
It certainly is ! The blue smudges are star forming areas in this simulated Illustris image
Not just a hint ! 😉 Definitely a spiral !
I'd go with just one galaxy, but that is just me ! ;D
The red line is just an artifact.
I'd go for two galaxies interacting. #merger
No way to tell with these 'smooth' galaxies without additional information. Just give it your best shot.
With these fuzzy images it is not easy to tell just by looking at the image. And there are no clear distortions visible. No merger for me.
The faint 'arcs' are very thin spiral arms. No lensing here, sorry.
The blue dots are star forming areas in this simulated galaxy.
The bright spots are star forming areas in this simulated galaxy.
The green dot is a foreground star from our galaxy.
The orange object is a foreground star from our galaxy
The blue areas are star forming areas in the galaxy. As for the figure 8 : just a chance alignment ! 😄
The pink glow is indeed an artifact caused by a bright star just outside of this image.
But, please, classify the galaxy in the centre! 😄
That is just an artifact. 😦
Always classify the object in the centre of the image. Here that is a star.
again,not a classical pea spectrum, sorry.
The OIII peak should be the dominant feature in a pea galaxy's spectrum
Not sure what you mean by vaporizing ! ;D The blue smudges are star forming areas in this simulated galaxy from Illustris.
The central object is just a star from our galaxy. The bright colors, white spikes and the blue horizontal spike are all opticall artifacts.
Somehow the 'arcs' are too fuzzy to be gravitational arcs. They coud be tidal debris.
Probably just a line of sight !
No idea what you are talking about ! Tjis is a simulated gaa-laxy from the Illustris data set. I'd go for a very disturbed galaxy.
I'd agree with the merger, so there would be some sort of debris. Not sure about a dust cloud (whatever that may be!)
Not sure this is a merger. For one, there are no distortions visible.
The two bright white objects are foreground stars from our galaxy. And it looks like the galaxies in the background are interacting.
The object, bottom left, is a foreground star from our galaxy. The colours, spikes and blue spike are all optical artifacts.
No gravitational lensing going on here, sorry
Very disturbed spiral galaxy for me ! 😄
The small round object at 5 o'clock is probably a foreground star from our galaxy.
I'd go for bar as well ! 😄
Anything from to 2 to 4. Just give it your best shot ! 😄
Slightly disturbed spiral seen almost edge on. 😄
Nice merger ! D
Or disturbed spiral ?
Btw, the blue smudges in this simulated Illustris galaxy are star forming areas in the galaxy.
You could go with : features-not an edge on-no bar-no spiral-no bulge-something odd : irregular or other
Correct ! This is not a pea.
That bright object is a foreground star from our galaxy.
This is a simulated galaxy from the Illustris data set. And the blue/white smudges are star forming areas in the galaxy.
The blue clumps in these Illustris images are star forming areas in the galaxy.
The dark line is an optical artifact.
Nope ! It is a simulated galaxy from the Illustris data et ! 😄
The bright red line is a diffraction spike (optical artifact) caused by a bright star just outside of this image.
Not sure I'd go for elliptical for this one ! The ends are a bit too pointy. I'd probably go for a disk or spiral galaxy seen edge on.
Some of the images are not sized correctly.
You can tag them with #wrong_size.
It is definitely a sim and I'd go for spiral galaxy as well. 😄
This is a simulated gaalxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
Sorry, no lensing in this image.
Both galaxies have the same z, so they are probably interacting.
The blue dots in these Illustris images are star forming areas in the galaxy.
Two galaxies interacting.
The blue/white smudges in these Illustris images are star forming areas in the galaxy.
Gorgeous disk or spiral galaxy seen edge on ! 😄
Sorry, no supernova here ! The blue/white smudges in these Illustris images are star forming areas in the galaxy.
Looks like two galaxies interacting. Nice #merger ! 😄
The blue line through the centre of the star at 11 is just an optical artifact. (Sorry)
Not a gascloud but a simulated galaxy from Illustris. See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Not much distortion visible (if any), so no merger for me.
The small reddish object is probably a foreground star from our galaxy.
Just one spiral galaxy in the centre of the image.
I'd go for fuzzy galaxy. Could be a disturbed spiral.
The blue patches in these Illustris images are star forming areas in the galaxy.
Filter problems ! 😄
See the comment below : a very disturbed galaxy.
The small object at 3 is probably a foreground star from our galaxy.
The bright white object with the bliue centre is a foreground star from our galaxy.
Looking at the zoomed out view, the 3 galaxies look like they are interacting !
Meh ! The spectrum looks like something and nothing at the same time ! Probably nothing ! Sorry !
The red point is a foreground star from our galaxy ! 😄
Sorry, not it is not a jet. It is just an optical artifact.
What is your question ?
Sorry, not a merger here. The 3 round white objects are foreground stars from our galaxy.
The bright blue/white object to the right is not a galaxy but a foreground star from our galaxy.
Not really ! The blue smudges in these Illustris images stand for active star forming regions in the galaxy.
It could be one seriously disturbed galaxy or it could indeed be a merger of two galaxies ! It is your call ! 😄
The white object in the centre of the image is a foreground star from our galaxy. The blue stripe in the middle is just an optical artifact,
But your classifications for these sims are extremely valuable. Please keep up the good work !
And thanks for participating! 😄
More info here : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Nope, not a nebula but a galaxy from the illustris data set.
More here : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue smudges in these Illustris images are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris data set. And thy produce some strange shapes ! 😄
It is a weird one. Purely visual , I'd say star. Skyserver calls it a star but gives it also a z=0.0938. We need a bit more info ! 😄
See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue smudges indicate star forming areas in these Illustris galaxies.
Nope, it's a simulated galaxy from Illustris.
See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Not just new stars but star forming areas in the galaxy. So regions in the galaxies where lots and lots of new stars are being born.
As for classification I'd go for : features or disk, not an edge on, no bar, no spiral, maybe a bulge (not sure), anything odd : ring
No supernova remnant but a simulated galaxy from Illustris: http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Correct ! It is a simulated galaxy from Illustris.
The green dotted line is indeed a satellite trail.
In the centre of this image you can see two galaxies interacting. Nice #merger ! 😄
In the centre of the image are two galaxies interacting (#merger). The small round object at 3 o'clock is a foreground star from our galaxy.
Sorry, no gravitational lens here. The 'lensed' images look to big and/or blurry
The coloured lines are just optical artifacts.
The'haze' is not a haze but it is part of the galaxy. In the Illustris images blue smudges are star forming areas in the galaxy.
You can tag images like these with #wrong_size. And the object in the centre is indeed a gaalxy ! 😄
These images get tagged with #wrong_size here on Talk as the central galaxy is too small to classify.
Software mistake. Just click star/artifact.
See http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The bue spots in this simulated galaxy from the Illustris dataset indicate star forming areas in the gaalxy.
I'd go for disturbed spiral with a dominant bulge.
The three stars are foreground stars from our galaxy.
Nice chance alignment.
Not an elliptical galaxy, sorry. The blue/white smudges are star forming areas in this simulated galaxy from the Illustris dataset.
The blue dots are star forming areas in the galaxy.
Sorry, no lensing visible in this image.
The thin blue line is just an optical artifact, sorry!
Something went defintiely wrong here. Just click star/artifact.
happy hunting ! 😄
A very disturbed galaxy. The blue smudges are star forming areas in the galaxy.
Not a supernova remnant but a simulated galaxy from the Illustris dataset.
The central object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
Here the software made a mistake. The object in the centre is indeed a star. Classify as star/artifact
The spectrum shows a very high OIII spike. And this pink colour is special, so I'm going for a possible #voorwerpje
Or you could go for a fuzzy spiral or disk galaxy seen edge on. the bright object at the bottom is a foreground star from our galaxy.
#wrong_size or #artifact
Probably a diffraction spike from the bright star, bottom left, tricking the software into thinking there is something there ! 😄
Could be a meteor trail or a very non-reflective satellite !
Looks like a foot/paw print ! 😄
Not a dust cloud but a fuzzy simulated galaxy from the Illustris dataset.
It is a disk or spiral galaxy seen edge on.
The object in the centre of the image is indeed a star. The colors, white spikes and weird blue spike are all optical artifacts.
The red line is an artefact
It's a simulated gaalxy from the Illustris data set.
http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Why not both ? I'd go for a two armed spiral where the spiral arms fold back to form a ring ! 😄
It is a sort of ringed galaxy. It is a simulated galaxy from the Illustris data set.
See this for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/ 😄
See this for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Mmm, cocoa ! ;D
But seriously, classifying these simulations is as valuable as classifying 'real' galaxies.
No gravitational lens here, sorry.
It's a very disturbed galaxy. The blue patches are star forming areas in the galaxy.
Looks like just one (disturbed) galaxy to me
The green object is a foreground star from our galaxy. The blue smudges are star forming areas in the galaxy.
This a simulated galaxy from the Illustris data set.
Not a jet, sorry. The red line is just an artifact.
See the comments below. The red glow and spike are optical artifacts caused by a bright star outside of this image.
Sorry,no gravitational lens here.It's is a simulated galaxy from the Illustris dataset.The blue smudges are star forming areas in the galaxy
Very fuzzy image, but a disturbed spiral is a possibility !
No gravitational lens here, but a very lovely barred spiral with an inner ring. Beautiful ! 😄
Is it ?
Anyway, if they do a search all the faintly similar #'s will get included as well.
Too fuzzy to tell. Neither for me.
The red object at 4 is a foreground star from our galaxy, so definitely no merger here, sorry.
??? Why ?
Possible #polar_ring !
Sorry, not a nebula, but a simulated galaxy from the Illustris data set.
Nope, not a dust cloud but a simulated galaxy from the Illustris data set.
The central object is not a dustcloud but a galaxy. The blue patches are star forming areas in the galaxy.
Not much (if any) distortion visible so an overlap is definitely possible
Skyserver says star, but I'm not convinced it is. Could be a small galaxy overlapping.
The objects in the centre of the image are galaxies interacting.
#merger #wrong_size
2 galaxies interacting.
The blue smudges are star forming areas in the galaxy.
The red thing is a foreground star from our galaxy.
The blue patches in these Illustris images are active star forming areas in the galaxies. Lovely #merger.
No matter what they are, they can never be background stars !!! All the stars we see in these images are foreground stars from our galaxy.
The blue smudges inthese Illustris images are star forming areas in the galaxy. More here : http://tinyurl.com/nm6qnky
The blue dots are star formingareas in these Illustris images.
More info here : http://tinyurl.com/nm6qnky
The bright dot at 2/3 o'clock is probably a foreground star from our galaxy.
Both galaxies look disturbed, so #merger is also a possibility.
The blue/white dots are active star forming regions in the galaxy.
Meaning ?
The red line is just an artifact, not a spiral arm, sorry.
Not a ring nor a ringed galaxy for me here, sorry.
The dark spike in front of the star at the top of the image is just an optical artifact. No dust involved.
Looking at the Skyserver image it is just another galaxy. Don't know what caused the weird colouring in DECaLS
#merger ?! 😄
The green/white object is a foreground star from our galaxy.
No gravitational lens in this image, sorry.The 'arc' is a disrupted spiral arm.
What object are you referring to ?
The central object is a galaxy.
Not sure where you see rings in this image.
Sorry, nothing whatsoever going on in that star. The colors, spikes and blue line are all optical artifacts ! 😄
The green object (top right) is a foreground star from our galaxy.
The green and the yellow lines are optical artifacts.
The green object is a foreground star from our galaxy.
The red/purple object is an artifact.
Not the aftermath of a nova. This is a fuzzy and disturbed galaxy. The blue patches indicate active star forming areas in the galaxy.
Nope. The 'arcs' are very faint and fuzzy spiral arms.
The blue patches are star forming areas in the galaxy.
http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue patches are star forming areas.
Sorry, but my German is really rubbish ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and black spike through the middle are all optical artifacts.
The bright object to the left of the central galaxy is indeed a foreground star from our galaxy. But the colours are optical artifacts.
Probably yes on all accounts ! 😄
And the bright spiky object at the top is a foreground star from our galaxy. The colours, spikes&weird centre are all optical artifacts
The fuzzy galaxy with the blue smudges is a fuzzy spiral with a couple of star forming areas.
Please, always classify the object inthe centre of the image.
Here that is a disk or spiral galaxy seen edge on.
The object at 5 o'clock is most probably a star. The colour is not that important.
Just one galaxy for me. But it could be a possible #polar_ring.
Nope ! A real fuzzy galaxy with a couple of star forming areas (the blue smudges).
And you would be probably right !
Groan ! 😄
The orange object to the left of the central galaxy is a foreground star from our galaxy.
The blue dots are star forming areas in this galaxy.
The object at the bottom of the image is a foreground star from our galaxy. The colors, spikes & weird blue spike are all optical artifacts.
The white object to the right of the central galaxy is a foreground star. The colours, spikes and black dot are all optical artifacts.
The green line is an artifact. You will find them a lot in these DECaLS images.
I seriously doubt this # will be used a lot ! 😉
The red line is not a dustlane but probably a satellite trail.
The purple object with the blue line is a foreground star from our galaxy. The colours, spikes and weird line are all optical artifacts.
The bright object in the centre of the image is a foreground star from our galaxy. The colours and weird centre are optical artifacts.
It doesn't show up in the Skyserver image so I'm thinking artifact. Looks very beautiful though ! 😄
The blue patches are star forming areas inthe galaxy.
Nope, not a cloud but a fuzzy galaxy.
No gravitational lensing here. The blue smudges are star forming areas in the galaxy.
Sorry,i don't see any lensing in this image. And the central galaxy is a spiral galaxy and they are usually not massive enough.
The blue smudges are indeed star forming areas.
The thin red line is also a DECaLS artifact.
Where do you see lensing ?
Definitely a spiral galaxy with a big bulge ! 😄
Nope. It is a simulated galaxy from the Illustris dataset. The blue smudges are star formng areas in the galaxy.
That is a bright star from our galaxy.
Sorry, no gravitaional lenses in this image.
Both galaxies are very disturbed, so merger for me.
Have you seen this ? http://tinyurl.com/nm6qnky
Or two spiral arms with lots of star forming going on.
The blue smudges are star forming areas in the galaxy. See here for more info: http://tinyurl.com/nm6qnky
Not sure what you mean. I don't see anything weird here !
Definitely not a gravitational lens&the galaxy top left is just a 2armed spiral galaxy where the the 2 spiral arms fold back to make a ring
Yep, I've never ever seen anything like it in the (very) large number of galaxies that I saw from the SDSS dataset.
Lovely ! 😄
Another beautiful #Illustris_ring
Oh no, I'd never classify this one as an elliptical. Disturbed spiral any time ! 😄
Just wow ! 😄
Disturbed galaxy (so tidal debris) with a dominant bulge for me.
Why do you think both of these classifications are mutually exclusive ?
Not sure what the blue/purple smudge is. If it is real, the colour could suggest a voorwerpje.
It is a very bright centre, not a star. But no additional information (spectrum) available.
Gorgeous spiral ! 😄
Gorgeous dust cloud (try zooming out in the DECaLS image).
It is a two armed spiral galaxy with an inner ring. No lensing here.
But what a gorgeous galaxy ! 😄
But I'd be very happy to be proven wrong ! 😄
So, for this particular system, I'm still thinking it is a very active star forming area in the galaxy and not a merger.
Peas just look like galaxies from the early Universe. They have z's between z = 0.112 and 0.360 (wiki).
Oops, sorry ! My mistake,I must have clicked on a wrong link.
The "pea" does not have a flat spectrum with a high OIII peak. So, I'm thinking it is a very active star forming area in the galaxy.
Looks like an artifact (filter problem)
The green line is probably a cosmic ray hit that didn't get removed. The orange/red line could be a faint satellite trail.
One of the 'cores' could be a foreground star from our galaxy.
Not sure that is a dustlane.
A supernova is only visible for a couple of weeks. So a SN from 2010 cannot possibly be seen in an image from 2014.
Just to avoid confusion : The DECaLS observations began in August 2014, so the SN is not visible in this image.
The bluesmudges are star forming areas in the galaxy.
More here : http://tinyurl.com/nm6qnky
Both the central white object and the smaller one are stars from our galaxy. The colours,spikes&weird blue centre are all optical artifacts.
Disturbed (probably spiral) galaxy.
The supernova = SN 2001fg . That means it was seen in 2001. Don't know when this image was taken (sorry, I keep forgetting how to do that)
I'd go for artifact.
Foreground star for me as well ! 😄
Given the obvious distortions in both galaxies, I'd go for #merger.
Yep ! see the comments below.
The central object is definitely a foregound star ! 😄
Still not sure about the dustlane, but hey, that could be just me ! 😄
Not sure about a dustlane. And the galaxy to the left looks like a two-armed spiral with a very big bulge.
It also depends on the angle you're viewing this galaxy.
Great #merger ! 😄
It must be a very disturbed galaxy, because all the blue stuff are star forming areas in the galaxy.
The central galaxy is a very fuzzy and disturbed/irregular galaxy. The blue smudges are star forming areas in the galaxy. No merger here !
I know it is a long shot, but could this be an Illustris disturbed #polar_ring ?
I'd probably go for one very disturbed galaxy.
Or disturbed spiral ? 😄
Not sure about the polar ring thing, sorry. But what a gorgeous two-armed, barred spiral. Lovely #ringed galaxy.
Good call ! 😄
Amazing image ! 😄
Now that is just cruel to put the star in the centre! 😄
Why do you find this interesting ? 😄
Both galaxies have more or less the same z, but just looking at them I'd go for overlap. Not much disturbances visible.
Yep, one of the more extraordinary simulated galaxies from the Illustris data set. More info here : http://tinyurl.com/o2j34ky
Fuzzy galaxy.
This is actually a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
See the comments below: just three stars in a row. No asteroid here.
Not a polar ring, sorry.
Wiki : https://en.wikipedia.org/wiki/Polar-ring_galaxy
disturbed spiral ? 😄
I'm also leaning towards a foreground star (but that is just me ! 😉 )
The blue smudges are star forming areas in this galaxy. More info here : http://tinyurl.com/nm6qnky
More info on the Illustris images : http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
Very disturbed spiral galaxy? Irregular ? It is your call ! 😄
And the blue dots are star forming regionsinthis Illustris image.
The central object is a galaxy, but thebright one, top right, is a foreground star from our galaxy.
A very, very disturbed galaxy ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
The red line is just an optical artifact !
Looks like a disturbed spiral galaxy with a couple of star forming areas (the blue smudges). The small edge on at 10 is probably an overlap.
#size_wrong
It looks like there might be an inner ring. Lots of tidal debris.
You could go for a very disturbed spiral or else an irregular. Just answer the questions as well as you can.
The blue smudges at the end of the spiral arms are star forming areas in the galaxy.
The coloured lines are optical artifacts.
The blue spot is an optical artifact caused by oversaturation
Loose two-armed spiral.
The object, right edge, is a foreground star from our galaxy. The colours, spikes and "black disk" are all optical artifacts.
Not sure I'd call this a merger. Just one disturbed galaxy for me.
Not sure why you think this would be two galaxies It is a spiral galaxy with two spiral arms.
Not a lens, sorry. The blue smudges are star forming areas in the galaxy.
It's NGC 2420, an open (galactic) cluster.
Click on View in Galaxy Zoo examine, then on DECalS Skyserver and zoom out
The two stars in the center are not merging, they only appear to be touching. And the green to the left is an artifact.
The red line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
It's a fuzzy spiral. The blue dots are star forming areas in the galaxy.
That would be my classification! 😄
The bright object is indeed a foreground star from our galaxy. And if it is a star it can only be foreground !
The blue smudges are indeed star forming areas in the galaxy.
Definitely a #merger ! 😄
Sorry, no lensing whatsoever in this image.
SDSS says it's a galaxy, but I'm not convinced. The round small object is probably a foreground star from our galaxy.
I'd go for spiral arm at the top.
The object in the center is definitely a galaxy. The one at 9 o'clock is a foreground star from our galaxy.
The object in the bottom right corner is indeed a foreground star from our galaxy.
Please, always classify the object in the centre of the image. Even if it is the most boring one ! 😄
Beautiful #ring !
The bright object to the right is a foreground star from our galaxy. The colors, spikes and weird centre are optical artifacts.
The blue smudges are star forming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The object at 1 o'clock is a foreground star. So, I wouldn't call this an overlap.
Most definitely a spiral ! 😄
The object top left corner is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts
The blue smudges are star forming areas in this galaxy. Gorgeous #ringed galaxy.
The blue/black spike is just an optical artifact. And the central object is a foreground star from our galaxy.
The object in the centre is not a galaxy but a star. The colors, spikes&weird spike throught the centre are all optical artifacts.
Amazing #merger !
Gorgeous image !
Those are just artifacts, sorry !
If you see a ring here, you should start your classification with "features or disk".
The object in the centre is a foreground star from our galaxy. The colours, spikes and black/blue spike are all optical artifacts.
The blue spots are star froming areas in the galaxy. The galaxy could be classified as disturbed or even an irregular.
The small orange object at 7 o'clock is a foreground star from our galaxy. Here in GZ we only use the # overlap for galaxy/galaxy overlaps.
The object in this image is a bright foreground star from our galaxy. The colours, spikes and black spike are all optical artifacts.
The green line is an artifact (sorry!) 😄
Definitely a very disturbed galaxy ! Looks amazing !
Slightly disturbed spiral galaxy. The 'gasses' are spiral arms containing lots and lots of stars !
But it is definitely an artifact !😄
The blue smudges are active star forming areas in the galaxy.
Ooh, not a good image at all ! 😄
The object in the centre is a foreground star from our galaxy and then you have the big back stripe !
The lines through the centre are indeed artifacts. And the bright object top left is a foreground star from our galaxy.
Really not sure what you are referring to. The central galaxy in this image is so small and fuzzy, I'm thinking anything is noise !
What anomaly are you referring to ?
Face on disk for me. Why would you say this is not a galaxy seen face on ?
Disturbed galaxy. No lens here for me.
See the comments below : two galaxies interacting.
The white object with the pink centre is a foreground star from our galaxy The colours and weird centre are optical artifacts.
Definitely a merger !
The bright object ,bottom left, is indeed a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The spikes are artifacts caused by the bright star.
The blue dots are active star forming areas in the galaxy. See the blog for more info : http://tinyurl.com/nm6qnky
Not for me. But if you see tidal debris pleae mark it as such.
No dust here.The blue 'ring' is a lot of star forming areas in this galaxy.
Nope, just a bright foreground star from our galaxy. The colours and spikes are just optical artifacts.
Yep, that is a possibility ! 😄
The programme misbehaved ! 😄 Just classify as star/artifact and move on to the next image !
#blank
The red line is an optical artifact.
The dark blue spike is an optical artifact. The object in the centre of this image is a foreground stars from our galaxy.
The object in the centre of the image is a foreground star from our galaxy. The colours, spikes and blue spike are all optical artifacts.
The red line with the green ends is an optical artifact.
Nope, not a nebula but a galaxy. The blue smudges ar star forming areas in this galaxy.
Two galaxies, apparently interacting.
The object in the centre of the image is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
I just have to repeat myself : not much interaction showing ! Sorry !
Artifact ?
Not sure if all three galaxies are interacting. Not really that much interaction visible.
Most of the small round objects in this image are probably foreground stars from our galaxy.
The red lines are just artifacts, sorry !
Do you mean the two round objects ? They are foreground stars from our galaxy. No merger here, sorry.
The object in the centre is a fuzzy galaxy. The red glow is an artifact caused by a bright star outside of the image.
Nothing odd here, just the software messing up ! 😄 Two stars getting in the way ! 😄
Classify as star/artifact.
I wouldn't say this is a classifc pea. Peas have a very flat spectrum with a high OIII peak.
The object in the centre looks like a two-armed spiral to me. So the blue streak would be the space between the centre and the spiral arm.
Breathtaking indeed ! What a gorgeous merger ! 😄
Happy hunting!
Most of the faint and round objects in this image are forground stars from our galaxy.
Very poetic ! 😉
Btw, the red curve is just an optical artifact ! 😄
With these smooth and fuzzy galaxies it is very difficult to tell. Just give it your best shot ! 😄
#wrong_size #blank
The red line is an artifact. Sorry !
Gorgeous merger.
And also a #wrong_size image !
A very disturbed galaxy, probably interacting with the one in the bottom left corner. So,my vote goes to merger as well.
The object at the bottom is probably a foreground star from our galaxy and here in GZ we only use the # overlap for galaxy/galaxy overlaps
Both galaxies look disturbed, so merger is definitely a possibility ! 😄
I suppose you mean the purple line. That is just an optical artifact.
Sorry, but this is definitely a galaxy. The blue smudges are star forming areas in the galaxy.
Not really ! There are quite a number of galaxies in this image ! 😄
This is definitely a spiral galaxy. The blue smudge is probably a star forming area in the galaxy.
No gravitational lens in this image. It is probably a fuzzy spiral.
The red line is just an artifact. Sorry !
The two round spots at the bottom are foreground stars from our galaxy. The blue smudge is a star forming area in the galaxy.
I'd go for a disturbed spiral or disk galaxy seen edge on.
The red glow is an optical artifact caused by a bright star outside of this image.
The central object is just a foreground star from our galaxy. The colours, spikes and weird blue centre are all just optical artifacts !
These ones, I never classify as smooth ! It is most probably a spiral seen almost on edge.
What do you mean by this ? Can you show a link to the two different images ?
The central object is a foreground star from our galaxy. The colours, spikes and weird blue spike are all optical artifacts.
The bright object top right, is a foreground star from our galaxy. The colours, spikes and weird blue spike are all optical artifacts.
The bright object in the top left corner is a foreground star from our galaxy.
Not sure it is an arc. I'd go for tidal debris ! 😄
The blue dots are star forming areas int he galaxy.
See this blog post : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue blobs are star forming areas in this galaxy.
The blue blobs are star forming areas in these Illustris images.
The small round objects are probably foreground stars from our galaxy.
The red curved line is an optical artifact.
The object in the bottom right corner is just a foreground star from our galaxy. The colours & weird centre are just optical artifacts! 😄
But how did you classify the central galaxy ? ;D
Blue artefact ?
I can see some spiral features, so disturbed spiral for me.
Yep ! The blue smudges are star forming areas in the galaxy.
The bright spot is most probbaly a foreground star from our galaxy.
Looks like a cosmic ray hit that didn't get removed.
See the comments below : It is a foreground star from our galaxy. The colours and spikes are optical artifacts.
No jets in this image and no AGN either. The blue clumps are star forming areas in the galaxy.
The bright object top left is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The central object, which yoou are supposed to classify,is a galaxy.
Why a coincidence ?
I have to squint really, really hard, but there is an #x-shaped bulge in there. Nice find ! 😄
Not sure about hte two cores. But it is your call ! 😄
And what a gorgeous #merger ! 😄
How about a seriously disturbed barred spiral ? 😉
The small round object with the pink centre is a foreground star from our galaxy. The colours, spikes&weird centre are all optical artifacts
The bright spiky object, top right, is a foreground star from our galaxy. The colours, spikes & weird centre are all optical artifacts.
The central object (which you are supposed to classify) is a fuzzy galaxy.
The blue clumps are star forming area in the galaxy.
Just click star/artifact and move on to the next image !
Looks like a disturbed spiral galaxy to me. The blue clumps are star forming areas in the galaxy.
It's a very faint and fuzzy galaxy. 😄
It's a very disturbed galaxy. Definitely not a star.
Lovely #dustlane ! 😄
It s a bit fuzzy, but definitely a spiral.
Definitely a spiral ! 😄
The green object is a foreground star from our galaxy so it cannot have any impact on the central galaxy.
A realy big optical artifact smack in the middle of the image !😄
The very bright object is a foreground star from our galaxy. The central object, which you are suppose to classify, is a galaxy.
Both of the galaxies look a bit disturbed, so #merger is a possibility! 😄
A big oops ! 😄 Just classify as star/artifact and move on to the next image ! 😄
Wow ! Well done Illustris ! 😄
The galaxy at 2 o'clock looks disturbed as well, so is probably merging with the other two.
That looks like a spiral arm to me.
The central blue fuzzy object is not a nebula but a galaxy. The bright orange object at the bottom is a foreground star from our galaxy.
Really difficult to tell. I'd go for two galaxies but really not sure if they are merging or overlapping. It is your cal ! 😄
The image is a bit fuzzy, so very hard to tell. It is your call ! 😄
That red streak is just an artefact, sorry ! ;D
Yep, disturbed spiral works for me ! 😄
I'd go for a disturbed barred spiral with star forming areas (the blue clumps).
Both galaxies look like they are interacting, so #merger for me as well ! 😄
If you click on Search NED, it gives a z of 0.008166 which looks much more plausible. 😄
The bright spiky object, top right, is a foreground star from our galaxy. The colours, spikes & weird center are all optical artifacts.
The object in the center of the image (which you are supposed to classify) is a fuzzy spiral.
If you think it is a boxy bulge that is your choice !
I'd probably go for no bulge, but hey, that is just me ! 😄
I'm not sure I would have marked this one as merging. I do not see another galaxy that it can be merging with.
Or just a fuzzy, disturbed galaxy ! 😄
The green lines are just artefacts, sorry.
Sorry, but this is most definitely not a spiral or disk galaxy seen edge on.
It is a very fuzzy galaxy. Sorry, not much more to tell about it.
The blue blobs inthese Illustris galaxies are star forming areas in the galaxy. More info here : http://tinyurl.com/nm6qnky
It is just an artefact. 😦
Nope ! 😄 The central object is a disturbed spiral or disk galaxy seen edge on.
The small disturbed edge on is in the center of the image. The white round object is a foreground star from our galaxy.
Not sure if I can see two spiral arms.But it defintitely looks disturbed.
Please, always classify the object in the centre of the image. Here that is a smooth galaxy, probably interacting with the two higher up.
If you think you can see spiral features then you should classify it as a spiral. And it definitely looks disturbed.
The blue dots in these Illustris images are star forming areas in the galalxy
Or maybe a spiral galaxy seen edge on ! 😉
It's a very faint and fuzzy galaxy. Not much more to tell about it ! 😄
Oops ! 😄 Just click star/artefact and move to the next image.
The dark spike is an optical artifact. The central object is indeed a foreground star from our galaxy.
Small reminder : the galaxy is the object to the left (middle edge) 😉
No spectrum (as far as I can see), so how do you know this is a pea? (just curious)
Ooh ! Nice find ! 😄
The central galaxy, which you are supposed to classify, is a fuzzy galaxy.
The object at 5 o'clock is another galaxy. It could be overlapping or it could be interacting with the central galaxy. It is your call ! 😄
This is an Illustris image and here the blue dots are star forming areas in the galaxy.
The red glow at the bottom is an optica artifact caused by a bright foreground star from our galaxy.
The bright round object is a foreground star from our galaxy, so a merger with the cenral galaxy is just not possible.
Very disturbed spiral for me. The blue clumps are star forming areas in the galaxy.
The central object is a foreground star from our galaxy. The colors, spikes & weird blue line through the centre are all optical artifacts.
Coudl be two galaxies interacting.
This is not a star but a galaxy. The blue clumps are star forming areas in the galaxy.
The blue dots are star forming areas in this galaxy
It is very possible for two galaxies to be interacting. So, I'd go for #merger here ! 😄
The object in the centre of the image is a galaxy and it is interacting with the galaxy next to it. Nice #merger.
Correct ! Two galaxies interacting. #merger
Just classify as star/artifact. 😄
The diffraction spike (artifact) through the center of the image probably tricked the software into thinking there was a galaxy there.
The bright spiky object with the black line is a foregroud star from our galaxy.
The bright round white object at 2 o'clock is a foreground star from our galaxy. Definitely no merger here 😄
It's an optical artefact caused by oversaturation.
The round white object is a foerground star from our galaxy.
See the comemnts below : it s a foreground star from our galaxy. The colors are not real.
The blue clumps are star forming regions in the galaxy.
You could go for a very disturbed spiral with a big bulge.
The object top left is not a galaxy but a foreground star from our galaxy. The colours, spikes and "hole" are all optical artifacts.
That line is just an optical artifact.
Nope, definitely not a merger here. (sorry) Just a foreground star from our galaxy and a slightly disturbed galaxy.
The green line is indeed an artifact. Definitely not a dust line.
#dailyzoo ! 😄
The red object to the left could be a foreground star from our galaxy. Not a merger here for me.
The straight green and red lines are unfortunately just artifacts.
That is a foreground star from our galaxy. The colours, spikes and weird spike throuhg the centre are all optical artifacts.
The round object to the left is a foreground star from our galaxy.
The red glow is caused by a bright star outside of this image. The colours and spikes are optical artifacts.
Sorry, that spike is just an optical artifact (diffraction spike) caused by a bright star outside of this image !
If you squint really hard (my favourite scientific method) I could go for a very fuzzy spiral galaxy. And doesn't the r means a ring ?
See the comments below : the red line is a satellite trail.
Why would have been ?
That spectrum is a text book spectrum for a pea. Not a QSO.
Looks like a #merger to me. Nice catch ! 😄
Definitely #merger for me ! Nice catch ! 😄
Why would this qualify as an incredible cluster? It is just three galaxies that might be placed together?
The red line could be a satellite trail.
Always classify the object int he centre of the image, even it is the most boring one ! 😄 Here that is a very fuzzy galaxy.
Absolutely nothing ! 😄
Just click star/artifact and move on to the next image.
No merger here, sorry. The central object is a galaxy, but the smaller round objects are all foreground stars from our galaxy.
The bright object to the right of the galaxy centre is probably a foreground star from our galaxy.
The red line is just an artefact. And some of the small dots could be galaxies, others could be foreground stars from our galaxy.
The small dot next to the edge on could be a foreground star from our galaxy or it could be another galaxy.
The black bars are just optical artifacts caused by oversaturation.
The red streak is just an artefact and the two stars at the bottom just appear to be close together. No crashing stars here ! 😄
The object in the centre of the image is a fuzzy galaxy. Probably a spiral.
The bright spiky object bottom left is a foreground star from our galaxy.The colours, spikes and weird blue centre are all optical artifacts
I'd go for foreground star.
anyway #wrong_size ! 😄 Not sure about a 3-way merger. Just two galaxies involved for me.
Oops, didn't mean to sound so harsh ! 😄 But that is just my idea. I could be wrong and you could be right ! Just give it your best shot !
Why a Hoag type ? Just a two-armed disturbed spiral with a very noticable bulge for me (sorry ! )
SDSS has been wrong on more than one occasion ! 😄 That is where we come in ! For me all the small round white blobs are foreground stars.
Definitely a #merger. I'd go for three galaxies. The small round objects in this image are all foreground star from our galaxy.
Correct : see the zoomed out image : http://tinyurl.com/qc7paav
According to Skyserver the small round object in the cenre of the image is a foreground star from our galaxy.
I'd probably go for #merger ! 😄
yes, yes and yes ! 😄
Disturbed spiral with a foreground star overlapping ! 😄
The central object is a disturbed spiral galaxy.The orange one to the right is a foreground star from our galaxy. No interaction possible !
What are you referring to ? 😄
Sorry, not sure which two green dots you are referring to. I just see one green dot (at 12 o'clock), sorry.
But how would you classify this image ! It is a tricky one ! 😄
They could be asteroids or else just artifacts !😄
The object in the centre of the image is a galaxy with a couple of star forming areas (the blue smudges)
Gorgeous #merger !😄
Definitely not a gravitational lens. Why do you think it is one ?
The blue smudges are star forming areas in the galaxy in these Illustris images.
Oh WOW ! 😄
No gravitational lens here, sorry ! The blue 'arc' is lots of star forming areas of this seriously disturbed galaxy.
It's two galaxies interating. #merger ! 😄
The object in the centre of the image is a foreground star from our galaxy.
Forgot to add : #dailyzoo ! 😄
I'd go for an amazing barred and ringed galaxy ! Also two armed spiral, where the spiral arms fold back to make a ring. Gorgeous !
I'd say yes ! 😄
I'd go for disturbed spiral, but that is just me ! ;-D
Just give it your best shot ! Some people will call this a merger, others will go for overlap. And even that is valuable information. 😄
What I am trying to say is that if both galaxies look disturbed than it is probably a merger. Just go with your gut feeling ! 😄
Yep, but on the other hand,if you round these figures up to two decimals, it is 0.11 for both of them. 😄
Don't think so. Grav. lenses are usually more defined.
Here's the zoomed out image : http://tinyurl.com/o785dgw. Amazing #merger ! 😄
The orange/brown object at 4 o'clock is probably a foreground star from our galaxy.
Blue spots in these Illustris images are star forming areas in the galaxy.
Yes, that is a bright star fromour galaxy.
Here in GZ we only use the # overlap for galaxy/galaxy overlaps. So, while this is technically an overlap, it is not an # overlap ! 😄
The blue smudge is a star forming area in this very fuzzy galaxy.
The green line is indeed a satellite trail ! 😄
Sort of ! 😄
It is a two-armed spiral galaxy where the two arms fold back to make a ring.
Ooh ! Nice catch! It is a pea with z=0.06
But apparently it is a galaxy ! 😄
The yellow object (top left edge) is a foreground star from our galaxy. The colors and weird centre are just optical artifacts.
What is your question ? 😄
The object in the centre of the image is not a cluster but a galaxy. I'd go for a tight two armed spiral wiht an obvious bulge.
Fuzzy spiral anyone ? ;D
The colours, spikes and black/purple thing are all just optical artifacts. (Sorry !)
The bright object in the centre of the image is a foreground star from our galaxy.
I wouldn't go for ring for this one (but hey that is just me ! 😄 )
I wouldn't go for irregular for this one. I'd go for a bulgeless edge on (with a couple of star forming areas, so maybe disturbed)
Bright stars are a nuissance if you want to image far away galaxies ! 😄
Definitely a barred disk. Image too fuzzy to tell if it is a spiral.
See the zoomed out pic: http://imagine.legacysurvey.org/?ra=316.88735924714956&dec=-0.17006078422010495&zoom=12&layer=decals-dr1j
A bright star from our galaxy. Looks amazing though ! 😄
Wow ! Absolutely amazing ! Two galaxies interacting So the one at the bottom is not a star but definitely a galaxy.
Hi Ian
Merger means that the galaxies are interacting. Overlap means that they are not physically close but just a line of sight.
Definitely ! And wow indeed ! 😄
Not sure I'd go with smooth ! Too much features ! 😄
Disturbed galaxy (spiral ?)
Sorry, the object at 11 is just a foreground star from our galaxy with lots of optical artifacts ! 😄
The white object, bottom left, is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
A bright star from our galaxy. Just classify as star/artifact ! Looks amazing though ! 😄
I just see one (very disturbed) galaxy in this image.
The blue blobs are not individual stars but star forming areas in this galaxy.
Seriously disturbed spiral. 😄
Skyserver is seriously confused here ! It labels this one as a star but then it has a redshift of 0.038. So definitely not in our Milky Way
Do you mean that the galaxy to the right might be merging with a galaxy outside of this image ?
Yep ! It is better visible in the Skyserver image : http://tinyurl.com/nrstdkt
No gravitational lensing here, sorry ! This is an Illustris image.
There are no signs whatsoever of them interacting. So, no merger for me.
While you are correct in assuming that the two objects in the centre are galaxies, I am not sure that they are interacting.
The blue blotches in these Illustris images signify star forming regions in the galaxy.
A foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
Lots of artifacts but they sure look pretty though !😄
The central object is a galaxy however. See Skyserver http://tinyurl.com/q8qhmsa
Do you mean the lower right ? I'd go for an irregular galaxy, probably not connected with the central galaxy.
But I'm guessing that most people will classify this as a merger just looking at this image. I know I would ! 😄
It's much clearer in the Skyserver image (http://tinyurl.com/nv42gdg) that the central object is a star.
Here's the Skyserver image : http://tinyurl.com/ot9nt3k . Really nice edge on with an impressive dustlane ! 😄
The object in the centre of the image is a foreground star from our galaxy. The blue centre is just an optical artifact.
Looks like a satellite trail to me.
Two foreground stars fom our galaxy. The colours, spikes and weird centres are all optical artifacts
Yep ! The object in the centre of the image is a foreground star from our galaxy.
The white object with the blue centre in the centre of the image is a foreground star. The colours, spikes & weird centre are all artifacts
The white/pink object with the blue centre is a foreground star from our galaxy. The colours,spikes & weird centre are alloptical artifacts.
Sorry to repeat myself,but the blue clumps in the Illustris images are star forming areas in the galaxy.
In these DECaLS images asteroids do not look like they do in the old SDS images. We are all learning all the time. 😄
Yep, probably an asteroid !
If you classify it as a bar it cannot possibly be an elliptical galaxy! The moment you decide it is a bar,it is features/disk all the way !
Both galaxies look disturbed, so for me they are interacting ! #merger for me ! (and a nice one too ! )
Just classify what you see, not what you think you should see ! ;D
Skyserver is not always right ! That is where we come in ! No zooite in his/her right mind would have called that a separate object
Not sure why this would be a merger. Nice barred two armed spiral for me.
The blue smudges in these Illustris images mean star forming areas in this galaxy.
Just click star/artifact and hope for a better image ! 😄
Overlap, in GZ, means a galaxy/galaxy overlap. So no overlap in this image !
That is a lot of tags ! 😄
But how did you classify this one ??
The bright orange dot is a foreground star from our galaxy.
Slightly disturbed barred spiral for me. The blue smudges are star forming areas in these Illustris images.
Just one disturbed barred spiral.
No dust cloud in this image ! It's a fuzzy disturbed, barred spiral ! The bright blobs are foreground stars from our galaxy.
While there probably is a black hole in the centre of this image it is not possible to directly see this black hole.
Perfect example of a bar ! 😄
Both galaxies look disturbed. #merger for me as well.
I'd go for a very disturbed barred spiral, probably interacting with the galaxy at the top.
The white spiky object with the blue line through the centre is indeed a star. The colours,spikes and blue line are all optical artifacts
That could be an asteroid.
It is not visible in the SDSS Skyserver image, so not a Voorwerpje. I'm thinking asteroid.
The central object is a foreground star from our galaxy. The colours and weird centre are all optical artifacts ! 😄
I'd go for a seriously disturbed spiral, with lots of star forming areas. But hey, that is just me ! 😄
The bright round object top left is not a galaxy but a foreground star from our galaxy.
Both major galaxies look disturbed. It seems that we have some interaction going on ! 😄
Btw, I do hope that you classified the objec in the centre of the image !
The bright white object at the bottom of the image is a foreground star from our galaxy. The color&weird centre are all optical artifacts.
It is just a fuzzy galaxy. The 'dark area' is just an artifact
I'd go for a two-armed spiral where the spiral arms fold back to almost make a ring.
Not sure what you mean with black stain object.The central object is a disturbed spiral with e of star forming areas (the blue smudges)
I'd go for a disturbed, very loose, two-armed spiral.
The blue smudges are star forming areas in this galaxy. No gravitational lensing here, sorry !
Others are foreground stars from our galaxy. Definitely no gravitational lensing going on in this image.
The central object in this image is a fuzzy gaalxy. Some of the smaller dots in this image are also galaxies.
In these Illustris images they signify star forming regions in the galaxy.
The blue smudges are star forming regions in the galaxy.
Probably a foreground star from our galaxy. Sorry !
It is a barred, spiral galaxy. Very nice ! 😄
The coloured lines are artifacts
Here is the SDSS image : http://tinyurl.com/q2t4yzp
The central object looks like a fuzzy spiral.
A faint and fuzzy galaxy. 😄
No merger here. The bright round object is a foreground star from our galaxy. And we only use the # overlap for galaxy/galaxy overlaps.
The blue spike through the centre of the star is just an optical artifact.
In these Illustris images, the blue blobs mean star forming areas in the galaxy. More info here : http://tinyurl.com/o2j34ky
I'd go for bright nucleus. Amazing pic !
Why trying ?
Yep, fuzzy two-armed spiral for me as well. 😉
The small object at 7 could just as well be a foreground star from our galaxy.
No worries, lots (and I mean lots) of other people wlll get to classify this image, so any 'mistakes' will get ironed out.
Sometimes a newbie eye will see things that a a professional would not notice ! Just have fun and classify what you see ! 😄
Don't go for a confirmation of your classification. Just give it your best shot and you will be allright !
Don't try to guess what the right answer might be. Just give it your best shot;
If you see a ring that is what you should mark. It is as simple as that.
In these Illustris images, blue smudges mean star forming areas in the galaxy. Gorgeous image ! 😄
The blue smudges in these Illustris images signify star forming areas in the galaxy. Cool pic !
A very disturbed spiral galaxy. Nice one ! 😄
You could go for smooth and cigar shaped. But you could just as well go for a two-armed spiral seen almost edge on. It is your call ! 😄
I'd go for two galaxies interacting. #merger for me.
The blue pixels are indeed artifacts.
Correct ! The object(s) bottom right is/are stars from our galaxy. But, please, always classify the object in the centre of the image.
Not sure if it is a one armed spiral. If you squint you can see another fuzzy spiral arm on the opposite side. Definitely disturbed.
The object top right is a foreground star fom our galaxy. The coulours, spîkes and weird centre are all optical artifacts.
The object in the centre (which you are supposed to classify) is a very non descript galaxy.
I'd go with a very loose armed spiral. The blue smudges are star forming areas in the galaxy.
A very disturbed galaxy. Tidal trails/debris for me.
Just give it your best shot. Lots of other people will classify this image, so there will be a consensus at the end ! 😄
The bright object at the top is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artefacts.
Definitely tidal debris. Gorgeous pic.
It is from the Illustris database. The blue smudges are active star forming areas in the galaxy.
It's a very disturbed spiral galaxy ! Nice pic ! 😄
Just one galaxy in this image. The blue smudges are star forming areas in the galaxy.
Oh yes ! Gorgeous pic ! 😄
Yep ! The disturbe barred spiral is in the centre of this image.
I'd go for very disturbed barred spiral. Looks amazing though ! 😄
The blue dot is a star forming area in the galaxy. The red dot is a foreground star from our galaxy.
The red line is an artefact. Sorry, no lensing here. 😦
Looks ike it ! 😄
If it is barred, it cannot be an elliptical. Ellipticals are smooth without any feature. This is a barred disk.
Yes, it is an image from the Illustris database. See the mention underneath the image.
Do you have a before and after image? The bright blob at the bottom is probably a foreground star from our galaxy.Sorry !
No way to tell without additional information (spectra)
3 or even 4 galaxies merging (see the little one at 4) is a possibility. But there could be a foreground star in there.
Not really. Just looking at this image, I'd say that the two bluish objects are merging. The yelow galaxy is almost certainly not involved.
#Merger for me ! 😄
The object to the right is unfortunately not a UFO but a star from our galaxy. The colours, spikes & weird centre are all optical artefacts.
And there are such things as blue ellipticals, so star formation is not unheard of in this type of galaxies. ;D
In these Illustris images blue smudges mean star forming areas.
The blue smudge is an active star forming area in the galaxy.
The bright spiky object upper right is a foreground star from our galaxy. The colours, spikes and weird blue line are all optical artefacts.
The purple squares are an optical artefact.
It looks like they are interacting. #merger
Too fuzzy to tell.
Always classify the object in the centre of the image. Here that is the small bluish blob. I'd classify it as star/artifact.
Just two galaxies merging. Quite spectacular #merger ! 😄
But the 3 objects with a blue line are foreground stars from our galaxy. The colours, spikes and blue stripe are all optical artifacts.
First of all : always classify the object in the centre of the image. And there are at least 3 galaxies in this image.
The galaxy, is just that : a galaxy far, far away ! ;D The small round white object below the red line is however a star from our galaxy.
The two fuzzy objects top left from centre are probably galaxies. But not interacting.
The small white object in the centre is probably a foreground star from our galaxy.
Not a cloud, but a disturbed spiral galaxy.
The blue spots are star forming areas in these Illustris images. More info on the Ilustris images here : http://tinyurl.com/prpkcsx
Bonsoir Régents et soyez le bienvenu !
It is a simulated image from the Ilustris data base. More info here: http://tinyurl.com/prpkcsx
It is a disturbed (barred ?) spiral. The blue blobs are star forming areas in the galaxy.
That is a foreground star from our galaxy.
The small round objects are foreground stars from our galaxy and are definitely not emitted by the central galaxy.
Most of the small round objects are foreground stars from our galaxy and are definitely not associated with the central galaxy.
The blue spots are not gravitational lensing but they signify active star forming areas in these Illustris images.
The blue spots are active star forming areas in the galaxy.
Some of the small round objects are foreground stars from our galaxy.
The bright round object with the pink centre is a foreground star from our galaxy.
The object to the right is a bright foreground star from our galaxy.
The white round objects are foreground stars from our galaxy.
Nice pic !
It's a very disturbed spiral galaxy. Looks really nice ! 😄
I'm not 100% sure, but I think it could be an asteroid.
Looks like it.
You can still classify these #wrong_size images ! 😄
Or a #boxy_bulge ! ! Anyway, nice catch! 😄
Oh wow ! I completely missed the nebula ! It looks amazing in the zoomed out DECaLS image !
Don't worry ! Every image will be classified by a lot of people, so any mistakes will get ironed out. Just enjoy the ride and have fun ! 😄
2/2 I can see it getting lots of different classifications which in turn will alert the scientists that there is something special about it.
If you see one spiral arm in this galaxy, classify it as such.
A fuzzy disturbed spiral with lots of optical artifacts.
It is a disturbed barred spiral with active star forming areas (the blue blobs).
See the zoomed out SDSS image : http://tinyurl.com/pt54l5g
The galaxy is probably merging, but not with the object in the centre of the image. That is a foreground star from our galaxy.
The white spikes and the blue line are just optical artifacts. But it looks cool ! 😄
Unfortunately it is in the centre of the image,so just classify it as star:artifact
The bright round object with the weird centre is a foreground star from our galalxy.
Both of the galaxies are disturbed, so #merger is definitely a possibillity ! 😄
The bright spot to the right could also be a foreground star from our galaxy ! No merger for me.
The object (bottom left) is a foreground star from our galaxy. The colours, spikes & blue spike at the centre are all optical artifacts.
It is just one galaxy. I'd classify it as a disturbed barred spiral with lots of active star forming areas (the blue clumps)
I'd go for disturbed barred spiral ! 😄
There is no centre star. The bulge in the centre of this galaxy is made up of lots and lots of stars!
See the comments below : It is a foreground star from our galaxy. Just ignore it ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and weird blue spike at the centre are all optical artifacts.
That is an amazing image ! #dailyzoo
Happy hunting and don't be afraid to ask questions ! 😄
No gravitational lensing here. The 'arcs' are two spiral arms folding all the way back to form a ring.
The object in the centre of the image is a star from our galaxy. The colours, spikes and weird blue/pink centre are all optical artefacts.
The object at all most 12 o'clock is a foreground star from our galaxy. No merger possible ! and no supernova either, sorry !
The object in the centre of the image (which you are supposed to classify) is a fuzzy galaxy. Could be a disturbed spiral.
The bright object to the right is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
No dustlane for me. Probably #merger ! 😄
In these Illustris images the blue blobs signify active star forming regions in the galaxy !
The bright object to the right is probably a foreground star from our galaxy, so no interaction possible.
Definitely a #merger ! Lots of interaction and tidal debris visible in this image.
Not an edge on on for me ( too wide) I'm going for a bar ! 😄
The blue dots signify star forming areas in these images.
It could be a foreground star or else it could be an active star forming region in the galaxy.
Definitely a merger to the right, but please always classify the object in the centre of the image !
The small bright object to the right of the galaxy's centre is probably a foreground star from our galaxy.
The red thingies upper right, are an optical artifact.
Disturbed spiral for me as well.
The bright object to the right is definitely a star. No interaction possible.
Hi nyjtm ! I don't mind to check out for you, but did you know that clicking on Galaxy Zoo examine will give you a lot more info !
Star forming is correct, but not gasses ! The blue smudges are star forming areas in this galaxy.
They have very close redshifts, so an interaction/merger in progress is definitely a possibility.
Gorgeous #dustlane ! 😄
The blue clumps do indicate star formation.
No ring in this image for me. Looks more like a disturbed spiral galaxy.
No way to tell without additional information (redshift)
I'm just not sure the little guy at the bottom is the culprit. It does not look disturbed at all !
The central galaxy definitely looks disturbed.
In this version of GZ we have the DECaLS and Illustris data sets to classify.
You remembered ! 😄
Tx !
And yes, in these Illustris images, blue smudges mean star forming areas in the galaxy.
It looks like a star ! ;D
The two galaxies in the centre are both disturbed. #merger for me ! 😄
Nice #dustlane. Not too sure about the star formation.
Both galaxies look disturbed, #merger for me.
The red object at 1 o'clock is indeed a foregound star from our galaxy.
Not sure if the central galaxy is interacting with anything. And the red squigly line is an artefact. Definitely not a lens.
The central object is most definitely a very fuzzy and disturbed spiral galaxy.
The image is very fuzzy, so it could go either way.
Both galaxies look disturbed and have the same redshift, so #merger is a possibility ! ;D
http://imagine.legacysurvey.org/?ra=344.7586932990936&dec=-0.71479536488192&zoom=14&layer=decals-dr1j
The galaxy is seriously disturbed. Probably interacting with the spiral galaxy to the right. (Same redhifts)
Image see next comment.
Yes. It is a diffraction spike (orptical artefact) caused by the bright star bottom left.
No worries ! It gives me something to do ! ;D
The object (top right) is not a galaxy but a star from our galaxy. The colours,spikes & weird centre are all optical artefacts.
The small dot at 1 o'clock is probably a foreground star from our galaxy. No overlap here.
The green arc is an optical artefact.
The red line is indeed an artefact.
Correct, the coloured lines are artefacts.
The object in the centre is definitely a galaxy. The bright object to the left is a foreground star from our galaxy.
See the comments below. the bright object in the centre of the image and the one to the right are foreground stars from our galaxy.
The central object is not a galaxy but a star from our galaxy. The colours,spikes & weird centre are all optical artefacts.
Wow ! Amazing #merger.
#dailyzoo #ZGOTW
The object in the centre of the image is a star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
Love it ! Beautiful Illustris image ! 😄
It is an Illustris image, so the blue smudges signify active star forming areas in the galaxy.
Could be, but there are other ways to determine if there is an AGN (besides just an optical classification) !
You could go for irregular but a distuberd spiral is another possibility ! 😄
Disturbed spiral maybe ? ;D
In these Illustris images blue smudges signify active star forming areas in the galaxy. Definitely not a comet.
The object (left edge) is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
Both galaxies are definitely interacting. Gorgeous #merger
The bright round objects are foreground stars from our galaxy.
In these Illustris images the blue blobs indicate active star forming areas in the galaxy.
I don't think we are supposed to get SDSS images anymore. Only DECaLS and Illustris. I'll try and find out.
Did you get this SDSS image for classification ?
Not an asteroid.
All the objects in this field have the same red dot. http://tinyurl.com/qf6lbus
Correct ! The red dot is a foreground star from our galaxy.
The blue smudge is a starforming area in the galaxy.
The object in the centre is a galaxy. The two bright at the bottom are foreground stars from our galaxy.objects
Yep, definitely a galaxy. Possibly a fuzzy spiral.
Any question here ? 😄
The bright object at the bottom is a foreground star from our galaxy.The colours,spikes&weird dark centre are all optical artefacts
A blue disturbed spiral galaxy in the centre of the image (that is the object you are supposed to classify).
The two white dots could be foreground stars or they could be part of the galaxy. 😮
I'm going with foreground stars ! 😄
overlap for me as well.
No worries ! Just keep the questions coming! 😄
The blue blobs are active starforming areas in the galaxy. No voorwerpje here, sorry.
Or a barred two-armed galaxy where the two arms fold back to make a ring (a ringed galaxy) 😄
Yep, it is a foreground star from our galaxy. Looks cool though! 😄
I see a disturbed two armed spiral. Not sure what you mean by the scythe shapes ?
Most probably a foreground star.
This galaxy has a very bright core. And where do you see the 'supernova' ?
An irregular will look disturbed anyway ! ;D
I'd go for severly disturbed spiral in this case.
The central object is indeed a star but the colours, spikes and weird centre are all optical artefacts.
Definitely interacting with the galaxy bottom right. Great #merger.
Ooh, looks like it could be a polar ring ! Really nice catch ! 😄
it's a possibility.
The central object is a fuzzy galaxy. The red glow and the spike are optical artefacts caused by a bright star outside of the image.
Not sure what you mean.
It is a lovely 3-armed spiral. Nice catch !
The object in the centre of the image is not a galaxy but a star from our galaxy.The colours,spikes & weird centre are all optical artifacts
Not sure if I would tag this one with star forming ! I'd probably go for disturbed edge on.
The blue dots are active star forming areas in this galaxy.
Both of the galaxies look disturbed, so merger is a definite possibility ! 😄
I'd go for a disturbed galaxy.
The central object is not an artefact but definitely a faint and fuzzy galaxy ! 😄
Looks like an artefact to me.
The blue dots are active star forming areas in this disturbed galaxy.
It's an artefact.
More likely a foreground star.
That is most probably a foreground star from our galaxy.
The blue dots in these Illustris images do indeed mean star forming areas in the galaxy.
#overlap #dailyzoo ! 😄
Really ? I'd go for barred spiral anytime !
This is an optical artifact because the objects are so small.
Do you mean the object at 7 o'clock ? That is another galaxy (edge on) in the background.
The galaxy is very disturbed but there is no candidate in the picture. Could be the result of a flyby.
The blue dots signify areas with active starformation in the galaxy.
The central object is a star from our galaxy. The colours, spikes and dark patch are all optical artefacts.
Gorgeous disturbed spiral ! 😄
Not sure this is a barred galaxy. Could be a disturbed spiral galaxy.
The bright white object in the centre of the image is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
Yep ! Definitely artefacts.
The central object is indeed a star from our galaxy. The colours, spikes and weird centre are all optical arteacts.
The object bottom right corner is a foreground star from our galaxy.
It's a star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
No gravitational lens here. The blue dots are star forming areas in the galaxy.
Not a star but a real galaxy. Smooth and round.
No problem, just ask as many questions as you want ! We are here to help ! 😄
This is actually a star from our galaxy. The colours, spikes and weird centre are all optical artefacts. So, just classify as star/artefact!
Nope. Not a nebula but a disturbed barred, spiral galaxy.
Gorgeous #merger. 😄
Features, no edge on, no bar, no spiral, obvious bulge, anything odd : merger or disturbed. That is how I would classify it. 😄
Definitely a spiral. Just a very fuzzy and disturbed one.
The central object is a star from our galaxy. The colors and weird centre are optical artefacts.
It looks like there is some interaction going on between these two galaxies. I'm going for #merger ! 😄
Not that much distortion visible. Could be just a line of sight.
Not sure about it being a 2-armed spiral.I'd go for a disk/spiral seen edge on,but then you cannot be sure how many arms there are(if any).
Your guess is as good as mine ! It looks like these two galaxies are merging. 😄
Just give it your best guess.
Splendid is the correct word ! #dailyzoo
Two armed spiral for me as well.(squinting helps) Did you notice the small #overlap top left ! 😄
Gorgeous ! definitely #dailyzoo 😄
The blue spike, bottom right corner, is an optical artifact caused by a bright star.
Sorry, I don't understand your question.
It has pointy ends. So, it is more likely to be a disk or a spiral seen edge on.
The bright spot is probably a foreground star from our galaxy.
It could be a merger of two galaxies. But one of the bright spots could just as well be a foreground star.
Not dead, just faint and fuzzy.
Just answer the questions as well as you can.Thanks for participating! 😄
Sorry, but the scientists want you to guess instead of dodging the question. Just give it your best guess ! 😄
The dark dots in the centre of the bright objects are artefacts. The bright objects are foreground stars from our galaxy.
Please read the comments. In these images it is not possible to see planets.
The red glow is a foreground star from our galaxy just outside of this image. The colours and spikes are optical artefacts.
Just classify as star/artefact and hope for a gorgeous image ! 😄
Again, this is probably a foreground star from our galaxy. The colours and weird centre are just optical artefacts.
Sorry, it is not possible to see planets in these images. The red dots are probably foreground stars from our galaxy.
The bright white object with the blue centre is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
The object, bottom right, is a foreground star from our galaxy. The colours, spikes and weird centre are all optical rtrefacts.
Sorry, but I don't see a bright light on the bottom left side ?
The bright white object in the centre of this image is probably a foreground star from our galaxy.
The green and red spots around this galaxy are just noise.
The white object with the red centre, top left, is a star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
Amazing ! 😄
The two galaxies look like they are interacting but the image is very fuzzy. Anyway, it is your call! ;D
The red line is an artefact. And a disturbed spiral ! Nice catch !
A smooth and almost round galaxy. 😄
Yep ! #merger for me ! 😄
Not much distortions visible. No merger for me.
What about tidal debris ? (the easiest answer)
Really looks like these two are interacting. Lovely #merger ! 😄
The elongated object is another galaxy. Could be an overlap, could be a merger;
Very faint and fuzzy galaxy.
The white object with the purple centre (top left) is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
The red bright thing top right is a star from our galaxy.
What an amazing disturbed spiral ! 😄
I'm really not sure this is an elliptical. I'd go for a barred and disturbed spiral
Wow ! Nice one ! 😄
Could this be a #polarring ? Or am I seeing things ? ;D
Gorgeous barred, 3-armed spiral. 😄
Yep, definitely a #dustlane but it is very faint. Nice catch ! 😄
Lovely spiral ! 😄
Sorry, no jet in this image.
Yes, definitely a galaxy. The dark spot is just an artefact !
Probably just a line of sight.
The star is a foreground star from our galaxy. It is definitely not behind the galaxy.
The red lines look like artefacts to me.
Not a dust cloud but tidal debris. It s a very disturbed galaxy.
The stars inthese images are foreground stars from our galaxy.
In the Illustris images, the blue dots are star forming areas in the galaxy.
But sadly, it is not an eclipse. 😄 It is a star from our galaxy. The colours and weird centre are optical artefacts.
Definitely a bar ! 😄
Extremely beautiful spiral galaxy ! Je suis d'accord ! 😉
Oops ! 😄 Just click star/artefact !
Correct, that is a star. The weird centre and lines are optical artifacts.
I'd go for smooth and in between.
In these Illustris images the blue dots are star forming areas in the galaxy.
A disturbed disk or spiral galaxy seen edge on.
A pretty impressive #merger ! 😄 Nice catch !
In these Illustris images, the blue dots are active star forming areas in the galaxy.
In these Illustris images, the blue dots mean active star forming areas in the galaxy.
Tappy hunting ! 😄
Sorry, i don't see a ring here.
This is a star from our galaxy.The spikes and dark feaure all optical artifacts.
Classify as star:artifact.
The blue dots are ative star forming areas in the galaxy.
In the Illustris images these blue dots are star forming areas in the galaxy.
first what ?
Gorgeous barred spiral !
And no need to shout ! ;D
First what ? Just asking ! ;D
Looks too straight to be anything natural. Artefact for me.
It sure is ! 😄
But don't worry, this image will probably have some wildly varying classifications, so It will get flagged as "weird" ! 😄
As it says on the classifying page : Always classify the galaxy in the centre of the image. So,here it would have to be: star/artefact
The central galaxy is not that hard to classify though 😄
Always classify the object in the centre of the image, even if it is the most boring one! 😃
Both galaxies look disturbed. Nice #merger.
The blue blobs are active star forming areas in the galaxy.
Most of the small round objects are foreground stars from our galaxy.
The small round objects at the top are foreground stars from our galaxy.
Definitely a merger ! Nice catch! 😄
So this means the sims are really good ! 😄
The central object looks like a foreground star to me. So, no merger here.
I'd go for smooth and round for this galaxy.
This is probably a star from our galaxy. Just classify as star/artefact.
It's an Illustris image. See this blog post for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
A faint and fuzzy galaxy probably interacting with the one to the left.
The object in the centre of the image is a disturbed galaxy.
Here is some more info on the Illustris images : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It looks like they are interacting.
Definitely artefacts.
See this blog post for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It is a very disturbed galaxy. Lots of tidal debris.
Can we have an example of how voorwerpjes would look like in these images ?
In the SDSS images the voorwerpjes had these incredible flashy colours.
Blue in the Illustris images indicates areas of star formation.
The galaxy in the centre has a couple of active star forming regions (the blue blobs)
Don't worry, lots of people will classify this image, so any mistakes will get ironed out.
Nobody's perfect ! 😉
The blue blobs are probably areas with active star formation. More here : http://blog.galaxyzoo.org/?_ga=1.160611966.259766795.1441311472
The galaxy is obviously disturbed.
A fuzzy disturbed spiral.
It's a bad image from the edge of the survey, aka The Cosmic Scarf. 😄
See the very zoomed out pic : http://tinyurl.com/paw4rqd
Looks like 3 stars to me . But I prefer Mickey Mouse ! 😉
The image is very fuzzy so it is difficult to tell. But merger is still an option.
No merger here, just one galaxy. The blue blob is a star according to Skyserver, but it could also be a star forming area in the galaxy.
See the comments below : just a bright star. The colours, spikes and weird centre are all optical artefacts.
The small object between the two stars could be another star or a very faint and faraway galaxy. Your guess is as good as mine. 😄
All the objects in this image are stars from our galaxy.
So the classifications will be all over the place.
This is a difficult one. Although it is centred on the star, I think most people will classify the galaxy.
Nope, just classify as star/artefact and move on ! Sorry ! ;D
Inner ring ! 😄
All the objects in this image are stars from our galaxy. Looks pretty though ! 😄
Both the object in the centre and the one top left corner are both galaxies.
It's a bad image from the edge of the survey. Just classify as star/artifact.
Not a galaxy but a star from our galaxy. The colours are not real. Classify as star/artefact.
The central object is a galaxy, but the bright one at the top is a foreground star from our galaxy, so definitely no merger here.
Definitely two galaxies !!! No dustlane here. and with these fuzzy images, no way to tell if they are interacting. The top1 looks disturbed
See the comments below : out of focus and overexposed stars from our galaxy.
All the objects in this image are overexposed and out of focus stars from our galaxy.
No merger here. Just three stars in a row. Nice chance alignment.
Definitely no gravitational lens here. The stars are stars from our galaxy, so they cannot be lensed by the galaxy.
Nope ! 😄
It's a bad image from the edge of the survey. Also known as the Cosmic Scarf : http://tinyurl.com/pmak69d (very zoomed out)
Shamelessly plugging for another project : GZ Bar Lengths : https://www.zooniverse.org/projects/vrooje/galaxy-zoo-bar-lengths/classify/ 😄
Yep, fuzzy spiral or disk.
For me this is just a very disturbed spiral with a couple of active star forming regions.
I'd probably go for two spiral galaxies interacting ! But hey, it is your classification ! 😄
And happy hunting! 😄
Definitely a disturbed spiral.
And the red object to the left is probably a foreground star from our galaxy.
Stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
In this case, if the image is centered on a part of the galaxy, you can classify the galaxy. Slightly disturbed spiral for me.
Correct classification : disturbed spiral.
The object at 7 o'clock is a foreground star from our galaxy. You incorrectly identified the centre of the galaxy as a star.
The small round orange object is a foreground star from our galaxy.
Both the objects here are stars from our galaxy, but the colours are not real. They only appear to be touching. Definitely no merger here.
Since it is only visible in one filter, I'm thinking artefact.
But since all the objects in this image are stars from our galaxy, classify as star/artifact.
The centre of the image is right in between the two objects.
All the objects in this image are stars from our galaxy, but he colours are not real.
This is actually a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Correct. These are out of focus and overexposed stars from our galaxy.
These are indeed stars from our galaxy. No way to tell from just this image if they are actually close toghether or just line of sight.
It is a bad image from the edge of the survey.
Looks like an artifact to me.
Could be a foreground star.
Here in GZ we only use the hashtag overlap for galaxy/galaxy overlaps ! So, this is technically an overlap but in GZ not ! 😄
Thanks !
Not sure what you mean with spoked and dust? Would you care to explain ?
Could be a disk or a fuzzy spiral.
A barred spiral galaxy, slightly disturbed.
The green streak is a satelite trail. Probably a tumbling sattelite !
Definitely stars from our galaxy. 😄
Not a galaxy, but a star from our galaxy. The colours are not real.
It is a bad image from the edge of the survey. See the comments below ! 😄
The bright round orange object is a foreground star from our galaxy ! 😄
The object in this image is a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Not a bug, just imaging and filter problems. Btw, all the objects here are stars from our galaxy.
Not a bug. Just a lot of imaging and filter problems. All the objects here are stars from our galaxy.
Hi samko13,
All the objects in this image are stars from our galaxy, but the colours are not real. Looks cool though ! 😄
Nope. It is a a star from our galaxy.
All the objects in this image are out of focus and overexposed stars from our galaxy.
The small red dots are foreground stars from our galaxy. And so are the other round dots.
All the objects in this image are stars from our galaxy, but the colours are not real. The stars only appear to be touching. No merger here.
See the comments below : the red line is a satellite trail
The colors, rings and dark spots are all optical artefacts.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Both the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The green object to the left of the central galaxy os a foreground star from our galaxy.
The bright blue object to the right of the centre is probably an active star forming area in the galaxy.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems.
The bright star at 9 o'clock is a foreground star from our galaxy.
Lol !
Te green dots are probably just artefacts.
There was a supernova in 2011 (SN 2011gi). But I don't know when this image was taken.This is were it was located http://tinyurl.com/q7tddvq
I wouldn't call this lensing (but I'd be happy to be proven wrong ! 😃 )
Two galaxies interacting for me. #merger
Thanks for posting this, but we already know the ra and dec. 😃
Sorry, that is not correct !
It is a bad image from the edge of the survey. Also known as the Cosmic Scarf. 😄 See the very zoomed out image : http://tinyurl.com/pfov3vg
Hi Graham, please only use the hashtag overlap for galaxy/galaxy overlaps ! Thanks 😃
Great catch, btw ! 😄
All the objects here are out of focus and overexposed stars from our galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/artefact.
The red dot is definitely a foreground star from our galaxy.
Probably #merger ! 😄
Sorry, not a gravitational lens here. It looks more like a disturbed spiral arm.
Correct, the orange round object at 6 o'clock is indeed a foreground star from our galaxy.
Where did you find this information ?
All the objects in this image are stars from our galaxy, but the colours are not real. Classify as star/artefact.
The object, top right, is a foreground star from our galaxy. The colours and weird dots are all optical artefacts.
The image is just too fuzzy to tell. It could just as well be noise.
It is a bad image from the edge of the survey. Just classify as star/artefact.
Kazarian ??? 😄 Try googling kazarian ! 😉
Please explain ! 😄
Sorry, no merger of galaxies here. Both the objects are stars from our galaxy but they only appear to be touching&the colours are not real.
All the small bright objects have the same appearance, so imaging artefact is correct ! 😄
These two objects are stars from our galaxy, but they only appear to be touching. No merger here ! And the colours are not real.
The small white object at 10 o'clock is probably a foreground star from our galaxy.
Both these objects are stars from our galaxy, but the colours are not real. And they only appear to be touching.
The darker dot (left edge of the galaxy) is probably an artifact.
All the objects in this image are stars from our galaxy, but their colours and the colour of the background are not real. Filter problems.
It's a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
This is actually a star from our galaxy, but the colours are not real.
Both these objects are stars from our galaxy. But they only appear to be touching. No merger here.
The objects (bottom & top right) are both foreground stars from our galaxy. The colours, spikes and weird centre are all optical artifacts.
These objects are indeed all stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
With this colour it is a very safe bet to go for star/artefact ! It is a bad image from the edge of the survey, btw.
Gorgeous image ! 😄 Btw, all the objects in this image are stars from our galaxy. Classify as star/artefact.
The blue streak is a rotating satellite caught in just one filter.
See the zoomed out and rotated image : http://tinyurl.com/pefx4ov
See the comments below : A lot of stars from our galaxy and an amazing chance alignment! 😄
The darker dot in the centre is an optical artefact caused by oversaturation.
The object in this image is a star from our galaxy, but the colours are not real. The colours and weird centre are just optical artefacts.
The multiple colours are just optical artefacts ! (sorry ! )
The object at the top is a foreground star from our galaxy, so definitely not a merger.
All the objects in this image are stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
All the objects in this image are indeed stars from our galaxy. but the colours are not real. Lots of imaging and filter problems.
The blue object top left is a fuzzy galaxy, most probably not connected with the central one.
Always classify the object in the center, even if it is the most boring one ! 😄
Here, all the objects are stars from our galaxy.
Which one ? 😄 The central object (which you are supposed to classify) is a fuzzy galaxy. The smaller one at 4 o'clock is probably a star
A couple of out of focus and overexposed stars from our galaxy ! 😄
I'd go for (maybe disturbed) spiral ! No dustlane for me.
A very fuzzy image of a galaxy. Just answer the questions as well as you can !
Here in GZ we (try to) use the # overlap only for galaxy/galaxy overlaps. Thanks for helping out ! 😄
They look like two stars that appear close together in this image as well ! 😄
Definitely disturbed. Could be the result of a fly-by.
What about the black hole in the centre ? 😄
Yep ! ;D Misalignment of the filters.
Three galaxies, probably interacting.
See the comment below : a bad image from the edge of the survey. Classify as star/artifact.
All the objects in this image are stars from our galaxy, but the colours are not real. So, no bulge here ! Classify as star/artifact.
A fuzzy galaxy. Really not much more to tell about it ! 😄
The cloud top left is another galaxy. Could be interacting with the central one.
Out of of focus and overexposed stars from our galaxy. But the colors are not real.
I can imagine this hanging on my living room wall ! 😄
The object, top right, is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
The object top right is a disturbed spiral galaxy with a bright core. The object at 3 o'clock is a foreground star from our galaxy.
Either a disturbed spiral or else an irregular galaxy. Just answer the questions as well as you can !
Yep, definitely a star from our galaxy, but obviously the colours are not real. Lots of imaging and filter problems.
Indeedie ! So many stars ! 😄
I'd go for seriously disturbed spiral. And the thing you see in the u-band is not a jet but an internat structure of the galaxy.
The object top left corner is a foreground star from our galaxy.
See the comments below : an overexposed and out of focus star.
The green smudge at 5 is not a galaxy but an artifact.
Most definitely not. The central galaxy is a spiral galaxy and these are just not massive enough to do any kind of lensing.
It could very well be a disturbed fuzzy spiral (just saying ! 😉 )
Not sure if there is a dustlane here. Could just be an optical artifact.
Oh wow, what a gorgeous #merger ! 😄
Don't classify based on colour. Just answer the questions as well as you can ! And this one will get very different classifications ! ;D
The dark dot in the center of the galaxy is an optical artifact caused by oversaturation
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Out of focus and overexposed star from our galaxy.
At these distances it is not possible to see individual stars ! 😄
Mais une très belle galaxie quand même ! 😄
See the rotated and zoomed out image : http://tinyurl.com/p5bnc8t.
The blue line is indeed an optical artifact, caused by a bright star outside of this image.
What do you mean with protostars ?
The objects at the tips of the spiral arms are probably foreground stars from our galaxy. No overlap here.
At these distances it is not possible to see individual stars.
These are out of focus and overexposed stars. Just classify as star/artifact.
Sorry !
No worries, we've all been there ! 😄
No merger here. All the small round objects are foreground stars from our galaxy. And we only use the # overlap for galaxy/galaxy overlaps
Disturbed barred spiral for me. But it looks amazing ! 😄
Or merging. The image is just too fuzzy to tell.
Definitely disturbed ! 😄
The small orange object could just as well be a foreground star from our galaxy. No merger or overlap for me.
Definitely a fuzzy spiral.
The blue dots are not individual stars but star forming regions in the galaxy.
If there is no distortion it could just as well be an overlap.
The green line is a satellite trail.
The object at 4 o'clock and the red one to the left are both probably foreground stars from our galaxy. No merger here.
The small blob could be a foreground star or another galaxy. Not much information to go on. No merger, no overlap for me.
No ring for me.
Lovely stars from our galaxy.
It could be a foreground star or an active star forming area in the galaxy.
The darker area in the center is indeed an optical artifact caused by oversaturation. The dot at 2 o'clock is probably a foreground star.
Probably just an edge on and a chance alignment. Sorry !
Yep, merger for me too ! Nice catch ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No lens here !
Correct ! But obviously the colors are not real.
The 'jet' is indeed just an optical artifact (iffraction spike) caused by a bright star almost outside of this image. 😃
😄 Tx !
And it is totally addictive ! I only started 8 years ago ! 😉
Just keep the questions coming and have fun ! 😄
If you see a hint of spiral arms it is definitely not an elliptical.
Try squinting ! 😄
Definitely not an elliptical as there are some features visible. Probably a fuzzy 2-armed spiral with a big bulge.
I'd probably go for disturbed spiral. Not sure if there is a dustlane.
The image is very fuzzy, so difficult to see if the galaxies are interacting.
I wouldn't call this one an irregular. I'd go for disturbed spiral.
Without additional info it is not possible to tell if the galaxy to the right is close or not to the central one.
The two galaxies are probably interacting. The top one is definitely disturbed, but I'd go for disturbed spiral for that one.
The two objects in the center are indeed galaxies, probably interacting.
The central object is a disturbed spiral galaxy. The bright one to the left is a foreground star from our galaxy.
See the comments below : Two stars from our galaxy, but the colors are not real.
Al the objects in this image are out of focus and overexposed stars from our galaxy.
It's a diffraction spike (optical artifact) caused by a bright star outside of this image.
It is a star from our galaxy, but he colors are not real. Lots of imaging and filter problems.
All the objects in thiis image are stars from our galaxy. No dustlane and definitely no merger here.
This is a star from our galaxy but the color is not real. Filter problems. And sorry, I don't know its name ! 😉
The red dot in the center of the galaxy is an optical artifact caused by oversaturation The larger red object at 4 o'clock is a star.
See the comments below : imaging artifacts. No asteroid here.
The red object at the top is a foreground star from our galaxy. But the color is not real.
This is indeed a star from our galaxy. The colors and weird center are optical artifacts.
Or very disturbed spiral galaxy.
Both these objects are stars from our galaxy that only appear to be touching. No merger here, sorry.
And the object, top left corner, is just a very bright star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Not sure I'dd call this one an elliptical. I'd probably go for irregular.
All the objects in this image are stars from our galaxy but the colors are not real. Lots of imaging and filter problems here.
These are actually stars from our galaxy but the colors are not real. Lots of imaging and filter problems here.
This is actually a star from our galaxy but the colors are not real. Lots of imaging and filter problems here.
The object at 3 o'clock is probably a foreground star from our galaxy so it cannot be interfering with the central galaxy.
Definitely a galaxy.
Misalignment of filters
This is actually a star from our galaxy, but the color is not real. Lots of filter and imaging problems.
Yep ! These are actually stars from ourgalaxy, but the colors are not real.
That is probably a foreground star from our galaxy.
I'd go for foreground star from our galaxy.
That is just an optical artifact sorry.
Neither ! The small round object is a foreground star from our galaxy.
Or two stars that just appear to be very close. Remember, the colors are not real.
The white point is most probably a foreground star from our galaxy.
Nope, not a nebula but a real galaxy. I'd go for very disturbed spiral. But irregular is also an option. It is your call ! 😄
The central fuzzy object is a galaxy (smooth - round). The bright small round object is a foreground star from our galaxy.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Classify as star/artifact !
These stars only appear to be touching. No overlap here. And in GZ we use the # overlap only for galaxies overlapping ! 😄
This is actually a star from our galaxy,but the colors in this image are not real. Lots of imaging&filter problems here.Happy hunting ! 😄
The green dot at 9 o'clock is a cosmic ray hit that didn't get removed from the image.
See the comments below : overexposed and out of focus stars from our galaxy.
These are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here.
It is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
It is actually two two-armed spirals interacting ! Gorgeous #merger.
I'd go for a loose two-armed spiral. But hey, that is just me ! 😄
Not sure if I'd call this an overlap.
Or it could be the result of a flyby ! 😄
The central object is a galaxy, the other ones in this image are foreground stars from our galaxy.
This is actually a star from our galaxy, but the colors are not real.
Both these objects are out of focus and overexposed stars from our galaxy. No merger here.
With these images it is never easy to tell, but here I'd go for #merger ! 😃
And definitely no graviational lensing here ! 😄
Sorry, these object are not galaxies but stars from our galay and the colors are not real. Lots of imaging and filter problems here.
The central object is a galaxy, the one to the right is a foreground star from our galaxy.
The asteroid is the tiny blue/red/green thingy in the upper left quadrant left of the orange star.
Overexposed and out of focus stars from our galaxy ! 😄
This is actually a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
See the comment below : This is a star from our galaxy, but the colors are not real. The blue crescent is also an optical artifact.
It doesn't look like any potato I've ever seen ! 😉
The central object is a galaxy, but all of theother ones are probably stars from our galaxy.
Two galaxies interacting : lovely #merger.
The object bottom left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. So, classify as star/artifact.
Correct ! Fuzzy spiral
Very fuzzy and disturbed spiral.
Definitely a spiral with two fuzzy arms that fold back all the way to form a ring
The blue "cloud" is a disturbed galaxy. The yellow ball is a foreground star from our galaxy.
It is actually as star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Too fuzzy to tell really.
No, sorry, not an asteroid but probably a cosmic ray hit that didn't get removed.
Oops, sorry. It is just two stars from our galaxy that only appear to be touching. No merger here !
The red hue is just a filter problem. And the objects in this image are stars from our galaxy but the colors are not real.
Definitely not a galaxy ! It is a bad image from the edge of the survey, also known as the Cosmic Scarf : http://tinyurl.com/p5hat3o
Congrats ! You found a piece of the Cosmic Scarf (see the very zoomed out image : http://tinyurl.com/ne363r5).
Sorry, all the objects in this image are stars from our galaxy. No merger here.
Nope, just a star from our galaxy. Lots of filter and imaging problems.
Sorry, not a quasar but a star from our galaxy. But the colors are not real. Lots of imaging and filter problems. Also no lensing here.
Correct ! All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Both these objects are stars from our galaxy, but the color is not real. Filter problems.
The 3 fuzzy ones in the center & the one at 3 o'clock are galaxies. The small round ones & the bright one (bottom) are all foreground stars.
I still have no idea what you are trying to prove but could you please stop posting these links. They are cluttering up the Recents page. TX
Still not sure what you are trying to explain. Are you seriously saying that there are no stars in this galaxy ? Hint : you would be wrong !
All the objects in this image are stars from our galaxy. No merger here.
I am not sure what you are trying to explain here. I'm with wtaskew here.
If it is an elliptical it cannot be an edge on !
It could be another galaxy or it could be a foreground star.
Two galaxies interacting. Lovely #merger.
😄 These are all out of focus and overexposed stars from our galaxy.
The central object is a very fuzzy spiral. The bright round object is a foreground star from our galaxy.
These two objects are stars from our galaxy. They only appear to touching. No merger here.
The bright object to the right is a foreground star from our galaxy. the colors, spikes and weird center are all optical artifacts.
The green dot is not an asteroid. It is probably a cosmic ray hit that didn't get removed.
Looks more like faint spiral arms to me.
It is your call ! 😄
Two spirals, probably interacting ! 😄
And no way to tell from just this image if they are really close together or if this is just a chance alignment.
The objects in this image are indeed stars from our galaxy, but the colors are not real.
The bright object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects here are stars from our galaxy. The two in the center only appear to be touching. No merger or graviational lensing here.
Definition of galaxy (wiki) : A galaxy is a gravitationally bound system of stars, stellar remnants, interstellar gas & dust, & dark matter.
The object bottom left is probably another galaxy. Difficult to tell whether or not it is ineracting with the central one.
Itis a galaxy with lots and lots of stars.
You do realize that this is a galaxy !
Billions and billions of stars in this galaxy.
Beautiful edge on spiral or disk galaxy containinng millions and millions of stars and a lovely dustlane.
Too fuzzy to tell, but definitely not a voorwerp (the color is all wrong)
Overexposed and out of focus star from our galaxy.
It is a star from our galaxy, but the color is not real. Something went wrong with the filters.
It is a star from our galaxy, but the colors are not real.
Overexposed and out of focus stars from our galaxy.
Not sure it is a merger. There is some disturbance, but it could be an overlap as well.
I'd say yes !
It is a bad image from the edge of the srvey. Just classify ast/artifact.
Correct. The object at the top is a foreground star from our galaxy. No merger here.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imging and filter problems.
Correct ! All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imging and filter problems.
Two-armed, barred spiral. 😄
Hey Countryboy, we've all been there and done that ! Don't worry ! Lots of people will see this same image !
All the objects here are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The objects in this image are stars from our galaxy, but the colors are not real. & they only appear to be touching. Nice chance alignment.
Yep ! #merger in progress.
See the comment below : All the objects in this image are stars from our galaxy.
It is an out of focus and overexposed star. Just classify as star/artifact.
I'd go for two spiral galaxies in this image. Not sure if they are merging though, not much distortion visible.
It is an overexposed and out of focus star from our galaxy. Just classify as star/artifact.
The central object is a galaxy. The two round bright ones to the right are foreground stars from our galaxy.
The central object is a fuzzy spiral. No gravitational arc here.
Allthe objects int his image are stars from our galaxy. No merger here.
The objects in this image are all stars from our galaxy. The two in the center only appear to be touching. No merger here, sorry.
Three galaxies, probably merging
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
This is a star fom our galaxy, but the colors are not real. Lots of filter and imaging problems in this image.
See the comments below : the colors are not real. Filter problems
All the objects in this image are stars from our galaxy. Lots of filter and imaging problems here.
No asteroid in this image, sorry.
I can see at least one spiral arm.
These objects are stars from our galaxy that only appear to be touching. No merger here.
I'd go for fuzzy galaxy.
Not a green pea but a star from our galaxy. The colors are not real.
Not green peas but stars from our galaxy. Lots of imaging and filter problems in this image.
The darker spot in the center of the galaxy is an optical artifact caused by oversaturation.
Yep, definitely a galaxy.
This is actually a star from our galaxy but the colors are not real. Lots of Imaging and filter problems Just classify as star/artifact.
Again, just overexposed and out of focus stars from our galaxy. Just classify as star/artifact.
It is actually an out of focus and overexposed star. Just classify as star/artifact.
Edge on spiral or disk galaxy with a huge bulge.
See the comments below, these are just two stars.
Disturbed galaxy. No lens, sorry.
The fuzzy orange object in the center is a galaxy. The other bright round objects are all foreground stars from our galaxy.
This is actally a star from our galaxy but the colors are not real.
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/artifact.
The greenish/red round object to the left of the galaxy is a foreground star from our galaxy. the colors are not real.
See the comments below : All the objects in this image are out of focus and overexposed stars from our galaxy. Classify as star/artifact.
Disturbed spiral for me. No lensing here, sorry
This is actually a star from our galaxy but the colors are not real. Lotsof imaging and filter problems here.
Definitely not an ellitical !
it is probably a two armed spiral where the faint and fuzzy arms fold back to make a ring.
The small round objects that form a half circle to the left are indeed foreground stars from our galaxy. Very nice chance alignment.
This is just a bad image from the edge of the survey. Just classify as star/artifact.
Collision de deux galaxies spirales ! 😄
Merger of two spiral galaxies.
Not much (if any) distortion in either galaxy, so #overlap for me.
The central object is definitely a galaxy. The small 1 top left could be a galaxy but it could just as well be a star from our galaxy
This is just a star from our galaxy but the colors and weird pink stripe are optical artifacts. Just classify as star/artifact.
The two bright round objects are foreground stars from our galaxy anc not connected to the central galaxy.
The bright round object bottom left is a foreground sta from our galaxy.
Nope not an artifact, it is a foreground star from our galaxy, but the colors, spikes and weird center are all optical artifactq !
Why what ?
lol ! 😄
PS : see the comments below ! ;D
AGN is a possibility.
Not a supernova explosion but just a star from our galaxy. The colors are not real. Lots of imaging and filter problems in this image.
That is a foreground star from our galaxy, but the colors are not real.
Correct. It is a bad image from the edge of the survey. Just classify as star/artifact.
Here in GZ the # overlap is only used for galaxy/galaxy overlaps.
The greenish triangle is just an optical artifact. Looks cool though ! 😄
The dark brown /red stripe along the galaxy is a lovely dustlane !
I'd go for edge on disk or spiral galaxy !
Both galaxies are seriously disturbed. So it is safe to say that they are interacting ! Gorgeous #merger ! 😄
Sorry to burst your bubble, but all the objects in this image are stars from our galaxy that only appear to be touching.
What an amazing spiral galaxy !
I'd go for a fuzzy disturbed spiral with lots of active star forming areas (the blue clumps)
The central object is a disturbed barred spiral. The small round objects are all foreground stars from our galaxy. Looks amazing ! 😄
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Just classify as star/artifact.
Tout à fait ! It is also a spiral galaxy, just like our Milky Way
The blue clumps in this disturbed barred spiral are very active star forming regions in the galaxy.
These are actually stars from our galaxy, but the colors are not real. Classify as star/artifaat.
It is a bad image from the edge of the survey. Classify as star/artifact.
It's a disturbes spiral galaxy.
This is actually a star from our galaxy. The colors and black dots are all optical artifacts. Jut classify as star/artifact.
Overlap or merger : it is your call ! 😄
See the comment below ! Nice merger ! 😄
There are three galaxies in this image; They all look disturbed, so it is possible that they are interacting.
Sorry, no merger here. These two objects are stars from our galaxy. The colors are not real. Just classify as star/artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems here. Just classify as star/artifact.
This is not a galaxy but a star from our galaxy. The colors are not real. Just classify as star/artifact.
Correct. That is a foreground star from our galaxy.
T'as presque raison ! 😄 The blue clumps are very active star forming regions!
Look at the comments below : It is a Planetary Nebula ! Great catch ! 😄
The green dot in the lower part of the galaxy is probably a cosmic ray hit that didn' get removed.
The galaxy does look disturbed, but there is no obvious culprit in sight. Maybe the result of a flyby ?
No distortion visible. No merger for me.
This is two stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is a star from our galaxy. But the colors are not real. Just classify as star/artifact.
Yep ! Good call ! 😄
It's just a bad image from the edge of the survey. Just classify as star/artifact !
The central object is a disturbed spiral galaxy. The red blob is a foreground star from our galaxy. So, no interacction whatsoever possible.
It's an overexposed and out of focus star from our galaxy. Just classify as star/artifact !
The central object is indeed a spiral. The brightly colored one is a foreground star from our galaxy. So no interaction possible.
The centre of the galaxy is indeed the pale orange area. The bright spot at the bottom is a foreground star from our galaxy.
The central yellow object is a galaxy. The round white object is a foreground star from our galaxy.
Yep, definitely a #merger ! Amazing image !
Probably two fuzzy spiral arms that fold back to make a ring.
The bright spots are probably foreground stars from our galaxy !
Gorgeous edge on disk or spiral galaxy with a lovely dustlane !
Et bienvenue chez Galaxy Zoo ! 😄
Allthough the image is fuzzy, it looks like they are interacting. #merger for me.
All the objects in this image are stars from our galaxy. The blue dot is just an optical artifact.
Out of focus and overexposed stars from our galaxy. No lens here, sorry.
Just classify as star/artifact.
This is indeed a star from our galaxy. Lots of imaging (including the boxy shape) and filter problems.
This is a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
Irregular galaxy with a couple of very active star forming regions (the blue clumps)
Not nebulae but three stars from our gaalxy. Nice chance alignment.
Please, always classify the object in the center of the image, even if it is the most boring one! ;D
Nope ! No gravitational lens in this image, sorry ! The central object is a very disturbed spiral galaxy.
Please explain ?
I wouldn't label this one as irregular. More a very disturbed spiral.
The central object is a galaxy, but the bright object, bottom left, is a foreground star from our galaxy. The weird colors are artifacts.
Fuzzy spiral for me. And all the objects in this image are fairly orange, so maybe a filter problem.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Just classify as star/artifact.
This is just a bad image from the edge of the survey. Classify as star/artifact.
The two orange objects at he bottom are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. No gravitational lensing in this image.
The red thing to the right is probably another galaxy. But without additional info (spectrum)it's not possible to tell if it is close or not
Disk or spiral seen edge on ! Good call ! 😄
The central object, which you are supposed to classify, is a fuzzy spiral. The bright red dots are foreground stars from our galaxy.
Not sure what you mean, but the central galaxy has a definite bulge for me.
Just one galaxy in this image, but there is a misalignment of filters.
Yep, two stars from our galaxy, but the colors are not real.
Most galaxies have a black hole at their centre. But we cannot see it direcly ! 😄
Bienvenue discala ! et tu a tout a fait raison: c'est bien un spiral à deux bras. Happy hunting ! ::
The galaxies are very far apart (visually). No overlap here for me.
Loose two-armed spiral for me.
Both galaxies look disturbed, so they are probably interacting. #merger for me.
Not a lens for me, sorry.
I'd go for a two-armed barred spiral. The spiral arms fold back to (almost) make a ring ! ;D
This is just a star from our galaxy, but the colors are not real. Just classify as star/artifact.
The dark spot in the center is an optical artifact caused by oversaturation.
This is a star fromour galaxy, but the colors are not real. Lots of imaging and filter problems.
Two galaxies overlapping.
It is a Planetary Nebula PN K 3-82 😄
See the comments below : Beautiful #merger
The colorful object at the right is a foreground star from our galaxy. But the colors are not real.
Not sure there is a dustlane here.
Only this is a barred spiral with two spiral arms that fold back to make ring. Beautiful ! 😄
Three stars from our galaxy. Nice chance alignment though ! 😄
The central object is not a star but a two-armed spiral galaxy.
See the comments below : it is a star from our galaxy but the colors are not real.
There is only one galaxy inthe center of the image. A disk or spiral seen edge on.
All the objects in this image are stars from our galaxy. Classify as star/artifact.
It is a bad image from the edge of the survey. Just classify as star/artifact.
This is not a merger but just one galaxy : a beautiful barred spiral.
The bright one at the right edge is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
Please, always classify the object in the centre of the image, even if it is the most boring one ! ;D
It's a star from our galaxy but the colors are not real.
The small round object is indeed a foreground star from our galaxy.
Correct ! All the objects in this image are stars from our galaxy.
See the comment below : all the objects in this image are stars from our galaxy.
No dustlane here, sorry.
No dustlane and no lens for me here.
I don't see a dustlane here, sorry.
The bright white object at the top of the image is a foreground star from our galaxy. The colors are optical artifacts.
The bright object at the bottom is a star from our galay. The colors, spikes and weird center are all optical artifacts.
The bright white object is a foreground star from our galaxy.
Take a look at the comments below. 😄
Correct. The orange object is indeed a foreground star from our galaxy.
The dark nucleus is just an optical artifact caused by over saturation (sorry ! 😃 )
It is an overexposed and out of focus star from our galaxy. Obviously, the colors are not real. Just classify as star/artifact.
Nope,no galaxies in this image.All the objects are stars from our galaxy, but the colors are not real. Lots of imaging&filter problems here.
You found a piece of the Cosmic Scarf ! 😄 http://tinyurl.com/pv4zlrj
It is just a bad image from the edge of the survey.
This galaxy has a very bright core, but obviously the color is not real. Nice catch ! 😄
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here.
The fuzzy dot to the right could be a small galaxy, but without additional info (spectrum) there is no way to tell if it is close or not
All the other small round objects are foreground stars from our galaxy.
Nice chance alignment 😄
The bright spiky object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The cental object, which you are supposed to classify is a fuzzy spiral seen nearly edge on.
I'd gor an irregular with an active star forming region (the blue clump)
😄 It is a star from our galxy. Lots of filter and imaging problems.
The round object is a foreground star from our galaxy.
This is just one star from our galaxy, but the colors are not real.Misalignment of the filters.
It's an overexposed and out of focus star from our galaxy.
The object in the center of the image is just one star from our galaxy. The colors are not real.
See the comments below : All the objects in this image are stars from our galaxy.
If only we knew what it meant ! ;D Maybe the meaning of life (not 42 in this case! ) !
I'd gor an irregular galaxy with a very active star forming region (the vivid blue area)
That's probably another galaxy, but no way to tell, without additional info, if it is close to the central galaxy or just a line of sight.
Here in GZ the # overlap is only used for galaxy/galaxy overlaps. Here we have a foreground star from our galaxy overlapping the galaxy.
The bright round object, top right, is a foreground star from our galaxy.
See the comments below : gorgeous #merger
A bad image from the edge of the survey. Just classify as star/artifact.
The red spike from the red object (=star from our galaxy) is an optical artifact (diffraction spike). No black hole visible in this image.
This is not a galaxy but a star from our galaxy. The colors are not real.Lots of imaging & filter problems here.
Classify as star/artifact
It is an overexposed and out of focus star from our galaxy.
The # overlap is only used for galaxy/galaxy overlaps. The white object is a foreground star fromour galaxy.
A bad image from the edge of the survey.
Just classify a star/artifact.
Edge on and no bulge for me as well and also a bit disturbed ! ;D
Yep, edge on and no bulge for me ! 😄
Hi fishpond,
Just posting the # without a keyword doesn't really help. It won't turn up in any searches that the science team will do.
Here's the complete picture : http://tinyurl.com/plrjl5b
All the objects in this image are stars from our galaxy, but the colors are not real. They only appear to be touching. No merger here.
All the objects in this image are stars from our galaxy. So, no mrger here.
This is a star from our galaxy, but the colors are not real. The blue crescent is also an optical artifact.
Correct, it's a disk/spiral seen edge on, with a dustlane. The 2 yellow dots could be foreground stars from our galaxy. Not a merger for me.
This is a bad image from the edge of the survey.
The small round objects are indeed stars, but they are not orbiting the central galaxy. They're all foreground stars from our own galaxy.
The central object is a spiral or disk galaxy seen edge on with a big bulge. No pulsar whatsoever, sorry.
It's a diffraction spike (optical artifact) caused by a bright star outside of this image. See the rotated pic : http://tinyurl.com/omkeuul
Yep , two stars from our galaxy.
The central object is a galaxy seen face on (definitely not edge on). The small one is a foreground star from our galaxy. No merger here
Correct, these objects are indeed stars from our galaxy.
Yes ! And a very beautiful one too !
All the objects in this image are stars from our galaxy, but the colors are not real. Classify a star/artifact.
See the comments below : imaging artefacts
Correct ! This is a disk or spiral galaxy seen nearly edge on.
This is a star from our galaxy, but the colors are not real.
All the objects in this image are stars from our galaxy .No merger here.
Yep ! Filter problems.
These objects are overexposed and out of focus stars from our galaxy. Classify as star/artifact.
I'd go for irregular galaxy for this one.
Disturbed spiral arm.
All the objects in this image are stars from our galaxy. Classify as star/artifact ! 😄
With this color it is safe to assume stars from our galaxy (with filter problems). Definitely not peas !
The two objects in this image are two stars from our galaxy that only appear to be touching. No merger here, sorry.
Just one galaxy in this image. The bright dot at 6 o'clock is a foreground star from our galaxy.
No worries ! You will get a feel for it ! 😄 Just have fun classifying !
Thz two galaxies in the center look like they are interacting. All the other smal round objects are stars from our galaxy.
Try squinting and you can see a perfect two-armed spiral, maybe interacting with the little one to bottom right. Definitely not smooth !
Star from our galaxy. So star/artifact is the correct classification ! 😄
Sort of ! This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems here !
if I squint really hard I see can see two spiral arms and a very nice bar.
So, two-armed barred spiral for me.
Nope, not a nebula but a real galaxy.
If you see spiral arms you can classify it as a spiral.
(I don't see any spiral arms, but that could be just me)
Not sure this is a star. Looks like a fuzzy galaxy to me.
All the objects inthis image are stars from our galaxy.
The central object is a fuzzy galaxy. All the other small round objects are foreground stars from our galaxy.
This is indeed a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
It's a piece of the Cosmic Scarf ! 😄 See the zoomed out image : http://tinyurl.com/pe4uk9r
The pink dot at 3 o'clock is a foreground star from our galaxy.
See the comments below. It could be a foreground star or an artifact.
The orange and the red object are two foreground stars from our galaxy.
Not sure what you are asking ?
The central object is a fuzzy galaxy. The bright object is a foreground star from our galaxy
All the objects in this image are stars from our galaxy. The blue spot is an artifact.
Optical artifacts. It is more pronounced in the central one because the centre is brighter.
There are no obvious distortions in either of the galaxies. No merger here for me.
Not really ! I'd go for three-armed spiral. Nice find !
The blue/white object at the bottom is a foreground star from our galaxy.
I'd go for bulge on this edge on. And you cannot see if it has a ring when you are looking at the galaxy edge on, sorry.
Just classify as star/artifact ! 😄
The blue ball is probably a foreground star. The galaxy itself is a fuzzy disurbed spiral.
It's a piece of the Cosmic Scarf. 😄 See the zoomed out image : http://tinyurl.com/ofdhnne
This could still be a spiral but it is not visible in this image. I'd go for smooth and round for this one.
All the objects in this image have a discoloration from 6 to 9. So artifact for me.
The blue crescent is indeed an artifact. And all the objects in this image are stars from our galaxy.
The bright object is indeed a foreground star from our galaxy. The galaxy is a disturbed spiral.
You just answer the questions as well as you can ! 😄
Not sure what you call a unique artifact ? All the small round objects in this image are foreground stars from our galaxy.
At these distances it is not possible to see planets !
All the objects in this image are stars from our galaxy. The colors are not real. Lots of imaging an filter problems.
The objects inthis iamge are stars from our galaxy. The colors are not real. Lots of imaging and filter problems.
No 'heat signatures' in this image. The division is just an optical artifact.
The central object is a fuzzy galaxy. The two bright round ones to the left are foreground stars from our galaxy.
Al the objects in this image are stars from our galaxy. The colors and weird rings are all optical artifacts.
The central object, which you are supposed to classify, is a fuzzy spiral galxy.
All the small round dots are stars from our galaxy. And so is the spiky blue object top right.
Overexposed and out of focus stars from our galxy.
Just classsify as star/artifact ! 😄
The bright spiky object top right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright White object with the purple centre is a foreground star from our galaxy. The colors, spikes&weird centre are optical artifacts.
Yep, These are actually stars from our galaxy, but with lots of imaging and filter problems.
There is just one galaxy in this image. The little round object bottom left is a foreground star from our galaxy. No merger here, sorry.
Not much distortion, no merger for me.
But the central object, which you are supposed to classify, is a spiral galaxy.
The object in this image is a star fom our galaxy + lots of imaging and filter problems.
Classify as star/artifact. 😄
The objects in this image are stars fom our galaxy + lots of imaging and filter problems.
Always classify the object in the center of the image.
The green haze is an optical artifact.
The red dot is a foreground star from our galaxy.There is only one galaxy in this image, all the other objects are stars.So no merger here.
the two objects in the center are out of focus and overexposed stars that only appear to be touching. No merger here.
The central object is a lovely two armed spiral. The bright object at 7 o'clock is a foreground star from our galaxy.
The object, bottom left, is a foreground star from our galaxy. The colors and weird shape are optical artfacts.
This is indeed a star from our galaxy. But the colors are not real. Just classify as star/artifact.
Correct the first time. This is indeed a star from our galaxy. But the colors are not real. Just classify as star/artifact.
Filter and imaging problems. The object in the center is a star from our galaxy.
The central object is indeed a spiral galaxy.
The image is very fuzzy, so it is not obvious if these two galaxies are interacting.
The bright, spiky object, bottom left, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
It's an overexposed and out of focus star from our galaxy. But the colors are not real. Lots of imaging and filter problems.
Sorry, just overexposed and out of focus stars.
The bright object to the bottom is a foreground star from our galaxy. So no interaction possible.
Yes, yes, and yes ! 😄
On the other hand, maybe these are out of focus and overexposed stars from our galaxy. 😄
The small straight thing is probably another galaxy, but no way to tell if it is close or far away.
Not sure I'd call this one an overlap ! 😄
With this kind of separation, I wouldn't go for merger. But hey, it is your call !
See the comments below : it is a Herbig-Haro object : HH264
The objects in this image are stars from our galaxy that only appear to be touching. No merger here.
The central object is a galaxy, but the red one to the right is a foreground star from our galaxy. No merger here.
Two out of focus and overexposed stars from our galaxy. No merger here.
These objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
See the comments below. All the objects in this image are stars from our galaxy.
The red spot in the center is an optical artifact caused by oversaturation.
It is caused by a bright star outside of this image. See zoomed out and rotated image: http://tinyurl.com/nnfty7v
The red glow is an artifact caused by a bright star outside of this image.
See the zoomed out & rotated pic http://tinyurl.com/oyjoxhc
All the objects in this image are star from our galaxy. But the colors are not real.
And there is definitely no lensing going on in this image.
The central object, which you are supposed to classify, is a fuzzy spiraL . The object at the bottom is a foreground star from our galaxy.
It could just be one giant disturbed galaxy with a couple of very active star forming areas.
It is a very fuzzy image, so it it is your calll ! Just give it your best shot ! !
Just look at the comments below ! What a gorgeous #merger ! 😄
The object at 7 o'clock could be another galaxy but it could just as well be a foreground star from our galaxy.
The bright object at 3 o'clock is a foreground star from our galaxy !
Anyway, This doesn't even look like a gravitational lens. So, sorry !
What it is certainly not is a gravitational lens.The central object is a disk/spiral galaxy & they can't ususally produce these lenses
The fuzzy blob at the top of the image could be another faint and fuzzy galaxy, or maybe even a foreground star from our galaxy.
This just looks like spiral galaxy to me.
No idea what you mean with alien galaxy and why it should be closer or smaller ! :8
Yep, just a star from our galaxy, but the colors are not real. Lots of imaging & filter problems here.
No merger in this image ! 😄
The central fuzzy object (which you are supposed to classify) is a galaxy. But all the other round objects are stars from our galaxy.
Correct ! 😄 This is indeed a star from our galaxy. But the colors are not real. Lots of filter and imaging problems.
See the zoomed in and rotated image : http://tinyurl.com/q3edvhp
The central object is a disturbed spiral. The bright object is a foreground star from our galaxy.
The red dot is not a supernova but a foreground star in our galaxy. The bright spiky object top right is also star from our galaxy.
Both galaxies look disturbed, so merger is a possibility.
I wouldn't call this one an elliptical, what with all the features.
Beautiful stars from our galaxy.
I'd go for two galaxies interacting ! 😄
The objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is actually an overexposed and out of focus star from our galaxy. But the colors are not real.
The objects in this image are stars from our galaxy, but the colors are not real. Filter and imaging problems.
The colors, spikes & weird center of the star are optical artifacts.
And, please, always classify the object int he center of the image.
The central object is a galaxy, but no bar here. The darker dot in the center is an optical artifact caused by oversaturation.
No merger here. The central object is a galaxy and the smaller round one at the bottom is a foreground star from our galaxy.
Both galaxies look slightly disturbed, so it could be that they are interacting.
Correct ! 😄 These two objects are stars from our galaxy, but the colors are not real. Lots of filter and imaging problems in this image.
And I'll say it again : nice chance alignment of four stars from our galaxy. 😄
Correct ! All the objects in this image are stars fom our galaxy.
Btw, always classify the object in the center of the image.
The central object is a galaxy with a bright center. The red dot in the center is an optical aartifact caused by oversaturation.
The central object is a galaxy. The different colors in the core are just an optical artifact.
Not sure this is a merger. Both galaxies do not look disturbed. I'd go for #overlap.
The objects in ths image are all stars from our galaxy. But the colors are not real. Lots of imaging and filter problems.
Just classify as star artifact.
Out of focus and over exposed stars from our galaxy !
The darker colored spot in the center is just an optical artifact caused by oversaturation.
The central object is a fuzzy galaxy.
The yellow circle is the centre of the galaxy. The bright white/green object at 6 o'clock is a foreground star from our galaxy.
The bright spot is probably a foreground star fom our galaxy.
Looking at the zoomed out & rotated image (http://tinyurl.com/qcq5x3p ),there is another galaxy that could be responsible for the distortion
The smaller galaxy to the right looks a bit disturbed. But the larger one doesn't. It is your call if you think these two are interacting !
The bright orange dot just below the center is a foreground star from our galaxy.
The 'ring' is 2 spiral arms folding back to make a ring&the dark spot in the center is an optical artifact caused by oversaturation.
The central fuzzy object is a (spiral) galaxy. The bright white one at the top is a foreground star from our galaxy.
The darker spot in the center is just an optical artifact caused by oversaturation.
The small orange object could be another galaxy, but it could just as well be a star from our galaxy. No way to tell without additional info
The central galaxy appears to be a very fuzzy spiral and these are usually not massive enough to do gravitational lensing. No lens for me.
The red glow is an artifact caused by a bright star outside of this image. See the zoomed out and rotated image: http://tinyurl.com/o9ne7wk
All the objects in this image are stars from our galaxy. So, definitely no gravitational lensing going on here.
All the objects in this image are stars from our galaxy, bt the colors are not real. Lots of imaging and filter problems in this image
The two bright objects are foreground stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
This is not a galaxy but a star from our galaxy. Classify as star/artifact.
All the objects in this image are stars from our galaxy. But the colors are not real. Classify as star/artifact.
The small object overlapping the central galaxy could be a foreground star from our galaxy.
Or alternatively an irregular with a couple of very active star forming ares (the blue clumps) 😄
Not sure I'd call this one a merger. I'd probably go for either a slightly disturbed spiral with active star forming areas (the blue clumps)
See the comments below: It could be a very disturbed spiral galaxy or else an also very disturbed irregular galaxy.
Just answer the questions as well as you can. This one is really very fuzzy ! ;D
Fuzzy disk with a noticeable bulge. It is probably a spiral but that is not visible in this image.
See the comments below : it is a satellite trail.
The red line is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Those bright dots are foreground stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
See the zoomed out and rotated image : http://tinyurl.com/oj9nbjo
It is a diffraction spike (optical artifact) caused by a bright star outsoide of this image.
All the objects in this image are stars from our galaxy. No merger here, sorry.
Al the objects in this image are stars from our galaxy. No merging here whatsoever, sorry. The colors are optical artifacts.
The small red and green dots are foregroaund stars from our galaxy.
Not sure what you are refrering to.
The central object is a fuzzy galaxy. The two bright round ones are foreground stars from our galaxy.
A couple of galaxies and a couple of stars ! 😄
Correct ! Just classify as star/artifact.
All the object in this image are stars from our galaxy, but the colors are not real (optical artifacts).
Looks like two galaxies (in the center) interacting. #merger. The bright object to the left is a foreground star from our galaxy.
The different colors are artifacts. Could be a misalignment of the filters.
The central object is not a galaxy but a star fom our galaxy. The green background is an optical artifact.
See the comments below .
These 3 objects are foreground stars from our galaxy. Nice chance alignment.
The two galaxies in the centre could be merging. The two stars at 10 o'clock are definitely not merging. They only appear to be touching.
The orange/red object to the left of the central galaxy is a foreground star from our galaxy.
First of all : Always classify the object in the center of the image.
And all the objects in this image are stars from our galaxy.
All the stars in this image have the same coloring. See the zoomed out (and rotated) image : http://tinyurl.com/qfn4aul.
That is just what it is : a foreground star from our galaxy. But the colors are not real (optical artifacts).
The colors are not real (artifact).
Lots of filter and imaging problems in this image.
Sorry, this is not a galaxy, but a star from our galaxy. The colors and weird ring and center are all optical artifacts.
Sorry, no galaxies in this image. All the objects here are out of focus and overexposed stars from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of filter and imaging problems.
A loose armed spiral for me.
Definitely a bar here !
Those two objects are stars from our galaxy, as are all the other objects in this image.
just classify as star/artifact.
It's a bad image from the edge of the survey. Just classify as star/artfact.
The galaxies look disturbed. #merger for me.
Correct. These objects are all stars from our galaxy.
Lots of imaging and filter problems in this image.
Classifyy as star/artifact.
All the objects in this image are stars from our galaxy, but the colors are not real. Just classify as star:artifact !
Happy hunting ! /D
it's a bad image from the edge of the survey. Just classify a s star:artifact.
The 3 objects in this image are stars from our galaxy. But the colors are not real. Les 3 objets dans cette image sont toutes des étoiles.
Nothing unusual in this image!
Could you please explain what you mean with a rainbow spectrum or ROYGBIV as well ? You are not making any sense, honestly.
No idea what you are talking about ! Sorry!
I'd say star but I'm not 100% convinced it is. Definitely not a pea. ;D
It is a bad image from the edge of the survey. Just classify a star/artifact.
Looks like it is a star overlapping a fuzzy galaxy.
A bad image fom the edge of the survey. See the very zoomed out image : http://tinyurl.com/p4w739h
Yep, definitely two stars from our galaxy.
Filter problems. And all the objects in this image are stars from our galaxy.
These objects are stars from our galaxy. The colors are not real. Lots of filter and imaging problems.
So sorry, but no. This is just a star from our galaxy, but the colors are not real.
So sorry to burst your bubble, but all the objects in this image are stars from our galaxy. Just classify as star/artifact.
The blue clumps are active star forming regions.
The object, bottom left, is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
Sorry, no galaxies here. All the objects in this image are stars from our galaxy. But the colors are not real.
See the comments below. It's one or two stars from our galaxy. But the colors are not real.
Sorry, nothing so spectacular ! 😄
The purple square is just another optical artifact.
The bright object and the little red dot in the center of the image are foreground stars from our galaxy. The colors are optical artifacts.
Yes, looks like it ! 😄
See also the comments below.
Bad image from the edge of the survey, also called the 'Cosmic Scarf' ! 😄
See the very zoomed out image : http://tinyurl.com/nwonbnp
The central object is a spiral and they are usually not massive enough to do any kind of gravitational lensing. Sorry.
All the objects in this image are stars from our galaxy. But the colors are not real. No merger here, sorry.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems in this image !
Amazing chance alignment ! 😄
Disturbed galaxy, probably a spiral, with a dustlane.
The green line doesn't look like an asteroid/satelite trail to me. It is probably an artifact and so is the red dot.
Not a nebula but a real galaxy. See the zoomed in and rotated image : http://tinyurl.com/p3wf6vh
Also see the comments below.
It's a filter problem.
The 3 stars in the center is a nice chance alignment.
The bright spiky object to the left is indeed a foreground star from our galaxy. The colors, spikes and weird center are optical artifacts.
Correct ! This is indeed a foreground star. And there are a lot of imaging and filter problems in this image.
All the objects in this image are stars, but the colors are not real. The colors and weird center are all optical artifacts.
Oh yeah ! 😄
The spiral galaxy is severly disturbed, so I'm not so sure about overlap.
Funny how things so very different can look so similar ! 😄
All the objects in this image are stars from our galaxy (yep, sometimes the software gets confused and classifies a star as a galaxy) 😄
Just one (disturbed) galaxy for me. See the comments below for more info !
Correct ! 😄 These 3 objects are indeed stars from our galaxy.
I'd go for an irregular galaxy with active star forming areas(the blue clumps)
The blue clumps are active star forming areas in this galaxy. No gravitational lensing here.
This is actually a star from our galaxy. The colors are not real. Lots of imaging & filter problems. Classify as star/artifact
A very disturbed galaxy. Nice catch ! 😄
The central object is definitely a galaxy. The other small round ones are foreground stars from our galaxy.
No gravitational lensing in this image, sorry.
The galaxies are a bit fuzzy and there is not much distortion in either of them. Not a merger for me.
The central object, which you are supposed to classify, is a galaxy. The other round ones are stars as planetaryscience explains.
Sorry, no dustlane here for me.
Not sure.It could be a foreground star from our galaxy,misclassified by Skyserver or it could be the bright center of this disturbed galaxy.
Correct ! Lots of imaging and filter problems in this image. The objects are actually stars from our galaxy.
The darker dot in the center is an optical artifact caused by oversaturation.
See the comments below : probably not a merger
Definitely not a voorwerp (not the right colour)
Fuzzy galaxy, probably a spiral.
Not sure this is an elliptical. I can definitely see features. I'd go for a ringed disk galaxy with a big bulge.
Fuzzy irregular galaxy with active star forming areas (the blue clumps).
The central object is a disk or spiral galaxy seen edge on. The bright object to the left is a foreground star from our galaxy.
Probably a star from our galaxy.
These objects are not galaxies but overxposed and out of focus stars from our galaxy.
No way to tell from just this image if they are physically close. And definitely no lensing going on here.
Mark as star/artifact
See the comments below : All three objects are stars from our galaxy that only appear to be touching.
A two-armed spiral where the two arms fold back to make a ring. technically that is called a ringed galaxy ! ;D
Just an overexposed star from our galaxy. The colors are not real.
Not sure what you are referring to ! No voorwerpje in this image, sorry !
The blue dot looks like noise.
Do you mean the red dot ? That is probably a foreground star from our galaxy.
These are all stars from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
star/artifact
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
Yep, definitely a planetary nebula (PN A66 4) ! 😄
Yep, they sure do ! 😄
Overexposed stars from our galaxy. Classify as star/artifact
#nolens
The cenral object is definitely a galaxy. I'd go for disturbed barred spiral.
The universe is a really big place, so chance alignments happen all the time.
Just two foreground stars, no way to tell from just this image if they are even 'close' together !
Combine that with lots of imaging and filter problems and you get this pretty image ! Enjoy !
See the comment below, all the objects are indeed out of focus stars from our galaxy.
I haven't tried it on a tablet, sorry ! My suggestion is just find a project that works on a tablet ! ;D
Two disturbed galaxies. I'd go for #merger.
Lots of overexposed stars from our galaxy in this image. That combined with lots of filter and imaging problems.
Lovely bar indeed !
Have you seen this project : https://www.zooniverse.org/#/projects/vrooje/galaxy-zoo-bar-lengths ? Lots of fun!
It's an overexposed star from our galaxy. The colors are not real. Classify as star/artifact.
At these distances it is not possible to see planets, sorry.
The orange object, top right, and the bluish one to the right are both foreground stars from our galaxy.
Just a coincidence ! 😄
The spike to the right is not a jet but a diffraction spike (optical artifact) caused by the bright star bottom right.
All the objects in this image are overexposed stars from our galaxy.The ones in the center only appear to be touching.No merger here, sorry.
Or an edge on spiral 😄
This is just one overexposed star from our galaxy. The colors are not real. Lots of optical artifacts.
All the objects in this image are overexposed stars from our galaxy. They only appear to be touching. No merger here, sorry.
Star/artifact
It is a seriously disturbed spiral galaxy. 😄
This is actually an overexposed star from our galaxy. The colors are not real. Classify as star/artifact.
They really do ! 😄 They are out of focus stars from our galaxy.Lots of filter and imaging issues in this image !Classify as star/artifact !
Both these galaxies look fairly disturbed to me. I'd go for #merger. But then again, it is your call ! 😄
Maybe the galaxy top left. See the zoomed out pic : http://tinyurl.com/ogjaazw
Why not ?
Features- no edge on - bar - no spiral - big bulge - odd : ring 😄
See comments below: it is probably a foreground star from our galaxy.
Skyserver says it is a galaxy but it looks more like a foreground star from our galaxy.
Fuzzy image, but it is indeed a spiral galaxy with two spiral arms ! 😄
Or disturbed, barred spiral ! But it is your choice ! Just give it your best shot ! 😄
Nope, not a nebula but a real galaxy. I'd go for either a very disturbed (maybe barred) spiral (my favourite) or else an irregular.
That looks like an artifact or maybe a cosmic ray that didn't get removed ! 😄
Sorry, all the objects in this image are stars from our galaxy. Classify as star/artifact ! 😄
The central object is a barred spiral with two very faint spiral arms that fold back all the way.
Both galaxies are seriously disturbed. #Merger for me.
See the comments below.The central object is a galaxy, the bright 1 to the right is a foreground star from our galaxy.No merger here, sorry.
It is a fuzzy image, but both galaxies seem to be distorted. I'd go for merger, but it is your call ! Just give it your best shot ! 😄
Lots of imaging and filter problems.
The weird center of the central galaxy is just an optical artifact. The bright orange object at 9 is a foreground star from our galaxy.
Looking at SIMBAD http://skyserver.sdss.org/dr8/en/tools/explore/obj.asp?id=1237668687972468156 there is lots going on in this image.
Possibly a forergound star from our galaxy.
This is just one overexposed star from our galaxy. Obviously the colors are not real. Just classify astar/artifact !
The computer programme classifying these images gets it wrong every now and then and that is where we come in ! 😄
The colorful object at the top is a foreground star from our galaxy. But the colors are just optical artifacts ! Looks beautiful though!
All the objects in this image are out of focus stars from our galaxy. No merger here, sorry !
But the weird colors and double images are just optical artifacts.
Sorry, nothing so exotic like that ! These objects are indeed stars from our galaxy.
Lots of filter and imaging problems.
This object does not have a bar because it is actually a star from our galaxy. The colors are not real.
Also, everything is green. This all points to major filter and imaging issues.
See the zoomed out and rotated image: http://tinyurl.com/pgw455a
All the objects in this image have the same weird smearing & trail.
Or very fuzzy spiral. It is your call ! 😄
These two objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/artifact.
See the comments below : they are stars from our galaxy, but the colors are not real. Classify as star/artifact.
Both objects are stars from our galaxy. So, star/artifact is correct !
It's a star from our galaxy.As you can see in the zoomed out image : http://tinyurl.com/oggau6r, there are lots of filter&imaging problems.
The small dot at 9 is probably a foreground star from our galaxy.
These dots are probably areas with very active formation going on.
Lovely spiral galaxy at the center of the image with a foreground star overlapping.
The red dot at the top is probably a foreground star and the object at 8 looks like a small edge on galaxy. No lensing in this image for me.
Sorry, no ring galaxy here. All the objects in this image are stars from our galaxy. Lots of imaging and filter issues in this image.
Not a lot of disturbances visible in this image. Not a merger for me.
LOL ! But it is actually a star from our galaxy.
I'd go for #overlap.
It's just one star. Lots of imaging and filter problems in this image.
It's a star from our galaxy. Lots of imaging and filter problems in this image.
The central galaxy and the one top right, are obviously interacting.Nice #merger !
Looks like an artifact.
Not sure that this is a merger though !
It's a star from our galaxy. Lots of imaging and filter problems. But it does look cool though 😄
All the objects in this image are stars from our galaxy. So, no merger here, sorry.
The green dot at two is a foreground star from our galaxy.
It looks like there is another galaxy at six. But with this fuzzy image it is not possible to tell if it is a merger or an overlap.
The 3 small round dots are not galaxies but foreground stars from our galaxy. No merger here, sorry.
Not sure if there are two bulges there. The galaxy is definitely #disturbed
It's only visible in the r-filter so I'm thinking artifact or cosmic ray hit that didn't get removed.
If you see a bar it cannot be an elliptical. It could be a lenticular galaxy : a disk without any spiral arms but with features.
The horizontal straight line is just an optical artifact. No need to mark it as special.
Have you seen the new bars project ? 😉 https://www.zooniverse.org/#/projects/vrooje/galaxy-zoo-bar-lengths/classify
No gravitational lens in this image. It is a barred galaxy (probably a fuzzy spiral) with an inner ring.
It looks like a foreground star from our galaxy, but I'd love to be wrong ! 😄
All the objects in this image are stars from our galaxy. So classify as star/artifact ! 😄
Classify as star/#artifact ! 😄
See the comments below for the complete image ! 😄
The central (yellow) object is a galaxy. But the two bright, round objects are foreground stars from our galaxy. So, no merger possible.
The central galaxy is seriously disturbed, could be interacting with the smaller one at 8. No jet here.
Both of these objects are stars from our galaxy that only appear to be touching. No merger here.
Classify as star/#artifact
It's a disk or spiral galaxy seen edge on. Looking at the galaxy sideways you cannot see if it is a ring.
All the objects in this image are stars from our galaxy. But there are lots of imaging and filter problems in this image.
The bright object is most likely a foreground star from our galaxy.
Here's the zoomed out image : http://tinyurl.com/owb3ajr.
It doesn't look like a cluster to me.
Btw, all the objects here are indeed stars
Both of these objects are stars from our galaxy. Lots of imaging and filter problems in this image.
The bright object to the right is a foreground star from our galaxy. No merger possible, sorry.
All the objects in this image are stars from our galaxy.No merger here, sorry.
Definitely not smooth, there are clearly features visible.I'd go for fuzzy disturbed spiral.
Looks like a real dustlane to me.
Here in GZ we only use overlap for galaxy/galaxy overlapping. The two objects in the center are stars from our galaxy, so not an overlap.
The red dot is probably a foreground star from our galaxy.
Probably three galaxies merging/interacting ! Looks amazing !
So sorry, but these are just forground stars from our galaxy. Lots od imaging nd filter problems ! 😄
This is indeed a star but the colors are not real. Lots of imaging and filter problems.
#artifact
The colors are not real.
Sorry, not a merger ! These two objects are stars from our galaxy. Lots of imaging and filter problems here.
I don't see any spiral arms in this one. Smooth and in between for me.
All the brighter objects in this image have the same green lower part. It's an optical artifact.
The small round dots could be foreground stars or maybe faraway galaxies.
Smooth and roundish for me as well.
The bright object top right is a foreground star from our galaxy. The colors, spikes and blue center are optical artifacts.
In this case you can classify the galaxy.
The different colors are just artifacts, nothing special, sorry !
The bright object, bottom left, is a star from our galaxy. The weird colors and bright blue center are just optical artifacts.
This is actually a star from our galaxy. The colors and weird center are all optical artifacts.
See the comments below : it is a star.
All the objects in this image are stars from our galaxxy. No dustlane here.
LOL ! And a piece of the Cosmic Scarf ! http://tinyurl.com/pwmq9pj
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
2/2 http://tinyurl.com/nwzsca3 (image recentered and rotated)
Beautiful #merger.
1/2The blue clumps are very active star forming regions in this galaxy. These are triggered by the interzction with the galaxy to the right.
Yes, all he objects in this image are stars from our galaxy.
This is actually a star from our galaxy but a lot went wrong with the imaging/filtres.
Star/#artifact
I wouldn't call this one an eliptical as there are clearly features visible.
Sorry, this is a spiral seen almost edge on with a gorgeous dustlane
The galaxies in this image look disturbed, so #merger for me.
Yep definitely a dustlane !
As for getting images that have been checked before:that is quite normal.
Every image is classified by a number of people.
Images tagged with artifact should be retired sooner than regular images. But we've had problems with that before. Sorry
Definitely two galaxies. The edge on looks like it is overlapping the central one.
#overlap
The central dark dot is just an artifact caused by overexposure.
Bar and spiral arms for me as well.
Sorry not a merger here. The bright object to the right is a foreground star from our galaxy.
L'objet à droite est une étoile.
Lots of imaging and filter problems
It looks like these galaxies are interacting.
All the objects in this image are stars from our galaxy. Lots of imaging and filtr problems.
This is actually a star from our galaxy, so classify a star/#artifact
The two objects in this image are stars from our galaxy that only appear to be touching. Lots of imaging and filter problems.
The small colorful object at the top is a foreground star from or galaxy. The colors are not real.
The green line is a satellite trail. It's reflecting the sunlight & because the satellite moves so fast it gets caught in just one filter
Gorgeous #merger btw ! 😄
Sorry not a merger but two stars from our galaxy that only appear to be touching ! Lots of imaging and filter problems.
These two objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter issues in this image.
Pretty indeed ! You could go for irregular, but very disturbed spiral would also be an option ! 😄
All the objects in this image are stars from our galaxy. No way to tell if they are really close just looking at this image.
Good call ! The bright object to the right of the central galaxy is a foreground star from our galaxy.
Just one galaxy, so I wouldn't call it a merger. Just disturbed. And definitely barred with an inner ring.
Just one galaxy in this image so no merger here. The bright dot at 9 is probably a foreground star from our galaxy.
Gorgeous disturbed barred spiral ! 😄
Fuzzy galaxy, probably a disturbed spiral.
Definitely a two armed spiral for me ! 😄
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems here.
star/#artifact
It's a piece of the cosmic scarf ! 😉 http://tinyurl.com/pjsrw9z
These artifacts sometimes happen at the edge of the survey
Here it is ! 😄
http://tinyurl.com/nn5rh2d (image rotated)
Not a supernova but probably a foreground star from our galaxy.
All the objects in this image are stars from our galaxy but the colors are not real.
These artefacts sometimes occur at the edges of the survey.
You found a piece of the cosmic scarf ! 😄
See the very zoomed image :http://tinyurl.com/pltdaza
This is actually an image with lots of imaging and filter problems. The object itself is a star from our galaxy.
No, not a galaxy. These objects are stars from our galaxy. Lots of imaging and filter problems in this image.
You do realize that lots of people will classify this same image, so any mistakes will get ironed out ! Happy hunting !
Could be a cosmic ray that didn't get removed.
With these fuzzy images, how can you tell ?
Merger in progress : check !
Not sure about the other things you are talking about ! Sorry !
The object at 8 is probably another galaxy but no way to tell if this is connected to the central galaxy.
This is just a star from our galaxy. Lots of imaging and filter issues in this image. Just classify as star/#artifact. Tx
All the objects in this image are stars from our galaxy. Please classify these images as star/#artifact.
These objects are stars from our galaxy with lots of imaging and filter problems. Please tag these ones with #artifact.Tx
Please tag these images with #artifact ! Tx
Please tag these images with #artifact ! 😄
I'd go for smooth and round for this one.
These two objects are stars from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
Sorry, this is not a galaxy but a foreground star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Probably a foreground star from our galaxy
The colorful roundish objects are all foreground star from our galaxy.
The central object is a galaxy with billions of stars.
How can you tell it has a ring if you see the galaxy edge on ?
Classify as star:#artifact.
The object in the center of the image is a galaxy. The bright round one at 8 is a foreground star from our galaxy.
Definitely no jets here. These are two other galaxies and no way to tell if they are interacting just from from this image.
Good call! 😄
#imagesizewrong
See the comments below : probably not.
The central spiral looks a bit disturbed but the edge on at the top doesn't. No merger for me.
I'd go for a disturbed barred spiral where the spiral arms fold back to make a ring.
I just see one galaxy. Not a merger for me.
Or possibly an #overlap
The bright spots are probably active star forming regions in the galaxy.
Both galaxies seem to be interacting, #merger is not a bad choice ! 😄
Just classify what you see and that will be really useful !
The bright spot is most likely a foreground star from our galaxy.
Not sure what you mean. The objects in this image are not planets but galaxies interacting.
It is a barred disk galaxy. See the colour image : http://tinyurl.com/nqjxyst (iage rotated)
it's a foreground star from our galaxy.
See the comments below : it is a satellite trail
It is certainly a very faint and fuzzy galaxy in this single band image. But no way to tell if it is a small galaxy without additional info.
The streak is a satellite trail.
Nope, it's a galaxy that got zoomed in too much.
It's a galaxy that got zoomed in too much.
Fuzzy disturbed spiral.
Faint spiral galaxy with a very noticeable bulge.
Disturbed spiral seen face on.
Faint and fuzzy galaxy. ;D
Just answer the questions as well as you can and that will be enough ! ;D
Okay, what is your question ?
Just one galaxy for me. The blob to the right of the centre could ba a foreground star. No merger here.
#no_lens
See the comments below. That is not a jet but another galaxy.
Gorgeous two-armed, barred spiral.
And looking at the full colour image http://tinyurl.com/qdjkb4y (image rotated) it is really obvious. Gorgeous #merger.
The galaxy in the center and the one bottom left quadrant look like they are interacting in this image.
Just give it your best shot and with these images, there is no right or wrong ! 😄
In the BW image it might look like one but I'm not too sure about this being a merger. See the full color image : http://tinyurl.com/nhqtgvg
No gravitational lens in this image, sorry. The central galaxy is a spiral and these are usually not massive enough to do any lensing.
Definitely not an elliptical as there are clearly some features (bar) to be seen.
i'd go for fuzzy spiral.
The central object is a barred spiral.The other blobs beneath it are galaxies. See colour (& rotated) image http://tinyurl.com/o6qxg9d
It is not possible to see planets at these distances. The three objects are foreground stars from our galaxy.
Probably merging going on but no gravitational lensing in this image. Spirals are usually not massive enough to do this kind of lensing
And here's the full colour image : http://tinyurl.com/qfe2sub.
Enjoy ! 😄
The straight line is an optical artifact.
Not much distortion, could be an #overlap.
The bright patch is a foreground star from our galaxy.
I just see one disturbed galaxy. The disturbance could be the result of a flyby.
That is just an optical artifact, ie it is not real.
The star is a foreground star from our galaxy, so it is not possible that there is interaction between the star and the galaxy.
See the full color image http://tinyurl.com/ofnn47u (image rotated)
The object on the left is another galaxy, probably interacting with the central one.
It's an optical artifact. See the full color image : http://tinyurl.com/prz5cv8
Yep, definitely a barred spiral. The bright object to the left of the centre is a foreground star from our galaxy.
It is a barred galaxy.
It is a galaxy that got zoomed in too much
See the zoomed out and color image : http://tinyurl.com/nbjf5rq
It is a lovely barred spiral with two arms.
I'd go for a two armed spiral with a big bulge.
But it is a real galaxy. See the full color image : http://tinyurl.com/of34dv4
Really , really fuzzy image ! But just give it your best shot ! 😄
In this single band image there is really not much to see ! ;D In the full color one: lots ! 😄 http://tinyurl.com/p9gxowk (image rotated)
The two spiral arms fold back to mac a "ringed" galaxy.
Two spiral arms that fold back to make a "ring"
Here's the full colour image : http://tinyurl.com/ocslfqx
This one looks really amazing. No idea if a disturbed spiral or a merger could look like this. I'm kicking this one upstairs ! 😄
The object at 11 looks like another galaxy to me, not connected to the main galaxy. But hey , that is just me ! ;D
Not sure about a bar either. But lovely two-armed spiral ! 😄
Looking at the full color image (image rotated : http://tinyurl.com/pcwpdro ) , you can see that it is a barred spiral.
You are seeing single band images, so the majority is rather faint/fuzzy. Just looking at this image I can see a bar but not much else.
This is a very fuzzy and faint spiral galaxy.
Yep, definitely an artifact !
Good call ! Always classify the object in the center of the image ! 😄
No gravitational lens in this image. Nice spiral with an inner ring.
It is a galaxy, but this image got zoomed in too much.
Here's the zoomed out & color image : http://tinyurl.com/oztwhoe
The bright object, bottom left is a foreground star from our galaxy. The spikes are diffraction spikes (optical artifacts)
Yep, #merger for me as well. Looks amazing in the full colour image (image rotated) http://tinyurl.com/prd62d8
It's a faint and fuzzy spiral galaxy.
Looking at the full colour image you can see that it is a bar : http://tinyurl.com/npek3zn
Just looking at this image I'd say the bright spot in the center of the image is the bulge of the galaxy.
Well, with these ones I use my very scientific method of squinting ! 😄
And it does look like a fuzzy spiral.
The straight line is probably a very faint spiral arm.
See the full colour image : http://tinyurl.com/oorysk2
Those four clumps are active star forming regions in the galaxy.
The central galaxy looks like a (disturbed) barred spiral to me.
it is a galaxy, but this is an image that got zoomed in too much.
Sounds okay for me as well ! 😄
But, hey , it is your call ! 😃 Just answer the questions as well as you can ! 😄
I'd go for a very disturbed barred spiral galaxy, interacting with the one above. #merger for me.
It could be a small galaxy overlapping or it could be a foreground star.Either way it is no that special.Both of these things happen a lot!
The 'funnel' you speak of is a dust lane. See the colour image : http://tinyurl.com/p2a2mu3
While there probably is a black hole in this galaxy, we cannot directly observe it.
Fake what ? For me this is a overexposed spiral galaxy in this band !
See the comments below! As you see, there are lots of possibilities ! 😄
yep, definitely a spiral. And the bright clumps are active star forming areas in the galaxy.
Do you mean smooth (eliptical) if you say 'globular'?
in this case I'd go for a spiral galaxy with a noticeable bulge.
If you squint a bit it liiks like this is a spiral.
Not a nebula but a real galaxy ! 😄
Nice barred spiral.
Definitely a barred galaxy with a big bulge.
It is a galaxy but this image got zoomed in too much.
The bright round object is a foreground star from our galaxy. So, no merger here ! 😄
The white dots are foreground stars from our galaxy.
Not sure what you mean with really dark in the centre ?
I see just one very disturbed spiral. No merger for me.
Sorry, this is one of the images that got zoomed in too much.
Just tag it with #imagesizewrong and it wil get removed from the database.
No gravitational lens or arc in this image.
No gravitational lens or arc in this image. It's a beautiful spiral galaxy.
No gravitational lens in this image, sorry. Spirals are usually not massive enough to do this kind of lensing.
Sorry, no gravitationaly lens or arc in this image.
Tx ! 😄
Where ? I just see a gorgeous, barred two armed spiral.
Nope ! Just a spiral galaxy.
Lens or arc means a gravitational lens or arc.
Here's the zoomed out image (rotated) : http://tinyurl.com/nbjf5rq
This image is just zoomed out too much. You can tag these with #imagesizewrong .
The bright one in between is another galaxy. They do not look disturbed, so no merger for me.
The top one is a fuzzy galaxy, the bright purple dot is probably a star forming area.
Correct, both galaxies are spiral galaxies;
They could be star forming areas in the galaxy or else foreground stars from our galaxy.
http://tinyurl.com/noyqh9q
Most probably foreground star.
Sorry no lens here. It is a galaxy with an inner ring
Yep ! Here it is (image rotated 90°)
http://tinyurl.com/numhund
This image is zoomed in too much. Here's the zoomed out one : http://tinyurl.com/oztwhoe
it is a fuzzy disturbed barred spiral. And it is indeed very far away, as are all the galaxies in these images ! 😉
And we finished these images weeks ago. How did you get to classify this one ?
It IS your call ! ;D
There'is never a "star" in the centre of a spiral galaxy. The center is called a bulge and it is made up of loads and loads of stars .
This looks very much like a face on to me !
If you squint really hard, it could just be a disturbed spiral, with two small edge on's overlapping. See : http://tinyurl.com/pcyxmyy
Both galaxies look very disturbed. Merger for me too ! 😄
I'd probably go for a two armed loose spiral . But hey it is your call ! 😄
If at all, only slightly ! :°
Where did you get this image ? 😄
We finished these weeks ago !
Disturbed spiral, not an irregular for me.
two arms and very loose. Fairly obvious.
What is the difference between an interacting pair and a merger ?
Could be a star forming area in the galaxy or a foreground star from our galaxy.
Could be a lenticular.
No gravitational lens here. Spirals are usually not massive enough to do this kind of lensing.
The ring is made by the two spiral arms folding all the way back.
The "arcs" are faint spiral arms
Image zoomed in too much
Not really a ring here. We have two spiral arms that fold back to make a ring.
Technically that is a #ringed galaxy ! 😄
Looks like a two-armed, barred spiral with a big bulge to me.
Definitely no (gravitational) lens here. Spiral galaxies are usually not massive enough to do this kind of lensing.
No, don't say that ! These images in just one band are very valuable for the scientists to see how our classifications change !
If you squint, you can see a fuzzy/disturbed spiral.
Not smooth at all and definitely no (gravitational) lens here, sorry.
It's a fuzzy barred two-armed spiral.
The bright areas in the galaxy are active star forming regions.
Lovely barred spiral with two fuzzy arms.
Image zoomed in too much.
No lens effect here. What you see is two galaxies interacting and getting distorted in the act. Lovely #merger.
The bright white object to the left of the center of the galaxy is a foreground star from our galaxy.
Those knots could be active star forming areas in the galaxy.
You could go for irregular or maybe even a very disturbed spiral. It is your choice.
Galaxy at the top is a disturbed edge on galaxy. The central galaxy is not massive enough to do this kind of lensing.
This is one of the images that got zoomed in too much. Here's the zoomed out (color) image. http://tinyurl.com/n9tyr23
I'd go for slightly disturbed ! 😉
In case you are wondering : here's the zoomed out (and rotated) image : http://tinyurl.com/oxujxd8
This is one of those images that is zoomed in too much. Just give it your best shot and tag them as #imagesizewrong.
I'd go for a disturbed one-armed barred spiral.
Definitely a bar and the spiral arms seem to start from the ends of the bar
The outer "ring" is actually the two spiral arms folding back to make the ring.
The blue and green spots are cosmic ray hits that didn't get removed.
And as Capell05 said : we finished these Hubble images weeks ago.
This is actually a two armed spiral where the spiral arms fold back to make a ring.
Not sure if these galaxies are interacting. It could be a line of sight. #overlap
The bright object top right is indeed a foreground star from our galaxy.
The central object (which you are supposed to classify) is a fuzzy spiral. Not sure if it is interacting with the small one to the right.
These are brighter areas at the end of the bar (see the full color image http://tinyurl.com/pqom9wk). & we cannot directly see a black hole.
I can see what you mean but this is most definitely a galaxy. 😃
See the (rotated) color image http://tinyurl.com/oaxqwt5
Disturbed two-armed spiral with a hint of bar. 😃
Just one galaxy here. I'd go for disturbed spiral.
Not sure I'd call this one smooth. It appears to have a bar.
And why do think it has 3 black holes ?
Or it could be a disturbed barred spiral.
Lovely spiral with lots of star formation going on (the white clumps).
Definitely not an elliptical. I'd go for fuzzy two-armed, barred spiral.
The bright round object is probably a foreground star from our galaxy.
But it is definitely a galaxy ! 😄
In the center of the image is a very faint and fuzzy galaxy.
Or #barred, #ringed, and two spiral arms that fold back to make an outer ring. 😄
Not much of a distortion seen. I'd probably go for #overlap.
Are you referring to the bright round object at 3:30 ? That is a foreground star from our galaxy
Here's the full color image : http://tinyurl.com/pzh848u
Most definitely a galaxy. The bright spots are not stars but active star forming areas in this gorgeous spiral galaxy.
Not sure what your question is ?
It's a disturbed two-armed spiral for me.
The brighter spot at 2 is probably an active star forming region in the galaxy.
The lower bright spot is a foreground star from our galaxy.
Not sure what your question is, sorry !
The 'ring' is made of the two spiral arms folding back to make a ring. It is called a pseudo-ring. Lovely pic ! :d
Looking at the full color image : http://tinyurl.com/o6us3jw (image flipped), it is definitely a star forming area in the galaxy.
Just looking at this single band image it could be either another galaxy overlapping or a star forming area in the galaxy.
See the comment below : The bright spiky object is a foreground star from our galaxy.
Not really a boxy bulge.Barred, two-armed spiral for me..
Don't forget #spiral ! 😄
And not a boxy bulge, sorry.
Or fuzzy barred spiral ! 😉
The bright spiky object bottom left is a foreground star from our galaxy.
meaning ? 😄
Oh, but it is definitely a galaxy. It it just so fuzzy because this image is just in one filter.
To determine if they could be supernovae you'd need a before and after image.
These dots are most likely foreground stars from our galaxy.
The bright round object is a foreground star from our galaxy. The fuzz is not related to the star & is probably another faint&fuzzy galaxy.
This is a galaxy but it got zoomed in too much.
I see one very defined arm and a fuzzy one (but, hey, that is just me ! 😉 )
I'd go for a very fuzzy spiral, not sure how many spiral arms. But hey, that is just me ! 😄
Yep, we've got a couple of those. Please mark them with #imagesizewrong and we'll get them resized ! 😄
This is a two-armed spiral with an inner ring. Nice catch ! 😄
If you mean the straight black line, that is indeed an artifact.
The central object is indeed a galaxy, but the bright round one is a foreground star. So, definitely not a merger.
The central object is a fuzzy barred spiral. The bright round object at the top is a foreground star from our galaxy. No merger here.
Or a barred two-armed spiral (slightly disturbed ?)
Looks like a barred spiral with an inner ring. maybe slightly disturbed,
Defintely not an Einstein ring.
Looks indeed like a spiral but the image is zoomed in too much.
Definitely star formation ! Looks gorgeous ! 😄
Yep, that would be my classification as well ! 😄
The two bright patches are active star forming regions in the galaxy. See the colour image : http://tinyurl.com/ose7eup
Probably ! 😃
Oops, don't think so! This is a fuzzy barred two armed spiral, slightly disturbed !
On the other hand, if you squint really hard, you can see two very faint spiral arms. And they are folding all the way back to form aring
Alternatively it could be another galaxy. No definite way to tell without additional info.
The small object below the central galaxy could be a foreground star from our galaxy.
The bright object, top of center, is a foreground star from our galaxy.
The bright dot in the center is most definitely the center of this galaxy.
the white dot to the right is most probably a foreground star from our galaxy.
Both the galaxies in this image are seriously disturbed.They are obviously interacting.Whether they will be merging? Only time will tell !
I'd go for a two-armed spiral.
The spots are probably foreground stars from our galaxy.
This is a great example of how classifications can vary with the different bands or combinations of them.
But just looking at this image, merger also looks a possibility.
It is just one galaxy, with two starforming areas on either side of the center.It is obvious in the color image ; http://tinyurl.com/nl7aoqv
A fuzzy barred spiral for me.
All of them are available in colour ! 😄
It looks like a fuzzy barred two-armed spiral to me ! 😉
Two-armed spiral, no ring in sight ! (for me)
Not a lot of disturbance, so #overlap for me.
Yup ! #merger for me as well !
The bright blue dots are active starforming regions in the galaxy
First of : where did you get this image ? In this run of GZ we just have single band images.
That is probably an artifact.
Definitely a galaxy. I'd go for a barred two-armed spiral.
Galaxy looks indeed disturbed, but no obvious culprit in the neighbourhood. Could be the result of a fly-by.
Yes, I'd go for fuzzy spiral too ! 😄
With these kind of distortions merger is a safe bet ! 😄
That is just it : a bar ! 😄 This is a lovely barred spiral.
See wiki for more info : http://en.wikipedia.org/wiki/Barred_spiral_galaxy
If you squint really hard (my favorite scientific method), you can see a fuzzy and disturbed two-armed spiral. 😄
Definitely barred. Not so sure about the ring or the starforming bit.
The object to the left of the central bulge could be another galaxy, overlapping, or it could be a foreground star from our galaxy.
The central object is a barred (two-armed ?) spiral.
The object on the lower arm s another galaxy. It could be an overlap or it could be interacting.
Artifact. It's where the different fields got stitched together
The "M" is an optical artifact caused by the bright star at the bottom.
Loose-armed barred spiral.
The central object is a barred spiral. The smaller round dots are foreground stars from our galaxy.
The smaller round objects are almost all foreground stars from our galaxy. At these distances it is impossible to see planets
I'd go for a very disturbed barred spiral galaxy with a very large active starforming area at the top: Don't overdo the classifications !
Perfect ! 😄
The object, bottom right, is indeed a star from our galaxy. The colors,spikes & rings are all optical artifacts. No supernova here, sorry !
The central object is a fuzzy/disturbed spiral. The small object to the right could be part of the central galaxy (disturbed spiral arm)
No nebula in this image. the blue spot, right from the centre, is an active starforming area in the galaxy.
You could always go for irregular.
A faint and fuzzy galaxy. Not much more to tell about it, sorry !
The smaller object top right is not a star but another galaxy.
You could go for a fuzzy disturbed edge on interacting with the galaxy to the right.
Definitely not an elliptical. It is a fuzzy spiral with a very active star forming area (the blu stuff)
Please, always classify the object in the center of the image ! 😄
The sbright spiky object is aforeground star from our galaxy.
The object bottom right is inded a foreground star from our galaxy. The colors, spikes and rins are all optical artifacts
Not gas clouds but a real galaxy. These galaxies are incredibly far away and at these distances it is not possible to see individual stars.
The bright object,op right, is a star from our galaxy. The computer mistook the diffraction spike for an object. Classify as star/artifact.
The bright blue and green dots are artifacts. They are cosmic ray hits that didn't get removed.
There's probably a much more mundane explanation: eg:the central galaxy is a disturbed galaxy & has nothing to do with the one to left.
Why would you think that an object billions of light years further out is the cause of the disturbance ?
Fuzzy spiral for me ! 😄
Looks like a very faint and fuzzy galaxy to me. 😃
A fuzzy, clumpy galaxy, maybe even a spiral. Not a merger for me.
Nice star from our galaxy ! 😄
The green and purple spots are artifacts : cosmic ray hits that didn't get removed.
The line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
I'm not sure what you mean by 'green hoops'. The bright green splotches are cosmic ray hits that didn't get removed from the image.
The bright green spot is an artifact. It's a cosmic ray hit that didn't get removed.
It might look like a comet (sort of) but it is a real galaxy ! 😄
Always classify the object in the center of the image. Here that is a fuzzy edge on galaxy. The bright dot is probably a foreground star.
Fuzzy irregular galaxy. Not smooth.
Always classify the object in the center of the image (even if it is the most boring one ! 😉 )
Definitely. I'd go for disturbed spiral.
Both galaxies look disturbed, so merger is a possibility. On the other hand the images are fuzzy. But it is your call !
With these fuzzy images, distortions are not very visible. But merger is a possibility. It is your call ! 😃
I'd go for disturbed fuzzy spiral as well.
Two spiral galaxies interacting. #merger #dustlane
Those black spots in the center are artifacts caused by oversaturation
The central objec is a disturbed clumpy spiral.
The fuzzy purple/blue object in the center (which you are supposed to classify) is a galaxy.
The brightly colored specks are artifacts (cosmic ray hits that didn't get removed).
Correct, It got confused by the diffraction spike of the star. Classify as star/artifact.
The bright green splotch is an artifact. It's a cosmic ray hit that didn't get removed.
What a gorgeous barred spiral with an inner ring.
The bright object top left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a disturbed clumpy , barred, two armed spiral. Looks amazing ! 😄
Those darker spots are artifacts caused by oversaturation.
Most likely a foreground star from our galaxy.
The central object is an edge on galaxy with a clump of star forming area at the bottom.
Disturbed, barred, two-armed spiral for me ! 😄
it is a foreground star from our galaxy. The colors, spikes and rings are all optical artifacts. Looks beautifl though ! 😄
the straight line is an optical artifact (diffraction spike) caused by a bright star outside of this image.
No gravitational arc in this image, sorry ! It is a fuzzy spiral with, probably, a very active star forming area (the blue clump)
I'm not saying this cannot be a two armed disturbed spiral. I was just commenting on the now deleted comment of 'boxy spiral'
In the mean time there was a comment deleted !
2/2 And with these fuzzy images it is not easy to tall if these galaxies are disturbed. So, basically, it is your call ! 😄
1/2 The bluish object is another galaxy.Whether it is interacting with the central galaxy is very difficult to tell without additional info
what do you mean by box spiral ? 😃
Could be a merger, or just one very disturbed galaxy. It is your call ! 😄
Could be one disturbed galaxy, could be two interacting. It is your call ! 😄
No gravitational arc here. It is a disturbed barred spiral, where the spiral arms fold back to make a ring.It is called a ringed galaxy.
No ring here. I'd go for a very disturbed spiral galaxy
Not really (for me) ! just a very fuzzy and faint galaxy. 😄
See the comments below : the sharp edged splotches are cosmic ray hits that didn't get removed from this image.
That green dot could be an active starforming region in the galaxy.
What is the connection between the video and this image of a galaxy ? 😃
Here's the flipped and slightly zoomed out image : http://tinyurl.com/nn5rh2d
Absolutely stunning ! 😄
Sorry to disappoint you, but this really is a galaxy. 😄 The blue clump is an active star forming region in this irregular galaxy.
Not really overlapping for me. And both galaxies look disturbed, so merger is a possibility. But in the end it is your call ! 😄
Nothing exploding in this image. The central object, that you are supposed to classify, is a fuzzy galaxy, possibly a spiral.
Start with 'features' and then say no to everything. At the end at 'anything odd' click yes and then click 'irregular'. 😉
Yep, definitely another galaxy. But, please, always classify the object in the center of the image. 😄
Looks like it is part of this clumpy galaxy.
the green circle is just an artifact. It is a cosmic ray hit that didn't get removed from this image.
The sharp edged blue and green dots are cosmic ray hits that didn't get removed. Very pretty but just artifacts. 😄
No dust lane in this image. I'd go for a clumpy galaxy.
Not a voorwerpje, but probably another galaxy.
That could be a very fuzzy barred, two-armed spiral. Nice catch ! 😄
Not a comet, but a disturbed spiral or disk galaxy seen edge on.
The bright green (and blue) sharp edged spots are cosmic ray hits that didn't get removed.
The green sharp edged splotches are artifacts. They are cosmic ray hits that didn't get removed.
Very faint and fuzzy galaxy. 😃
The blue dot could either be an active star forming area in the galaxy or it could be a foreground star from our galaxy.
Yes, the spiky object at the bottom is a foreground star from our galaxy.
They look disturbed, so merger is a possibility.
The blue clump is an active star forming area in the galaxy.
The spiky object, bottom left, is indeed a foreground star from our galaxy.
The line is a diffraction spike (optical artifact) caused by a bright star oitside of this image.
No lensing in this image. These galaxies are irregulars or disturbed spirals and these galaxies are not massive enough to do any lensing.
The round object could still be the center. This galaxy looks very disturbed.
What a lovely image ! #dailyzoo !
A very fuzzy galaxy ! ;D
The bright object, bottom left, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue clump is probably an active star forming region in the galaxy.
No dustlane here for me.
Without additional information (spectra) it is not possible to tell if these two are close or not.
The bright green splotches are cosmic ray hits that didn't get removed from the image.
A fuzzy clumpy galaxy.
Not sure these galaxies are merging. It is your call ! 😄
Definitely NOT an elliptical. This is a spiral or disk galaxy seen edge on.
So very sorry,but the green splotch is an artifact. It is a cosmic ray hit that didn't get removed.
This is just gibberish and just shows you know nothing about galaxies (which is what you are seeing in this image)
it's a diffraction spike (optical artifact) caused by a bright star outside of this image. Mark as star/#artifact.
The brightly colored blobs are artifacts (cosmic ray hits that didn't get removed)
No disturbances here, so no merger for me (sorry)
Sorry, I just see one galaxy here. No merger for me.
The bright green splotches are artifacts, cosmic ray hits that didn't get removed.
But PLEASE, always classify the object in the center of the image. 😄
The bright colorful spots (green, red or blue) are artifacts. The bright orange thingy to the right is a galaxy. i'd go for edge on.
the colorful blobs are cosmic ray hits that didn't get removed. Artifacts.
The purple thing is not a voorwerp but an artifact (a cosmic ray that didn't gert removed)
See the comments below : the green dots are cosmic ray hits that didn't get removed.
The bright spiky object top right is a star from our galaxy. The colors, spikes and rings are all optical artifacts.
Yep ! 😉
The bright splotches are cosmic ray hits that didn't get removed. But there is still a faint and fuzzy galaxy in the center !
The bright splotches are artifacts. But in the center is a very faint and fuzzy galaxy.
Definitely not a hanny's voorwerp. Sorry ! ,-)
vivid green/blue/purple/pink splotches are probably cosmic ray hits that didn't get removed (sorry)
Although, in this case i'd probably go for a very disturbed barred spiral. (sorry ! )
yep, you are right, very hard to classify. I start with 'features' and then click no for everything after that.
Try squinting and then it looks like a spiral galaxy seen almost edge on. It could even be a three armed spiral (very rare).
That could be a diffraction spike (optical artifact) caused by a bright star outside of this image.
I'm having problems with the distance of the 'lens' from the lensing galaxy. Somehow it seems to be too far away.
Nope, not a star ! This is a real galaxy ! 😉
Difficult to tell in this fuzzy image if the galaxies are distorted. it is your call !
Yep ! Looks pretty amazing ! 😄
Just looks like one galaxy to me!
The green dot is a cosmic ray hit that didn't get removed.
Could be artifacts, could be actual fuzzy and faint galaxies. No way to tell, just from this image.
The blue/purple splotches are cosmic ray hits that didn't get removed.
Artifacts. They're cosmic ray hits that didn't get removed.
The colorful splotches are artifacts. But there is a very fuzzy galaxy in the center of the image.
The colorful lines are diffraction spikes (optical artifacts) caused by a very bright star outside of this image.
Wow, lovely image. I'd classify the central galaxy as a disturbed two armed, barred spiral.
Fuzzy clumpy galaxy for me.
If you squint really hard you can see a barred two armed spiral.
Most people will pick the disturbed barred spiral as the central one.
Or just one clumpy galaxy.
Looks like cosmic ray hits that didn't get removed.
See the comments below:it's a foreground star from our galaxy, but something went wrong with the filters/imaging.Classify as star/#artifact
Barred, two armed spiral with a foreground star from our galaxy overlapping
hot pixel or cosmic ray hit. Artifact anyway ! 😄
The rainbow road is a diffraction spike (optical artifact) caused by a bright star outside of this image. But I like rainbow road better! 😄
The colorful sharp edgeded blotches are cosmic ray hits.
Not sure what you mean. All the green and purple sharpe edged blobs are all artefacts. What blob are you referring to ?
No dustlane in this pic for me. Probably an artifact.
That looks like an artifact of some sorts to me. No lensing here, sorry.
Not sure that the red object is real. Looks like an artifact to me.
Yep, a very, very faint and fuzzy galaxy. 😃
These are actually stars from our galaxy, with lots of imaging and filter problems. Just classify as star/artifact !
Yep, disturbed spiral.
What dots ?
I'd go for a fuzzy and faint edge on with maybe a couple of star forming areas (the blue clumps).
Could be a merger, could be an overlap. Looking at the comments zooites are pretty much divided on the issue ! 😄
The central object is a galaxy, but it got cut of.
Correct ! The spikes are diffraction spikes (optical artifacts) caused by a bright star outside of this image.
Just click star/artifact and move on to the next one ! 😃
These ones are probably also cosmic rays. I just label them optical artifacts, because that is what they are in these images.
Usually cosmic rays get removed from the images before they are served up for classification. Only, sometimes the clean-up software fails.
The pinkish/purple and green thingies are cosmic rays that haven't been removed.
Let's make that two nice galaxies ! 😃
This is actually a star from our galaxy. 😃
See the comments below : It is a cosmic ray hit that didn't get removed.
This is not a star ! It is a real galaxy. At these distances it is not possible to see individual stars or planetary disks.
Sorry, this is definitely a galaxy.
Yep ! Definitely a star from our galaxy. The colors, spikes and rings are all optical artifacts. But it does look awesome ! 😄
The round object to the right of the center of the galaxy to the right is probably a foreground star from our galaxy.
The two bright and round objects are foreground stars from our galaxy . So, they are definiteley not interacting with the central galaxy.
Oh yes ! Definitely a bar ! 😄
Wow, gorgeous image ! 😄
I'd go for two (or three) galaxies interacting.
See the comments below : this is indeed a star from our galaxy. The colors, spikes and rings are all optical artifacts.
Yep, I'd go for #overlap too ! 😄
The 'jets' are a diffraction spike (optical artifact) caused by a bright star outside of this image. Sorry !
This is actually a star from our galaxy. The colors, spikes and rings are all opitical artifacts.
It is actually a diffraction spike (optical artifact) caused by a bright star outside of the image? But I like the alien death ray better !
The colorfull dots are optical artifacts. And please always classify the object in the center of the image ! 😄
I'd go for two galaxies overlapping.
See the comments below : it is a star from our galaxy.
You could go for edge on without a bulge ! 😄
Gorgeous galaxy, gorgeous dustlane, but definitely no lensing here ! And not sure this is an elliptical either !
Neither for me. No distortions, so no merger and not really overlapping, so no overlap.
It is just a bright star from our galaxy. The colors, spikes and circles are all optical artifacts. Looks spectacular though ! 😄
Nope, it looks like a galaxy to me.
The central galaxy is not massive enough to do any lensing.
The galaxy in the center of the image is not massive enough to do any lensing. No lensing here, sorry.
The spike is a diffraction spike (optical artifact) caused by a bright star outside of this image.
Correct it is a star from our galaxy. And our sun is also a star ! 😄
If I had gotten this one to classify I would have said star as well.
Star 😄
The bright spiky object, bottom left, is a foreground star from our galaxy. The colors, spikes and rings are all optical artifacts.
Always classify the object in the center of the image. Here that is the small fuzzy galaxy.
Without additional info (spectrum) no way to tell, sorry.
Probably just an artifact.
I'd go for edge on as well. But it could be a disk or a spiral. No way to tell ! 😄
The colorful thingies are optical artifacts. Looks pretty though ! 😄
See the comments below : The bright object isa fioreground star from our galaxy. The central object is a fuzzy galaxy.
Lovely star from our galaxy. The colors spikes and weird center (E) are all optical artifacts.
I'd go for too fuzzy to know. 😄
That is another faint and fuzzy galaxy.
The image is very fuzzy. Just give it your best shot ! 😄
Disturbed clumpy spiral for me
Looks like it. 😄
Not sure this is an elliptical. I'd go for a barred (very) fuzzy spiral.
This is actually a star from our galaxy ! 😄
The spiky object,top left, is a foreground star from our galaxy.The black dot in the center is an optical artifact caused by oversaturation.
And please, always classify the object in the center of the image even if it is the most boring one ! 😄
The bright and spiky thing is a forground star from our galaxy. The colors, spikes and rings are all optical artifacts.
No dustlane for me. I see two galaxies that maybe or maybe not are interacting! .
Always classify the object in the center of the image ! 😄
I don't think the galaxy, bottom right, is interacting with the central one.
Yep, definitely a galaxy. Fuzzy spiral for me.
Don't think this is a star. For one the shape is not round enough. Galaxy for me.
The central object is a very (and I mean very ) fuzzy galaxy ! 😄
The objects at the top could be (parts of) other galaxies.
The bright spiky object ? See the comments below. It is a star from our galaxy.😄
A disturbed disk or spiral galaxy (with a lovely dustlane) interacting with the disturbed spiral galaxy to the right. #merger
It s a star from our galaxy. Classify as star/#artifact ! 😄
That is probably another fuzzy galaxy. Voorwerp or Voorwerpjes have much brighter colors.
Could be a foreground star from our galaxy.
Not dust but optical artifacts caused by oversaturation.
These objects are stars from our galaxy.
Looks like star forming regions to me.
Correct, these sharp edged blue and green blobs are optical artifacts.
Optical artifacts. 😄
Wow indeed ! 😄
Hi! What is your question ? 😄
Definitely galaxies. Probably interacting ! 😄
This is actually a star from our galaxy.
The bright green blobs are optical artifacts. Sorry.
These objects are actually stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
No idea what you mean with that ! 😄
I'm going for overlap as well ! And what a gorgeous dustlane ! 😄
LOL ! Clumpy spiral for me ! 😄
This is a star from our galaxy. The colors and 'bulge' are just optical artifacts. Classify as star/#artifact 😄
Wow ! Beautiful inner ring ! 😄 #zgotw
Sorry, the green 'objects' are optical artifacts. You can tell by the jagged and sharp edges they have.
The bright object to the left is a foreground star from our galaxy. Thhe colors, spikes and rings are all optical artifacts.
What an amazing spiral galaxy ! 😄
Weird irregular galaxy ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Sorry, the green specks are artifacts.
This is what some stars look like in these Hubble images. The colors, spikes and rings are all optical artifacts.
Not much distortion visible, bu then again it is a very fuzzy image. It is your call ! 😄
Merger is a possibility. It is not easy to tell with these fuzzy images.
That is a diffraction spike (optica artifact) caused by a bright star outside of this image.
Fuzzy disturbed spiral for me.
Not a nebula but a fuzzy galaxy.
Probably a starforming region in the galaxy.
Fuzzy spiral in the center. The orange round object could be a foreground star from our galaxy.
I'd go for a spiral or for a clumpy spiral ! It is your call ! 😄
Clumpy spiral or something ? No dustlane here for me, sorry.
LOL ! That is a diffraction spike (optical artifact) caused by a bright star outside of this image.
Could be a diffraction spike caused by a bright star outside of this image.
Truly beautiful image ! #zgotw
The red and green confetti are just optical noise ! End of the chip artifacts ! 😄
The green sharp edged blobs are just artifacts, sorry.
Clumpy irregular ? Merger ?
The green and blue confetti ? Yep, artifact ! 😄
I'd definitely go for edge on - no bulge 😄
The green spot is probably a cosmic ray that didn't get removed.
And that is what GZ is all about about ! 😄
It is already a Hubble image ! They don't come any nicer than this ! 😄
looks like the filters were misaligned.
Not sure. The color is weird.
Looks like a faint and fuzzy galaxy to me.
Oh no ! The horror ! 😄
Could even be three or more galaxies merging !
The fuzzy greyish green object in the center is a galaxy. The brigthly coloured thingies with the sharp edges are optical artifacts.
The 'honey comb' look is an optical artifact.
Wow ! Nice one ! :😄
Looks like it ! 😄 Just click star/artifact and hopefully the next image will be more interesting ! 😄 Happy hunting !
Yep, star from our galaxy! 😄
This is probably a star from our galaxy.
Two galaxies for me. Not interacting .
The green dot is either an artefact or a cosmic ray that didn't get removed.
The bright object top right ?
That is indeed a star ! The colors, spikes and rings are all optical artifacts.
I'd go for a vey disturbed barred spiral.
Looks like a 'spiral' with an active nucleus ! 😄
Oh wow ! amazing ! 😄
Agreed, it is a very fuzzy galaxy. Just give it your best shot ! 😄
This is actually a star from our galaxy. The colors, spikes, rings and weird center are al optical artifacts.
But in this case there is really nothing usefull to classify. Just go for star/artifact !
The brightly coloured thingies are artifacts. And you are supposed to classify the object in the center of the image.
The bright green & blue sharp-edged thingies are artifacts.The fuzzy blue object in the center is a galaxy as is the fuzzy object top right.
The object in the center is one galaxy (disturbed spiral) . The small round object at 10 is another galaxy that could be interacting.
All the objects in this image are real galaxies. 😄
I'd go for spiral.
Sorry, I don't see a lens either.
Beautiful barred spiral (not a nebula)
And, please, always classify the object in the center of the image even if it is the most boring one ! 😄
The bright object to the right is a foreground star from our galaxy. The colors, spikes, rings and weird center are all optical artifacts.
No gravitational lensing in this image. Merger of two clumpy spirals.
The brightly coloured dots with the sharp edges are artifacts. The straight line running through the galaxy could be a diffraction spike.
Really amazing ! Here's the SDSS image : http://tinyurl.com/otdnuyu
Could be, but the image is very fuzzy.
The bright object is probably a foreground star.
Just out of curiousity: did you get this image to classify just now ?
Interaction is a possibility, but then again these images are rather fuzzy . It is your call ! 😄
And there is no way to tell (without additional information) if these two galaxies are interacting. I'd say no, no obvious interaction
First off, always classify the object in the center of the image, even if it is the most boring one ! 😄
Not a nebula but a very fuzzy and faint galaxy ! 😄
3/2
And please mind the language ! We try to keep this site sqeaky clean ! Thanks !
That's a star from our galaxy. The colors, spikes, rings and weird center are all optical artifacts.
Are you talking about the bright object at the bottom ?
If I squint really hard, I can see a fuzzy spiral with a couple of star forming regions ! 😄
Wow, just wow ! 😄 #zgotw
The colouring is right for a lens, so maybe ! 😄
The ring is an inner ring of the galaxy. No lensing here.
No lens problem here. Definitely a nice merger ! 😄
This indeed a foreground star from our galaxy, but the colors,spikes, rings and 'hole' are all optical artifacts.
For some objects (like this one) there is not much more to tell than smooth and the shape. Just answer the questions as well as you can! 😄
That is not a nebula but a beautiful galaxy with active star forming regions (the blue clumps)
The brown circle is a dustlane that circles the galaxy.
Sorry, it is just an artifact.
Do you mean the bright object at the top? That is a foreground star from our galaxy. The colors, spikes & rings are all optical artifacts
While there is probably a black hole in this galaxy, it is not possible to see them.
The colorful object is indeed a star from our galaxy The colors, spikes and rings are all optical artifacts.
The bright colourful object, top right , is a foreground star from our galaxy. The colors, rings & spikes are all optical artifacts.
The bright yellow dot is probably a foreground star from our galaxy.
Beautiful image ! 😄
It is not an artifact, but a galaxy. Just answer the questions as well as you can.
Probably another faint galaxy.
Interaction is a possiblity.
I'd probably go for merger for this one.
Correct. This is what stars can look like in these Hubble images.
Could be but with these fuzzy images it is very difficult to tell.
It's actually a star from our galaxy but the colors are not real.Lots of imaging & filter problems in this image.Classify as star/#artifact.
Lots of distortion visible, definitely a #merger ! 😄
Wow indeed ! What a gorgeous #merger ! 😄
This is a bad image from the edge of the survey. Just classify it as star/#artifact ! Happy hunting ! 😄
The central object, which you are supposed to classify, is a galaxy. All the other ones in this image are foreground stars from our galaxy.
All the objects in this image are probably foreground stars from our galxy. Nice chance alignment.
These objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems; Just classify as star/#artifact.
😄 Nice #merger
It is actually a bad image from the edge of the survey ! 😄
And here is the rest of it ! 😄 (image rotated) http://tinyurl.com/p9k7faw
Looking at the zoomed out image it appears that the two galaxies are interacting.
It is actually a star from our galaxy, but the colors are not real. Imaging and filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. No lensing in this image, sorry. Classify as star/#artifact.
This is a foreground star from our galaxy. Misalignement of filters.
Both these objects are stars from our galaxy that only appear to be touching. Definitely not a merger sorry.
Out of focus star from our galaxy. Classify as star/#artifact.
Not a smooth galaxy at all. You could go for irregular or even a very disturbed barred spiral.
The bright green object is a foreground star from our galaxy (colors are not real). So, definitely not a merger.
These objects are actually stars from our galaxy, but the colors are not real. Lots of imaging & filter problems.Classify as star/#artifact.
Hard to tell with these fuzzy imags. It could go either way.
These are out of focus stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify a star/#artifact !
The darker dots in the core of the galaxies are optical artifacts caused by oversaturation. great #merger !
Definitely not. All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
The asteroid is the green/red/blue object at 7 o clock.
Or it could be an #overlap ! 😄
The central object is a galaxy. The yellow dot at 7 is probably a foreground star from our galaxy.
The central object, which you are supposed to classify, is a beautiful lenticular with an inner ring.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Not much distortion, so I'd go for overlap. But that doesn't mean that it couldn't be a merger. It is your call ! 😄
It is a diffraction spike caused b a bright star outside of this image. See the rotated image : http://tinyurl.com/new95bo
The three round and bright objects are all foreground stars from our galaxy.
the blue clumps are active star forming regions in the galaxy.
The central object is a galaxy and the two round ones are foreground stars from our galaxy. No interaction possible.
Definitely not ! 😄
It is a bad image from the edge of the survey. Classify as star/#artifact
even a barred two armed spiral where the two arms fold back to make a ring.
This is not an elliptical as you clearly see features. It could be a barred lenticular (disk) or
The cenrtal object is a glaxy, all the other objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/#artifact.
All the bright round objects in this image are stars from our galaxy. There is also a lot of noise in this image.
But it is a fuzzy galaxy, probably a spiral.
These are actually stars from our galaxy, but the colors are not real.
This is just 1 galaxy.The bright round dot is a foreground star from our galaxy & so are all the other objects in this image. No merger here
The two round objects to the right are foreground stars, so definitely not a merger, sorry.
Or just a very big bulge ! 😄
Very cool ! 😄 See the comments below.
Not sure about the x, sorry.
The central object is definitely not an artifact. Very (very) fuzzy spiral for me.
Here's the very zoomed out and rotated image : http://tinyurl.com/lb4zqbr
Btw : gorgeous #dustlane ! 😄
All these objects are stars from our galaxy, but something went wrong with the filters. Anyway, classify as star/#artifact.
This is just one object and it is a foreground star from our galaxy. But the colors are not real. Some imaging and filter problems.
Beautiful irregular galaxy with lots of star forming areas (the blue clumps)
With these fuzzy images it is very hard to tell if they are colliding or if it is just an overlap. It is your call ! 😄
Two stars from our galaxy, but the colors are not real. Imaging and filter problems. Classify as star/#artifact.
They look pretty disturbed to me.! #merger
The white/blue object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Yep, that is an asteroid. Nice chance alignment.
A bad image from the edge of the survey. Classify as star/#artifact.
the central object is a star from our galaxy. Lots of imaging and filter problems.
Classify as star/#artifact.
The central object is a galaxy and so is the one to the left. The two bright, colored round objects are foreground stars from our galaxy.
It is a satellite trail. the satellite reflects the sunlight and because of its speed it gets caught in just one filter.
t's a fuzzy disturbed spiral.
Out of focus stars from our galaxy. Classify as star/#artifact.
It is a bad image from the edge of the survey. Classify as star/#artifact.
A beautiful barred spiral galaxy.
A fuzzy spiral galaxy
it's a star from our galaxy. But the color is not real. Filter problems.
No distortions in either galaxy. #Overlap
That is a diffraction spike (optical artifact) caused by a bright star outside of this image.
All the stars you see in these images are foreground stars from our galaxy.
The bright spot near the center of the galaxy is a foreground star from our galaxy.
It can't be both a spiral and an elliptical If you see features it is not an elliptical.
Definitely not a merger. The bright object to the right is a foreground star from our galaxy.
Now that is an amazing #MERGER !
You could go for a disturbed edge on or an irregular galaxy.
it is your call !
Disturbed spiral galaxy. Definitely not a merger here !
The dark center is just an optical artifact caused by over saturation, sorry ! 😄
Aww, you found a piece of the Cosmic Scarf : http://tinyurl.com/lb4zqbr 😄
Actually, bad images from the edge of the suvey.
Both galaxies look a little bit disturbed, so merger is definitely a possibility. But then again, it is your call! 😄
Stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Where ? What two objects are you referring to ?
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems;
The bright orange dot in the center is an optical artifact caused by oversaturation.
Here we have a spiral galaxy in the center. The bright white object at 4 is a foreground star from our galaxy.
???? No idea what you are talking about.
Both these objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is actually a star from our galaxy but the colours are not real. Lots of imaging and filter problems.
And how did you classify it ? 😄
Spiral galaxies are usually not massive enough to do any lensing. Definitely no lensing in this image.
Smooth and round elliptical galaxy ! 😄
Yep, foreground stars from our galaxy.
Not to forget #merger ! 😄
With these smooth and round galaxies and that combined with a fuzzy image it is not easy to to tell.But here,I'd go for merger any time ! 😄
It looks like a disturbed galaxy ! 😄
But whether it is in the foreground or the background or even in the same plane as the central galaxy is impossible to tell.
It is probably another galaxy.
Most definitely not an elliptical. Very fuzzy spiral galaxy.
Definitely not an elliptical. If you squint you can make out a couple of tight spiral arms.
I'd just go for two spiral arms ! 😄
The object at 4 is probably another galaxy gravitationally interacting with the central galaxy. I was just replying to the original question
The orange round object at the bottom is a foreground star from our galaxy. The 'cross' in the center is just an optical artifact.
Beautiful edge on ! 😄
Yep ! I got a bit excited myself because it had the exact same color as a voorwerpje ! But the zoomed out image looks special too ! 😄
Nope, it's an optical artifact. See the zoomed out view : http://tinyurl.com/q7ed37g
All the bright objects have a blue 'tail' ! ;D
While this is technically an overlap, here in GZ the # overlap is only used for galaxy/galaxy overlaps. Thanks. 😄
I'd go for elliptical in the center and foreground star to the left.
It's a bad image from the edge of the survey. Classify as star/#artifact.
Star from our galaxy. Lots of imaging and filter problems.
The darker dot at the center of the galaxy is an optical artifact caused by oversaturation.
Correct ! Diffraction spike caused by the star at the bottom.
All the objects in this image are stars from our galaxy. Nice chance alignment. No lensing in this image, sorry.
Definitely not a galaxy seen edge on. Try squinting ! 😄
I see a fuzzy spiral galaxy with a big bulge and maybe even barred.
These two objects are foreground stars but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Fuzzy galaxy. I'd go for smooth and round.
Sorry, no asteroid in this image/
Correct, all the objects in this image are stars from our galaxy.
Nope, all the objects in this image are stars from our galaxy.
The central object is indeed a galaxy, but all the other smaller round ones are foreground stars from our galaxy. No merger here , sorry.
The central yellow object is indee a galaxy. The object to the right is a foreground star from our galaxy. The colors are optical artifacts.
Two spiral arms for me;
Spiral galaxy for me.
The image is very fuzzy, so it is not easy to tell.
I'd go for image artifact.
See the comments below 😄
No ofcourse not ! 😄
That message was only for lostlens. A user that caused a lot of trouble by deliberately misclassifying things.
A fuzzy galaxy. You could go for a disturbed, barred spiral or alternatively for irregular.
The central object is indeed a galaxy, but the other three round ones are foreground stars from our galaxy. No merger here, sorry.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
Sorry, these colors are just optical artifacts (filter problems)
Sorry for being pedantic, but this is a ringed galaxy, where the spiral arms fold back to make a ring.
You will always need at least a before and after image for it to be a SN. 99,9% will be just foreround stars.
Oooh, nice catch ! The asteroid is the blue/red/green object at the right side of the image.
Just one galaxy. it looks distubed, but no obvious culprit in sight !
The two galaxies in the center as wel as the one above them seem to be interacting. #merger for me.
A barred, two armed spiral witth a foreground star (the blue dot) .
i would'n't go for elliptical for this one. Probably a disk with an amazing dustlane.
LOL, you do realise that this 'Dutch' word also has a meaning in English ? To jam something is to block it or screw it up.
What a gorgeous barred spiral ! 😄
Star forming any time ! 😄
The bright spiky object bottom right is a foreground star from our galaxy.But please, always classify the object in the center of the image.
Definitely a barred spiral for me !
That is a foreground star from our galaxy that got in the way. Nice line of sight ! 😄
These are actually stars from our galaxy. Some serious filter problems.
Not really. The galaxy is in the center of the image.
You do realize that black holes cannot be directly observed ? Where do you thinkthis BH is situated ?
Out of focus stars from our galaxy with lots of imaging and filter problems.
The image is cut off. The blue thingy in the center is a spiral with lots of star forming areas.
Out of focus stars and artefacts ! Classify as star/#artifact. 😄
And what does that mean ? 😄
LOL ! Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Very beautiful ! 😄
Just one galaxy here, no merger. It is a barred, two-armed spiral with a noticeable bulge.
Yes, it is a diffrction spike (optical artifact) caused by a bright star outside of this image.
I'd go with fuzzy spiral as wel ! 😄 (maybe a bit distuebzd ! )
The blue dots in the galaxy are active star forming regions. The blue line bottom right is a satellite traiL.
Or maybe a star fom our galaxy ! 😄 And obviously the colors are not real. Lots of imaging and filter problems.
The bright white object is most probably a foreground star from our galaxy.
All of the objects in this image are stars fom our galaxy. The ones in the middle only appear to be touching, no merger here, sorry ! 😄
No distortion to speak of, so no merger for me.
Sorry, no merger here ! The brighr yellow dot is a foreground star from our galaxy.
I'd go for distubred, barred spiral with a couple of star forming areas (the blue clumps).
Sorry, no galaxies in this image ! All the objects here are stars from our galaxy. No merger or overlap whatsoever.
This is actually a star from our galaxy, but the colors are not real. Lots of filter problems.
Both galaxies look disturbed, merger for me.
All the objects in this image are stars rom our galaxy. Nice chance alignment.
All the objects in this image are stars from our galaxy and something went very wrong with the filters. Clasify as star/#artifact.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No merger, sorry.
Or the aftrmath of a fly by.
The bright blue/white object is a foreground star from our galaxy. The colors and blue dot are optical artifacts.
The orange object to the left is indeed a foreground star from our galaxy.
The bright object, top left, is a foreground star from our galaxy. No merger here, sorry.
Nope, it is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
All the objects in this image are stars from our galaxy. No merger here, just a chance alignment.
All the objects in this image are out of focus stars from our galaxy, but the colors are not real.Lots of filter and imaging problems.
What do you mean by 2.5?
I'd go for #merger. Definitely not dust clouds collapsing.
Artefact, sorry.
Since it is only visible in one band, I'm thinking artifact.
The red dot is a foreground star from our galaxy and so are the other two.
Yep ! These are out of focus stars.
Gorgeous #overlap ! 😄
First of all, aways classify the object in the center of the image.
And all the objects in this image are stars from our galaxy. 😄
Et voilà ! 😄 http://tinyurl.com/pks9t7x (image flipped)
The Voorwerp and Voorwerpjes all have very vivid colors. Nothing like this fuzzy pale blue
Looks like an artifact and it is only visible in one band.
Now that is a gorgous #merger ! 😄
Nope, sorry!These two objects are actually foreground stars from our galaxy. & they only appear to be touching. And the colors are not real.
No gravitational lensing in this image whatsoever, sorry.
Nope, just a bunch of out of focus stars from our galaxy. Lots of imaging and filter problems. Just classify as star/#artifact.
No dustlane for me.
Sorry, all the object in this image are stars from our galaxy.
I'm not sure this is a gravitational lens. and the only reason I can come up with is : It doesn't look like one! 😄
Definitely no gravitational lens here. Spirals are usually not massive enough to do any lensing.
Definitely not a gravitational lens here.
A lovely disk or spiral galaxy seen edge on. There is even a hint of a #dustlane.
The darker dot in the center of the galaxy is an optical artifact, caused by oversaturation.
The central object, which you are supposed to classify, is a smooth and round galaxy.
The small white object top right is a foreground star from our galaxy.
I'd go for edge on as well, but it is your call ! 😄
A very disturbed barred, spiral galaxy with some star forming regions (the blue clumps)
The central object is a very disturbed spiral.
Definitely no gravitational lens. Could be disturbed but the image is very fuzzy.
The colors are most definitely artifacts. And this one is probably a star from our galaxy, not a galxy.
I just see one spiral galaxy, sorry. But it is a beautiful one ! 😃
The central object is a fuzzy two armed spiral.
Do you mean the bright object bottom right corner? That is a bright star from our galaxy. http://tinyurl.com/opvfejm
This one is probably a foreground star from our galaxy.
The green dot is only visible in one band so it is probably an artifact.
The green dot is only visible in one band, so it is probably an artifact.
Could be another galaxy.The image is too fuzzy to tell if they are interacting
Object top left is a foreground star from our galaxy.Always classify the object in the center of the image even if it is the most boring 1
See the comments below : It is a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
The bluish round object, bottom right, is probably a foreground star from our galaxy, not a satellite galaxy.
Definitely no lens in this image , sorry ! Where did you see it ?
Since it's only visible in one band, i'm thinking artifact ! Sorry !
Could be. It is a very fuzzy image so I'm not really sure.
First of,always classify the object in the center of the image(here that's a fuzzy galaxy). The 2 to the botom left are stars. Not a merger.
Looks like a fuzzy spiral to me.
Definitely not an elliptica. It is a barred spiral.
Two galaxies. But wit these fuzzy images it is very hard to tell if they are merging or if it is an overlap. it is your call.
Both these objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No supernovae or merger here
The green stripe is a satellite trail.
The blue/red/green object to the left is an asteroid.
The bright object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
this is a star from our galaxy, but the colors are not real. lots of imaging and filter problems.
Definitely a spiral galaxy. You can see the spiral arms.
With these kinds of distortions it is obviously a #merger.
Bad images from the edge of the survey. Just classify as star/#artifact.
An almost perfect ringed galaxy, slightly disturbed? And don't forget the bar and the very noticeable bulge.
I'd go for a fuzzy, barred spiral, but if it is an irregular to you that is equally right !
Sorry I don't see any circles here. It is a fuzzy and disturbed spiral galaxy for me.
No idea, could be a star forming area, could be an artifact, could be just about anything ! 😄
Since it is only visible in one band I'm thinking cosmic ray or artifact.
As it is only visible in one band,i'm thinking cosmic ray or artifact.
These are out of focus stars from our galaxy and the colors are not real. Lots of imaging and filter problems. No merger here, sorry.
See the comments below : it is a star from our galaxy, but the colors are not real. Lots of filter problems.
Not sure if that is a galaxy. Star from our galaxy for me.
The two bright orange/yellow objects are foreground stars from our galaxy.
it is a bad image from the edge of the survey. Lots of imaging and filter problems.
The white round object at the top is a foreground star from our galaxy.
The bright white object to the right is a foreground star from our galaxy.
yep ! 😄
So, how did you classify it ? ;D
Probably not. Voorwerpjes have more vibrant colors.
The blue objects are foreground stars from our galaxy.
The object to the right is probably a foreground star from our galaxy.
Optical artifact. Misalignment of filters.
All the objects in this image are stars from our galaxy. No merger here, sorry. Classify as star/#artifact.
All the objects in this image are stars from our galaxy.The two in the center of the image only appear to be touching.No merger here, sorry.
All the objects in this image are stars from our galaxy..
This is a star from our galaxy. The 'jet' is an optical artifact.
This is actually a star from our galaxy, but the colors are not real. Lots of imging and filter problems.
The central object is a star from our galaxy. The red blob, bottom left, is probably an artifact.
Sorry, no lensing here. Spirals are usually not massive enough to do any lensing. It is a fuzzy and faint spiral arm
No visible distortions visible. But it is your call ! 😄
Al the objects in this image are stars from our galaxy and the colors are optical artifacfts. Meaning, the colors don't mean anything ! 😄
For me it is a disturbed spiral. The culprit for the disturbance is not visible in this image. Coud the result of a flyby.
It is a very fuzzy image so both merger or overlap are a possibilty. It is your call ! 😄
The image is very fuzzy, so this could be a merger, but it could also be an overlap. It is your call ! Happy hunting ! 😄
The central object is a barred, two-armed spiral. The little one to the right is probably an overlapping edge one. Nice line of sight.
All the white objects in here are foreground stars from our galaxy. Definitely no merger. I'd go for a very disturbed galaxy or an irregular
The blue spots are active star forming regions in the galaxy. And indeed : very beautiful ! 😄
Oh yes ! Nice one !
Hi maguireb ! Always classify the central object even if it is the most boring one !😄 Happy hunting ! 😄
You can ofcourse always comment on other objects here in Talk
Please, always classify the object in the center of the image, even if it is the most boring one ! 😄
See the comments below : It is a star from our galaxy and the colors are not real.
Here that is the small yellow one !
The blue balls in the large galaxy are active starforming areas.
Please always classify the object in the center of the image, even if it is the most boring one ! 😄
The bright dot is probably a foreground star from our galaxy.
See the comments below : the orange object is a foreground star from our galaxy.
The central galaxy looks like a disturbed spiral seen almost edge on to me. The object to the left is a smooth and round galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems.
You found a piece of the Cosmic Scarf (see the very zoomed out image) http://tinyurl.com/osku3hs ! 😄
CGMW ? Care to explain ? ;D
Green object (bottom right quadrant) : I'm thinking star from our galaxy.
But what a gorgeous merger ! #dailyzoo !
And nobody mentioned #merger ! 😄
Could be. It looks like there are two galaxies interacting.
The multi-colored objects in this image are stars from our galaxy. The colors are just optical artifacts.
A disturbed fuzzy spiral with a big bulge for me.
No meteor in this image, sorry . Where do you see one ?
Sorry, this is most definitely not a galaxy. It's an out of focus star with lots of imaging and fiter isssues.
Without additional information no way to tell that these galaxies are interacting.
It is probably a fuzzy two armed, barred spiral where the spiral arms fold back to make a ring. It is actually called a #ringed galaxy.
Not sure if there is a dustlane here.
You could go for disturbed fuzzy galaxy.
The white object is probably a foreground star from our galaxy.
The central object is a galaxy, but the 3 to the left are foreground stars from our galaxy. It is just a chance alignment.
I see a very disturbed spiral galaxy. Definitely not a gas cloud here ! 😄
The central galaxy looks a bit disturbed, but I'm not convinced this is a merger. So merger or overlap ? It is your call ! 😄
Both the objects in this image are stars from our galaxy. Lots of imaging and filter problems. No interaction here, sorry.
The blue "shadow" is an optical artifact. At these distances it is impossibme to see planets.
All the objects in his image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Nope ! The blue object is a (or two) foreground star from our galaxy,, so it is most definitely in front of the central galaxy.
so it is definitely not connected to the central galaxy. Just a line of sight !
No dustlane here. The bright round object(bottom right) of the galaxy is a foreground star from our galaxy.
I just see a two armed, barred spiral with a smallish bulge, sorry.
All the objects in this image are star from our galaxy. Lots of imaging and filter problems.Classify as star/#artifact !
Hapy hunting ! 😄
Could be overlap, could be merger, with these smooth galaxies it is not easy to tell.
The bright dot at 8 is only visible in one filter so i'm thinking artifact. And here in GZ overlap is only used for galaxy/galaxy overlaps.
All the objects in this image are stars from our galaxy. Classify a star/#artifact.
The bright object, bottom right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is defintely a galaxy. You could go for disturbed barred spiral or alternatively for irregular.
It is a piece of the Cosmic Scarf ! 😄 See the very zoomed out view : http://tinyurl.com/oykqecl
That is one way of classifying it. You could also go for disturbed barred, two-armed spiral. It is your call ! 😄
The galaxy cannot be in front of the star ! All the stars we see in these images are foreground stars from our galaxy.
The two red dots are optical artifacts.
The orange colouring in the star is just an optical artifact.
These two could be interacting, but with these fuzzy images it is not easy to tell. It is your cal ! 😄
The bright one to the bottom is a foreground star. And the one at the top could be a satellite galaxy or it could just be a line of sight.
The blue dot, bottom right corner, is a foreground star from our galaxy. The darker dot in the center & to the right are optical artifacts.
Nope, it is a very real galaxy. I'd go for irregular for this one.
It could go either way : not much distortion, but that doesn't mean they are not interacting yet.
No jets here ! See the comments below : it is a very beautiful polar ring.
I'd go for a disturbes spiral seen edge on.
I just see one disturbed spiral.
The central galaxies look disturbed, so merger is definitely a possibility ! 😄
This is most definitely a galaxy. Unfortunately it is a very fuzzy one ! 😄
I'd go for a barred, two-armed spiral with a very small bulge. Maybe a little bit disturbed.
The bright orange object to the right is a foreground star from our galaxy.
Definitely a fuzzy spiral galaxy.
Out of focus stars and artefacts, but cheerios is the term most commonly used ! 😄
Without additional information (spectra) no way to tell.
All th eobjects in this image are sars from our galaxy, but the colors are not real. Lots of imaging and filter problems. star/#artifact
The green dot is only visible in one filter so it is probably a cosmic ray that didn't get removed
Beautiful ringed galaxy. There s just one galaxy here, so no merger.
Always classsify the object in the center of the image !
All the objects in this image are most definitely stars from our galaxy ! 😄
No lens here sorry. This is actually a foreground star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
LOL ! Have you checked this thread ?
Oops, one of the bad images, usually found at the edge of the survey ! . Just classify these as star/#artifact.
That is just an optical artifact, caused by oversaturation.
Sorry, that is probably just another galaxy . It is too far away from the central galaxy to be a gravitationaly lensed galaxy.
Probably an optical artifact, sorry.
What an amazing #merger ! 😄
Without a spectrum, no way to tell, sorry.
This is actually a star from our galaxy, but the colors are not real. Just classify as star/#artifact ! 😄
The fuzzy stuff is probably two faint spiral arms.
Nope ! The central object is a very real galaxy ! 😄
It is a very fuzzy image and not much distortion in either galaxy. It could be two totally unrelated galaxies or it it could be a merger.
Or it could be two galaxies with very bright cores, interacting. The image is very fuzzy. Just give it your best shot ! 😄
Very disturbed indeed ! 😄
This is actually a star from our galaxy, but the colors are not real. Something went very wrong with the imaging and filters.
That is indeed a star, but it is a foreground star from our galaxy.
The object to the right is indeed a foreground star from our galaxy. The dark spots are just optical artifacts, sorry.
This is definitely a star from our galaxy ! Lots of imaging and filter problems ! 😄
Where is the overlap ? Both of the galaxies are very far apart !
Not sure about this being an overlap. The top galaxy especially looks really disturbed. I'd go for interaction. #merger.
And what a gorgeous dustlane it is ! 😄
Where's the satellite trail ?
Yep ! All the objects in this image are stars from our galaxy.
This is a star from our galaxy, but the colors are not real. The dark spot in the center is an optical artifact caused by oversaturation.
The central object is a fuzzy galaxy. All the other ones are foreground stars from our galaxy.
Beautiful barred disk galaxy.
smooth and in between for me.
I'd go for smooth and round
All the objects in this image are out of focus stars from our galaxy or artefacts.
Could be a disturbed spiral.
Very prominent bar ! Nice catch ! 😄
I just see a fuzzy two-armed, barred spiral. Nothing special ,sorry.
A very short one ! ;D
It is probably a spiral, but it is just too fuzzy too tell.
I wouldn't call this one smooth ! I'd go for a fuzzy tight two armed spiral with a noticeable bulge, maybe even disturbed.
It is probably a fuzzy spiral with a very noticeabe bar.
The central object, which you are supposed to classify , is a galaxy. The other objects in this image are foreground stars from our galaxy.
There seems to be some problem with the SDSS site. I'll try later.
You have to look at the coordinates. Here 's the quasar : http://tinyurl.com/myyur6v
Sorry, I don't see a satellite trail in this image.
And, please, always classify the object in the center of the image, even if it it is the most boring one ! 😄
Sorry, no lens here. Just classify star/#artifact. All the objects int his image are stars from our galaxy. Imaging and filter problems ! 😄
The colorful dots are probably noise. I'd go for a fuzzy spiral ! 😄
Fuzzy, barred spiral for me ! 😄
No voorwerpje here whatsoever ! Sorry !
Definitely all the objects in this image are stars from our galaxy. Whether this is a cluster? ?? 😄
Definitely a star with lots of imaging and filter problems. Just classify as star/#artifact.
No voorwerpje here, sorry. Did you see my previous comments ?
Most definitely a star with lots of imaging and filter problems ! Classify as star/#artifact 😄
I see a fuzzy two-armed spiral. No bulge, I agree.
Where ? Voorwerpjes have very bright colors : see this thread from the old forum : http://www.galaxyzooforum.org/index.php?topic=275838.0
Again, all the objects in this image are stars from our galaxy. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Classify as star/#artifact. 😄
The blue dots are active star forming areas in this irregular galaxy. No voorwerpje here, sorry.
Sorry, I don't see it. 😦
The object in front of the galaxies is probably a foreground star, not an asteroid.
It's a disturbed barred spiral.
The central galaxy looks distorted, so there could be some interaction going on.
I'd go for a disk or spiral seen edge on, no bulge, slightly disturbed.
I'd go for barred, but that is just me ! 😄
What do you mean?
These are just bad images from the edges of the survey . Classify as star/#artifact !
Yeay ! You found a piece of the Cosmi Scarf ! (see the very zoomed out image http://tinyurl.com/op9f8pc)
This is actually a star from our galaxy but the color isn't real. Some major filter problems.
Classify as star/#artifact !
Happy hunting
No dustlanes here, sorry .
Oops, no merger here, sorry. The two reddish objects are foreground stars from our galaxy, so no merger possible.
Great edge on galaxy with a big bulge.
No dustlanes here, sorry.Just one disturbed galaxy.
All the objects in this image are stars from our galaxy, so definitely no merger here , sorry !
Spiral galaxy : definitely. Dust lanes : I don't see any.
Erm, foreground stars would be correct ! 😄
I'd go for a fuzzy disturbed spiral.
Definitely a spiral, slightly disturbed.
Not much distortion visible, I'd go for line of sight ! 😄
Or maybe out of focus stars ! :d
Not a merger and not a super nova, sorry ! The bright object top right is a foreground star from our galaxy.
Just one galaxy for me, no merger here , sorry.
There seems to be some interaction going on. #merger is a possibility.
A fuzzy galaxy. Looks disturbed.
It's a piece of the cosmic scarf ! See the zoomed out image : http://tinyurl.com/onpzlv8
These are bad images from the edge of the survey
See the comments below : irregular galaxy with starforming areas (the blue clumps)
What is what ? ;D
All the objects in this image are just stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here ! 😄
These objects are just stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here ! 😄
See the comments below. These are out of focus stars. The colors are optical artifacts.
This is a a foreground star from our galaxy. The colors and weird center are all optical artifacts.
The two colorful objects are foreground stars from our galaxy. The colors and weird effects are all optical artifacts.
See the zoomed out and rotated image : http://tinyurl.com/nrg8cez. The red object is a bright foreground star from our galaxy.
Both the smiley face 😄 and the colorful object are foreground stars from our galaxy. The colors and weird dots are all optical artifacts !.
In the zoomed out image (http://tinyurl.com/pke8h3v) the distortions are more noticeable, so they are interacting.
Definitely an edge on with a big bulge. The darker dot in the center is an optical artifact caused by oversaturation.
@7kasper : In the zoomed out image (see next post) you can see that other objects have the same red glow. it is an optical artifact.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=246.95241626&dec=-2.834113&scale=0.1980635&width=512&height=512&opt=&query=
The red object, bottom right, is probably a foreground star from our galaxy
Maybe !
All the objects in this image are stars from our galaxy. So, nothing weird, just stars. 😄 Classify as star/#artifact ! 😄
Please , always classify the galaxy in the centre of the image ( so, no arms there). As for #merger : that is a yes from me ! 😄
You are looking at a spiral galaxy seen at an angle. But it could be slightly disturbed.
Definitely a galaxy (and not a nebula) ! Gorgeous #disturbed spiral galaxy ! 😄
Gorgeous #spiral ! 😄
LOL ! You are correct, this is most probably a foreground star from our galaxy.
You are correct in saying that all the objects in this image are stars from our galaxy. Whether they are a star cluster is not so clear !
Amazing #dustlane ! 😄
No dustlane here for me. I'd go for disturbed spiral. Nice pic though ! 😄
Gorgeous #barred spiral
Both these objects are stars from our galaxy. The colors are not real. Definitely not an overlap. Classify a s star/#artifact.
Why not incorporate a link to the zoomed out image ?
yep, got that ! 😄
Aaww ! 😄
Oh yes they do ! 😄
I see a bar and just one fuzzy spiral arm.So, that's a disturbed spiral for me.
See this thread for more weird images : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
If you see lots of objects in one image with these weird colors, they are almost always images with imaging and filter problems
Oops! Please, always classify the object in the center of the image, even if it is the most boring one ! 😄
It could be a foreground star or a small galaxy or a big galaxy far in the background.Without additional information, there's no way to tell
I'd go for disturbed spiral too ! 😄
Sorry, I don't see the red you are referring to.
This is a disturbed, barred spiral, btw.
And you were very right ! 😄
Btw, all the objects in this image are stars from our galaxy, but the colors are not real.
Since it is only visible in one color filter (r) it is probably an artifact.
Hi ! First of, always classify the object in the center of the image.
No distortion visible, so no merger for me.
Disturbed barred spiral for me too ! :d
The spike is a diffraction spike (optical artifact) caused by the bright star at the bottom.
The darker dot in the center is an optical artifact, caused by oversaturation
This is a two armed spiral where the two spiral arms fold back to make a ring. Technically this is a #ringed galaxy. NIce catch.
IIt isa bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
Sorry, no super nova here . It's just a reasonably bright star in our galaxy. The colors, spikes and weird center are all optical artifacts.
Not much distortion visible. Could be an #overlap.
Yep ! 😄 All the objects in this image are stars from our galaxy
But what a very disturbed one ! 😄
Two fuzzy smooth galaxies, probably interacting !
A very disturbed , barred spiral galaxy. The bright blue dots are active star forming regions in the galaxy. See the comments below. 😄
No voorwerpje in this image, sorry.
The bright object at 11 is a foreground star from our galaxy and definitely not a voorwerpje.
Definitely some interaction going on. #merger
That is definitely a glaxy. Probably a fuzzy spiral.
Just a lot of stars from our galaxy and really bad filter problems. Classify as star/#artifact.
Here's a extreme zoomed out view: http://tinyurl.com/povcrkb .You found a piece of the cosmic scarf.A bad image from the edge of the survey.
This is definitely a galaxy ! Smooth and round for me.
Two stars from our galaxy and something went wrong with the filters. Classify as star/#artifact.
It is only visible in one band so I'm thinking artifact.
Since it just shows up in one filter, I'm going for artifact.
Just one galaxy in this image. The spike is a diffraction spike (optical artifact) caused by a bright star outside of this image.
This is actually a star from our galaxy. The colors are not real. Filter problems; Classify as star/#artifact
See the comments below. It's a star.
The objects in this image are stars and artifacts. Lots of imaging and filter problems. Classify as star/#artifact.
The galaxies look very fuzzy but they seem to be disturbed. Merger is a possibility.
A lovely edge on, no way to tell if the other blobs in this image are connected.
It could be a foreground star, but my bets are on an active star forming region in the galaxy.
Yep, #merger for me as well. Both the galaxies look very distured.
#ZGOTW
This is actually a star from our galaxy. The colors and weird center are optical artifacts. Classify as star/#artifact.
See the comments below. Star/#artifact.
These objects are all stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
This is actually a star from our galaxy, but the colors are not real. Classify as star/#artifact.
Even so, always classify the object in the center ! : D
The central object is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
For me, it is just one galaxy. A slightly disturbed two-armed, barred spiral.
Please, always classify the object in the center of the image. Even if it is the most boring one ! 😄
Always classify the object in the center of the image ! Happy hunting ! 😄
Looking at the zoomed out and rotated image, I'd say no asteroid here. http://tinyurl.com/kja2lqk 😄
Gorgeous #merger anyway ! 😄
it doesn't look very active to me ! 😄 Sorry
Take a look at the older comments ! 😄
Go to the first post and you can have some great examples of voorwerpjes by the master himself : Bill Keel ! 😄
Just check out this thread on the old forum : http://www.galaxyzooforum.org/index.php?topic=275014.0
The objects in this image are stars from our galaxy, but the colors are not real.Some really bad filter problems.Classify as star/#artifact.
These are iindeed stars from our galaxy. Lots of filter and imaging problems.
This is actually a star from our gaalxy and the colors are just optical artifacts
These two objects are actually stars from our galaxy, but the colors are not real. No merger here, sorry. Classify as star/#artifact
Definitely no voorwerpje in this image ! 😄
Definitely no voorwerpje in this image !
Correct on all counts ! Always classify the object in the center ! (but there really is an edge on in the upper right cornere ! 😄 )
If the smaller object is a foreground star from our galaxy, there is no way that it can possibly be merging with the galaxy.
All the objects in this image are stars from our galaxy. No merger here, sorry !
All the objects in this image are either stars from our galxy or artifacts. Lots of imagng and filter problems. Classify as star/#artifact
This is actually a star from our galaxy, but the colors are not real. Filter and imaging problems. 😄
Correct ! 😄 This is actually a star from our galaxy, but the colors are not real. Filter and imaging problems.
The most important thing to learn from this image is that all the objects are stars from our galaxy and that SDSS is not alwas right !
This object is actually a foreground star from our galaxy. All the colors are artifacts. Just classify as star/#artifact.
All the objects in this image are out of focus stars or artifacts. Classify as star/#artifact ! 😄
Maybe ! 😄 It is your call !
No gravitational lensing going on here. It looks more like a fuzzy spiral with lots of star formation going on.
Could be. With these fuzzy images it is not easy to see ! 😄
Slightly disturbed spiral for me ! 😄
No worries ! That is why they need us ! There will be quite a number of stars in these images as the software gets confused ! /
Both of the galaxies look disturbed, so definitely a #merger for me ! And mergers are somewhat rare, but you'll see quite some of them ! 😄
Wow ! Amazing image! #zgotw
All the objects in this image are out of focus stars from our galaxy or artifacts. Classify as star/#artifact ! 😄
The two red beams are optical artifacts caused by a bright star outside of this image : http://tinyurl.com/pjot4sl
I'd go for starforming ! 😄
Have a look here (http://wavwebs.com/GZ/voorwerpje/Hunt.cgi) to see what voorwerpjes should look like in these SDSS images ! 😄
The big red dot (left) is a foreground star from our galaxy. The red dot (center of the galaxy) is an artifact caused by oversaturation
This is actually a star from our galaxy. The weird center is an optical artifact.
Sorry, don't see a voorwerpje here.
Sorry, this is just a star from our galaxy, the colors are optical artifacts
Fuzzy image but definitely a #merger ! 😄
The bright orange object to the right is most probably a foreground star from our galaxy. No AGN here, sorry.
All the objects in this image are out of focus stars or artifacts.
Just one disturbed galaxy here. No merger for me, sorry.
This is actually a star from our galaxy. The color isn't real. Lots of imaging and filter problems. Classify as star/#artifact
Yes, probably a spiral galaxy
I'd go for optical effect.
The red object is indeed a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. Lots of imaging and filterr problems. Classify as star/#artifact
The objects in this image are actually stars from our galaxy. But something went wrong with the imaging/filters. Classify as star/#artifact
The two red spots are foreground stars from our galaxy. Nice chance alignment ! 😄
This is actually a star from our galaxy. The colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
I have no idea what you are talking about, really !
Just one galaxy (the big one at the center). All the other objects in this image are foreground stars from our galaxy.
The bright object at the bottom is a foreground star from our galaxy, so definitely no merger here, sorry ! 😄
The orange object to right is a foreground star from our galaxy, so, definitely no merger here, sorry ! 😄
Gorgeous spiral or disk galaxy with an amazing dustlane ! nice catch ! 😄
A lovely spiral galaxy. Slightly disturbed. And you can determine how many spiral arms you see ! 😄
It is a very fuzzy image. It could just as well be an overlap. It is your call ! 😄
It is a fuzzy image and no obvious signs of interaction, so no merger for me. But then again, it is your call ! 😄
It is a very fuzzy image, in these images you can see what you want to see ! 😄
What small blue smudge are you referring to ?
Why an AGN ?
I don't see an asteroid in this image. And why do you think this is an AGN ?
This is indeed a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
I'm not to sure about these galaxies merging. As you say, they are all three more or less undisturbed. #overlap for me.
Correct, this is a star from our galaxy, but the colors are not real. Classify as star/artifact.
I'm seeing just one spiral galaxy. No merger here, sorry.
The darker dot in the center is an optical artifact caused by oversaturation. And at these distances it is not possible to see a planet.
Yep ! 😄 Thes ar out of focus stars from our galaxy and artifacts. Classify as star/#artifact.
Correct, these objects are stars from our galaxy, but the colors are not real. Classify as star/#artifact.
LOL ! All the objects in this image are stars from our galaxy. Nice chance alignment. Classify as star/#artifact.
Why do you call this an AGN?
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=358.4115703&dec=52.893206&scale=0.1980635&width=512&height=512&opt=&query=
Definitely a star from our galaxy. with some imaging and filter artifacts. See the zoomed out image
This is actually a star from our galaxy, but the colors are not real. Filter problems.
All the objects in this image are out of focus stars from our galaxy or artifacts. The colors are not real. Classify as star/#artifact
It is a fuzzy image but I"d go for fuzzy spiral almost seen edge on.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging & filter issues. Classify as star/#artifact.
Meaning ???
Yep ! 😄 It's a bad image from the edge of the survey. Classify as star/#artifact.
I'd go for a barred, ringed, two armed spiral.Beautiful ! 😄
It looks like it's two galaxies. Could be merging. The colors are obviously not real. Lots of imaging and filter problems.
This is a satellite trail. The satellite reflects the sunlight and becuase of its speed it gets caught by just one filter.
The two objects at the top could be foreground stars from our galaxy.
I wouldn't call this one an irregular. Definitely a spiral or disk galaxy seen edge on and with a noticeable bulge as well ! 😄
Not much overlapping going on. But it is your call ! 😄
It is actually a star from our galaxy, but the color is not real. Some filter problems. Classify as star/#artifact
Correct. All the objects in this image are stars from our galaxy.
Without additional information it is not certain that the larger galaxy is closer. It even looks as if both these galaxies are interacting.
Yep, it's a bad image from the edge of the survey. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. The colors are not real. Clasify as star/#artifact.
The bright white/blue object, top left, is a foreground star from our galaxy. The colors and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. So no merger here, sorry.
All the objects inthis image are stars from our galaxy, but the colors are not real. Classify a star/#artifact.
With these kind of distortions, I'd definitely go for #merger ! 😄
The bright object to the left is a foreground star from our galaxy. So, definitely no merger here ! 😄
This is a foreground star from our galaxy, but the colors are not real. Lots of filter problems. Classify as star/#artifact.
What do you mean with 'magic' ? I'd go for a fuzzy two armed spiral. Happy hunting ! 😄
It is just a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
What magic ?
All these objects are stars from our galaxy, but obviously the colors are not rea. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. SDSS is not always right ! That is where we come in ! 😄
With these fuzzy images it is very hard to tell. Merger is a possibilty. 😄
This is actually a star from our galaxy but the color is not real. Filter problems. Classify as star/#artifact
It's an out of focus star. Lots of imaging and filter problems. Classify a s star/#artifact.
All the objects in this image are stars from our galaxy but the colors are not real. The red dots are artifacts. Classify as star/#artifact
All the objects in this image are stars from our galaxy.. Lots of imaging and filter problems.
It's a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Sadly not a nebula but stars from our galaxy. Classify as star/#artifact 😄
Correct ! The bright object at the bottom is a foreground star from our galaxy. No merger here.
These are out of focus stars and artifacts. Lots of imgaing and filter problems. Classify as star/#artifact.
The bright object to the left is a foreground star from our galaxy, so not connected to the central galaxy in any way !!
Both of these objects are stars from our galaxy . Lots of imaging and filter problems. Classify as star/#artifact. Happy hunting! 😄
The bright object to the left is a foreground star from our galaxy. Not sure what you mean about 3 objects involved.
The central object, which you are supposed to classify, is a fuzzy (probably) two-armed spiral with a big bulge.
The two objects at 3-4 o'clock are probably foreground stars from our galaxy. Definitely no merger here ! Happy hunting ! 😄
The object, top right corner, is a foreground star from our galaxy. The colors are not real.
The top galaxy is probably another galaxy, spiral or disk seen edge on. Not sure if it is interacting with the central galaxy.
It's an out of focus star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
The central galaxy looks disturbed, but no obvious culprit in sight.
I'd go for foreground star ! 😄
The red object at 8 is most probably a foreground star from our galaxy.
Just a star from our galaxy (nothing exploding here). Lots of imaging and filter problems. Classify as star/#artifact.
Or just two stars that appear to be close together. Classify as star/#artifact.
All the objects in this image are out of focus stars from our galaxy or artifacts.Lots of imaging&filter problems.Classify a star/#artifact.
The green color of this star is not real. Lots of imaging and filter problems. Classify as star/#artifact.
Out of focus stars and artifacts. Looks pretty though ! 😄
Classify as star/#artifact. Happy hunting !
Out of focus stars from our galaxy. The colours are not real. Lots of imaging and filter problems. Classify a star/#artifact.
It is just that : an irregular galaxy ! 😄
Yep, gorgeous #merger ! 😄
Why do you think this is a polar ring ?
The two bright objects to either side of the galaxy are stars from our galaxy. So, they are definitely not satellites ! 😄
Giggle ! 😄
LOL ! Unfortunately it is just a bad image from the edge of the survey. Classify as star/#artifact!
Correct this is a star from our galaxy. The colors are not real. Lots of imaging and filter problems. Classify as star/#artifact
Correct, this is a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
it is a bad image from the edge of the survey. Classify as star/#artifact 😄
Great image ! All the objects here are out of focus stars from our galaxy and some artifacts ! Classify as star/#artifact ! 😄
Always, always, classify the object in the center of the image (even if it is the most boring one ! ;D )
Always classify the object in the center of the image,even if it's the most boring one.In this image,all the objects're stars fom our galaxy
Gorgeous barred spîral ! Nice catch ! 😄
The bright orange and yellow spots are both foreground stars from our galaxy.
Check out the comments below : out of focus stars ! 😄
Istn't it just ! 😄 Amazing image !
Just some out of focus stars from our galaxy.Lots of imaging&filter problems in this image. Classify as star#artifact !
Look at the comments below ! 😄
Sorry, just a bad image from the edge of the survey. Classify as star/#artifact
It's just two stars, but with loads of imaging and filter problems. Classify as star/#artifact. 😄
There is probably a galaxy hidden behind the white star to the right of the center. Anyway : classify as star/#artifact
Almost al the objects in this image are stars from our galaxy.
Not a merger because these two objects are two stars from our galaxy. And these two stars just appear to be touching. No merger here ! 😄
The red line is a satellite trail ! 😄
And it is caused by a bright foregound star : see the zoomed out image : http://tinyurl.com/nysbq85
The reddish hue in the background is just an optical artifact.
It is a possibility, but no merger for me.
Sorry, no merger here. All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Actually, all the objects in this image are stars from our galaxy. Classify as star/#artifact ! 😄
No arcs here, but some fuzzy spiral arms.
The star is a star from our galaxy, so defintely unrelated to the galaxy. No arcs here, but fuzzy spiral arms.
Both galaxies look disturbed but with these fuzzy images it is not easy to tell. I'd go for interacting, ie #merger 😄
Both the galaxes have areas of intense star formation They are probably interacting. Nice #merger.
It is a very fuzzy image, so it is very difficult to tell if these galaxies are interacting. I it is your call ! 😄
Not so much an edge on as more of a barred tight spiral. Don't see an overlap here either !
😄 These are out of focus stars with lots of imaging and filter issues. Classify as star/#artifact.
Sorry, no lensing here. The two round objects to the right are probably foreground stars from our galaxy.
I think the smal blue object is also a star from our galaxy. Classify as star/#artifact.
This is actually a star from our galaxy. Lots of imaging &d filter problems. See the zoomed out image : http://tinyurl.com/okxkq84
Always classify the object in the center of the image, even if it is the most boring one! 😄
It is actually a star from our galaxy, with lots of imaging and filter problems. Classify as star/#artifact ! 😄
The bright object, bottom left, is a forground star from our galaxy. No merger possible.
This galaxy certainly looks disturbed, but there is no other galaxy in the neighbourhood. Could be the result of a flyby ! 😄
The bright object to the left is a foreground star from our galaxy. No merger here, sorry.
See the comments below : it's an out of focus star
The bright object top right is most probably a foreground star from our galaxy.
Or it could just be a line of sight. No obvious interaction going on.
Again, why would you call this an AGN ?
Why would you tag this one as an irregular ?
Where do you see this possible voorwerp ?
The one to the right looks disturbed, so I'd say #merger for this one.
Sorry, not a green pea but a star from our galaxy. The colors are not real. Lots of imaging and filter problems; Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
It's actually three stars from our galaxy. Nice chance alignment ! 😄 Classify a star/#artifact.
I see just one galaxy : a fuzzy barred spiral.
More likely a chance alignment ! 😄
Why do you think this is an AGN ?
Or just two stars that appear close together.
This is a star from our galaxy. Lots of imaging and filter problems.Classify a star/#artifact.
Out of focus stars from our galaxy.Lots of imaging and filter problems. Classify as star/#artifact
Not a nebula but a star from our galaxy. lots of imaging and filter problems. Classify as star/#artifact
Correct, these objects are stars from our galaxy. But the colors are not real. Classify as star/#artifact.
Out of focus stars. Lots ofimaging and filter problems. Classify as star/#artifact
😄 A bad image from the edge of the survey. Classify as star/#artifact
It looks smooth in these images but if you squint(my favourite scientific method !)it's probably a faint spiral,so a bar is not that weird!
What does that mean ? 😄
or a little edge on, just in the line of sight Probably just an #overlap.
Merger is a possibility but it looks more like an #overlap to me.
You are very correct ! 😄 This is indeed a star from our galaxy. Lots of imaging and filter problemd. Classify as star/#artifacft.
Sorry, all the objects in this image are stars from our galaxy. No merger here ! 😦
To comment on the original post : not a cloud of gas, but an image of a real fuzzy galaxy.
Out of focus stars ! But I like doughnuts better ! 😄
The white object is a probably a foreground star from our galaxy.
Not much distortion (if any) visible. i'd go for #overlap.
The red object is probably a foreground star from our galaxy. The "dustlane" is probably just noise. No lens, no merger, no overlap, sorry.
Amazing image ! But please, remember to always classify the object in the center of the image ! 😄
Yep, with these distortions, #merger is a safe bet ! 😄 Nice catch !
Gorgeous barred two-armed spiral ! Happy hunting ! 😄
So, my best guess would be that it is a foreground star from our galaxy. Anyone else ? 😄
The dot is visible in multiple bands so,it appears to be something real But in order for it to be a SN you should have before&after images.
Very (very) fuzzy barred two armed spiral, where the spiral arms fold back to make a ring or a figure 8. Nice ! 😄
See the comments below : It is just one star. The colors and dots are optical artifacts.
Yep, star for me as well. 😄
Just 1 galaxy in this image.The other objects are all foreground stars from our galaxy. The object (right) is also a star from our galaxy.
And another nice one ! 😄
Nice one !😄
Too fuzzy to go for boxy (in my opinion) ,D
It is actually a star from our galaxy. But the colors are not real. Lots of imaging and filter isssues. Classify as star/#artifact ! 😄
All the objects in this image are stars from our galaxy. Lots of imaging and filter issues. Classify as star/#artifact.
No merger here sorry. The bright white object is a foreground star from our galaxy.
Theobjects in this image are stars from our galaxy. No merging here, sorry.
Classify as star/#artifact. 😄
See the comments below : it is a star from our galaxy, with lots of imaging and filter problems. Classify as star/#artifact.
All the objects in this image are out of focus stars from our galaxy or artifacts. Classify as star/#artifact.
A bad image from the edge of the survey. Classify as star/#artifact 😄
A bad image from the edge of the survey. Classify as star/#artifact. 😄
In the zoomed out and rotated image you can see two galaxies interacting. Great #merger
1/2 http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=252.66466827&dec=12.022251&scale=0.1980635&width=512&height=512&opt=&query=
Only the central object (which you are supposed to classify) is a galaxy. The bright one is a foreground star from our galaxy
These objects are actually stars from our galaxy. Lots of filter problems. Classify as star/#artifact.
It is a bad image from the edge of the survey. 😄
Classify as star/@artifact.
Out of focus stars from our galaxy. Classify as star/#artifct. 😄
😄 It is a bad image from the edge of the survey. Classify as star/@artifact.
I'd go for a two-armed spiral galaxy where the arms fold back to make a ring.! a #ringed galaxy
Ooh, nice #merger ! 😄
The weird colouring is an optical artifact.
This is actually a star from our galaxy. Lots of imaging and filter problems. Classify as star/#atifact.
Definitely an artifact. Could be a cosmic ray that didn't get removed
NED (and SIMBAD) are not omnipotent ! 😄 The central object is a very fuzzy galaxy. The one at the top is a fuzzy edge on. Nice catch !😄
The dark spot in the center is an optical artifact caused by oversaturation
These objects are stars from our galaxy. Lots of filter problems though ! 😄
Classify a star/#artifact
The round object,top left, is a foreground star from our galaxy.
The white spiky object to the left is a foreground star from our galaxy. The colors, spikes and L-shaped thingy are all optical artifacts.
If it is clearly a galaxy (like this one) you should mark it as a galaxy. Just answer the questions as well as you can.
it is a faint and fuzzy galaxyor galaxies. Without additional information not much more to tell, sorry!
Great image. Btw how did you find this 1?These images were retired from classifying ages ago !The SDSS image: http://tinyurl.com/q369qma
Here's the zoomed out and rotated image http://tinyurl.com/pbgs23h : what a gorgeous #merger ! 😄
I'd go for #merger as well ! 😄
All the objects in this image are out of focus stars from our galaxy. Lots of imaging and filter problems.
All the objects in this image are out of focus stars from our galaxy.
The green/white object to the left is a foreground star from our galaxy.
Always classify the object in the center of the image .
Here all the objects are stars from our galaxy.
Classify as star/#artifact 😄
All the objects in this image are stars from our galaxy. Nice chance alignment.
Classify a s star/#artifact.
It's a Herbig Haro object : HH43 wiki : http://en.wikipedia.org/wiki/Herbig–Haro_object
No obvious interaction going on. No merger for me.
Where ? 😃
The red object at 5 o'clock is a foreground star from our galaxy. 😄
2/2 & it looks like the target is the center of the disturbed spiral. The blob (right) could be a foreground star or another galaxy merging
I have this very sophisticated system (a piece of paper with a cross on it 😄 )
All the objects in this image are stars from our galaxy. No lensing here !
Really nice chance alignment 😄
If that is what you see, than you should classify it as such ! 😄
Correct ! 😄 With lots of imaging and filter problems. Classify as star/#artifact.
A bad image from the edge of the survey. 😄
Out of focus stars. 😄
It is just a star from our galaxy. And this image has a lot of imaging and filter problems. Classify as star/#artifact ! 😄
That really looks like an artifact !
No merger for me either ! Good call ! 😄
Lovely barred spiral ! 😄
try squinting ! That way you can see some very faint arms folding back to make a ring. I'd go for a two-armed, big bulged spiral. #ringed
Me, me me ! 😄 Definitely some interaction going on ! #merger
What a mess ! 😄 With these distortions #merger is a very safe bet ! 😄
Consistency rules ! 😄
At least we are consistent ! 😄
It is a Herbig Haro object : HH24 .
wiki link : http://nl.wikipedia.org/wiki/Herbig-Haro-object
Correct ! All the objects in this image are stars from our galaxy. But the colors are not real. Lots of imaging and filter problems.
The central object is a fuzzy galaxy. The orange dot at 9 is probably a foreground stary. And the object at 10 is another galaxy (edge on)
With this kind of distortions, I'd go for merger.
I see just one galaxy. No merger here ! ;D
It's a star from our galaxy. the different colors are due to filter misalignment
The halo is an optical artifact. The brown clumps at the bottom could also be stars.
No merger here ! 😄
See the comments below : out of focus stars from our galaxy.
See the comments below : it is a satellite trail ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact! 😄
Just a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact. 😄
It is actually a star from our galaxy. The colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Yep, and this image has lots of imaging and filter probems. Classify as star/#artifact.
Oopsie ! You are not supposed to get repeats. Will try and find out what happened ! 😄
Not a nebula but a real galaxy ! 😄 You could go for messy spiral or for irregular. It is your call ! 😄
or spiral seen edge on ! 😄
All the objects in this image are stars from our galaxy.The colors aren't real Lots of imaging & filter problems.Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of filter problems. Classify as star/#artifact.
This is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
In that case, go for star/#artifact
If you squint you can see a fuzzy ring around the central bulge. I'd go for fuzzy two armed ringed galaxy.
I'd go for a disk galaxy or fuzzy spiral.
All the objects in this image are stars from our galaxy. Nice chance alignment ! 😄 Classify as star/#artifact.
The white objects are foreground stars from our galaxy. No lensing in this image, sorry.
Do you mean the fuzzy dot at 3 o'clock ? That could be a foreground star from our galaxy.
The bright orange object at the bottom is not a galaxy but a foreground star from our galaxy. No merger here, sorry.
The central galaxy is a very fuzzy spiral and it doesn't look anywhere near massive enough to do any lensing. No lens here, sorry.
Correct!All the objects in this image are out of focus stars from our galaxy.Lots of imaging and filter problems.Classify as star/#artifact.
Probably a faint and fuzzy galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact
@dontus : yes, it is a star from our galaxy, obviously with lots of imaging and filter problems.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems Classify as star/#artifact. 😄
It is an out of focus star from our galaxy + lots of imaging and filter problems. Classify as star/#artifact.
These objects are out of focus stars. Lots of imaging and filter problems. Classify as star/#artifact ! 😄
Sorry, I just see one galaxy. No merger here.
Sorry, no merger here; The bright white object is a foreground star from our galaxy.
The two galaxies in the center seem to be interacting. #merger for me ! 😄
Not much distortion visible, so not sure about this being a merger, sorry.
An arc means a gravitationally lensed galaxy looking like an arc. Here you have a disturbed spiral galaxy. I'd go for #merger. 😄
It is also a spiral galaxy, but that is where the similarity ends ! 😄
With these fuzzy spirals it is your guess ! 😄
And we all would like a higher resolution image ! 😄
It's an out of focus star from our galaxy. Classify as star/#artifact.
Nope ! Sorry, the fuzzy blue object, bottom left is a fuzzy spiral. The bright white object is a foreground star from our galaxy.
Oops, no merger here. These two objects are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
The star is a foreground star from our galaxy, so there is no way that it can disturb the central galaxy.
No dustlane here.Just two galaxies interacting ! Nice #merger ! 😄
Here's the zoomed out and rotated image : http://tinyurl.com/kl9vodg
The blue spike is an optical artifact caused by a bright star outside of this image. Classify as star/#artifact.
With these smooth galaxies it is not easy to tell if they are distorted. It could be just two galaxies or it could be a merger.
Not much of an overlap for me 😄
Not sure this is a merger. The bright object could be a foreground star from our galay. The central galaxy does not look disturbed at all.
The central objects are galaxies, not stars. They are probably interacting, but with these smooth ones it is not easy to tell.
All the objects in this image are stars from our galaxy. The colors are not real. Lots of imaging and filter problems. No lensing here.
But it's 2 galaxies interacting.
Correct. These two objects are stars from our galaxy. And please, only use the # overlap for galaxy/galaxy overlaps 😄
Always classify the object in the center of the image. All the objects in this image are stars from our galaxy.
It could be a lenticular, but I'm going for a two armed spiral. 😄
Sorry, no merger here. These two objects are stars from our galaxy that just appear to be touching.
The central object is a galaxy, consisting of millions of stars. The blue clumps are active star forming regions.
Two spiral or disk galaxies seen edge on, overlapping. Definitely not ellipticals.
The darker spot in the center is an optical artifact, caused by oversaturation.
The central darker spot is an optical artifact caused by oversaturation.
All the objects in this image are stars from our galaxy.Lots of imaging and filter problems.The colors&weird center are optical artifacts.
It is a bad image from the edge of the survey. Lots of imaging and foilter problems.
It's an optical artifact. Misalignment of the filters.
Just one galaxy. Definitely no merger here, sorry.
Just one galaxy. Probably a fuzzy spiral.
Correct ! All the objects in this image are stars from our galaxy. Classify as star/#artifact.
The greenish/white object is a foreground star from our galaxy. So, no merger here, sorry.
Could be. With these fuzzy images it is not easy to see.
Could be a faint and fuzzy edge on.
Always classify the object in the center of the image, even if it is the most boring one ! 😄
Stars from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
It is a star from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
The object top left is a foreground star from our galaxy. The colors and spikes are optical artifacts.
You could go for irregular galaxy.
The blue spot above is a foreground star from our galaxy.
The central object is probably a fuzzy spiral.
Yep ! That is the Zoo way ! 😄
Anyway, Congrats ! It is a major achievement! 😄
Merger for me as well ! 😄
This is actually a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Way to go Billy 😄
And for everyone else : every click counts ! 😄
Two very disturbed and interacting spirals. One of the most impressive #mergers in these SDSS images ! 😄
Did you read the other comments ? 😄
So, what is your point ? 😄
The central galaxy is NOT close to the foreground star from our galaxy.
This is a star from our galaxy. Lots of imaging and filter problems.
Correct. The bright object to the left is a foreground star from our galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact. 😄
All the objects in this image are stars from our galaxy.Lots of imaging&filter problems. Nice chance alignment!
Sorry, no merger here. The object in this image is actually a star from our galaxy. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. No merger here.
Two barred spirals interacting. The blue clumps are not separate objects but star forming areas in the galaxies.
I just see a fuzzy galaxy. Definitely no lens in this image.
Two fuzzy galaxies. I'd go for irregular for both of them.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
The central object is a galaxy with billions of stars. The orange dot at 8 o'clock is a foreground star from our galaxy.
These objects are indeed stars from our galaxy. But the colors are not real. Lots of imaging and filter problems.
All the objects in this image are stars from our galaxy. No dustlane here.
No merger here, sorry
The green/red/blue object is a foreground asteroid overlapping the central galaxy. Nice catch ! 😄
The objects in tjis image are all stars from our galaxy. The colors are not real. Lots of imaging and filter problems ! 😄
Bad image from the edge of the suvey. Classify as star/#artifact. 😄
No cluster here, sorry. While the central object is a galaxy, the other objects are probably foreground stas from our galaxy.
Sorry, no lens here. Spirals are ususally not massive enough to do any lensing noticeable in the SDSS images.
Not sure about a merger. No distortion visible.
With these fuzzy images and smooth and round galaxies it is not easy to tell, but merger is definitely a possibility.
It is NGC 4088 wit a redshift of 0.002515. So it is relatively near ! ;D
Wit these fuzzy images it is always difficult to tell. Merger is definitely a possibility.
The bright object is probably a foreground star from our galaxy. The colorful dots are optical artifacts. Classify a star/#artifact
The central object is a smooth and round galaxy. The other objects in this image are foreground stars from our galaxy.
You could go for very (very) disturbed spiral or for an irregular galaxy
Sorry, not a nebula but a fuzzy spiral. Great pic though ! 😄
What an amazing image ! #dailyzoo
Very disturbed spiral for me ! 😄
Or a lot of dust or something wrong with the filters. (I'd go for the latter ! )
Gorgeous, no bulge , edge on ! 😄
If you can see a bar it is a disk or spiral seen face on. If you go for no spiral it is an edge on disk or spiral galaxy (seen edge on)
Could be, but without additional info, no way to tell. Sorry
Oh yes ! Very star forming ! 😄 Lovely galaxy !
No distortions visible. I don't see any signs that they are interacting. But it is still a possibility. It is your call ! 😄
Yep ! #merger for me too ! 😄
Could be, but with these fuzzy images it is very hard to tell. It is your call ! 😄
The central galaxy looks a bit disturbed,but with these fuzzy images it's not easy to tell if there really is a merger. It's your call ! 😄
Fuzzy disturbed barred spiral for me
Or fuzzy spiral, maybe disturbed. This is a very fuzzy image so your guess is as good as mine ! 😄
Or slightly disturbed edge on disk or spiral galaxy.
The central object could be a galaxy, but almost all of the objects in this image are stars from our galaxy.
Looks like here could be some interaction going on ! 😄
All the bluish/white objects in this image are stars from our galaxy. The colors are opical atifacts.
The central object is defintely a galaxy. 😄
Two stars that only appear tobe touching. So, no merger here. Classify as star/#artifact
We are not all native English speakers ( I am not), so sometimes it is a bit of a guess work 😄 But thank you so much for classifying !
Yep ! 😄 Bad image from the edge of the survey. Classify as star/#artifact.
Overlap or merger, it is your call ! But I'm leaning towards #merger ! ;D
At best the blue dots are active star forming regions. Or it could just be optical noise ! (sorry)
The central object is definitely a (fuzzy) spiral. But at these distances we cannot see individual stars.
Funky (are we still allowed to say that ?)! 😄
If you see a bar, you should mark it as one !
bar for me ! 😄
That said, I'd probably go for #merger ! 😄 But it is your call !
With these kinds of galaxies and the overall fuzziness it is not easy to determine if there is any interaction going on.
Very, very disturbed spiral ! 😄 Great catch !
The green line is a faint satellite or meteor trail.
Correct ! The colors are the result of filter problems. Classify as star/#artifact.
I'd go for a two armed spiral where the arms fold back to make a ring. #ringed galaxy.
Correct ! 😄 This is a satellite trail. And lots of filter problems in this image too. Classify as star/#artifact
The bright white and red objects are foreground stars from our galaxy. The blue dots are active star forming areas in the galaxy.
The bright white dot is a fooreground star from our galaxy. It cannot be connected to (or influencing) the central galaxy.
I'd go for fuzzy disturbed spiral for this one.
I don't think that is an asteroid. All thebright objects in this field have the same green coloration.
Not much distortion. Not sure this is a merger and definitely not a 4way. The object to the left could just as well be a foreground star.
There seems to be some interaction going on. #merger for me too ! 😄
The green line is a faint satellite trail.
The two red dots are foreground stars from our galaxy.
No distortions visible. No merger for me.
What a gorgeous #merger ! 😄
This is just one star. The colors and weird center are optical artifacts.
Out of focus stars. Classify as star/#artifact. 😄
The white blob is probably a foreground star from our galaxy.
where ?
edge ons are either disks or spirals ! 😄
The object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a disturbed spiral, probably interacting with the smaller galalxy at 11.
For me this is either a very disturbed spiral or else an irregular, both with very active star forming regions (the blue clumps)
2/3 It is just about answering the questions as well as you can.
No problem ! I don't think there is a voorwerpje here. And it is not about being right or wrong.
With these fuzzy images it is very hard to tell. It could be a merger or it could be an overlap. It is your call ! 😄
The bright orange object is a foreground star from our galaxy. The central object is a fuzzy spiral (for me)
Here's a wonderful thread with more info on how to zoom in : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
It is a bad image from the edge of the survey, lovingly called the cosmic scarf: see the very zoomed out image : http://tinyurl.com/ofjuhef
No voorwerpje here, sorry. Lovely #dustlane though ! 😄
The red/yellow object is probably a foreground star from our galaxy.
Both these objects are stars from our galaxy + lots of filter problems. No merger or green peas here, sorry !
If it is an elliptical it cannot have a ring. And if it has a ring it cannot be an ellptical ! 😄
All the objects in this image are stars from our galaxy. Nice chance alignment ! 😄
The vertical red line is a #dustlane in the galaxy. Nice catch !
The central object is a tight spiral galaxy. The bright objects are foreground stars from our galaxy.
The bright green objects are foreground stars from our galaxy and have no connection whatsoever with the central galaxy.
Not sure what you mean by 'coalesced into one star yet'. A galaxy consist of hundreds of millions of stars.
What do you mean with the 'red circle' ?
All the objects in this image are stars from our galaxy + lots of filter problems. Classify as star/#artifact.
The central object is a very disturbed spiral, probably interacting with the smaller galaxy. Nice #merger
In the zoomed out (and rotated) image you can see that ther seems to be some interaction going on. #Merger for me too ! 😄
I'd go for an irregular galaxy with a couple of active star forming areas (the blue clumps)
Could be, but there is not a lot of distortion visible. So it could be a merger or not. It is your call ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact
It is a very lovely planetary nebula, not a galaxy! 😄
Looking at the zoomed out and rotated image : http://tinyurl.com/nuyv5mm, you can see that it is a satellite trail.
First of all : always classify the object in the center of the image.
In this image all the objects are stars from our galaxy.
The green and red are just optical artifacts. Just one galaxy in the center of the image.
Please see the comments below ! 😄
The central galaxy looks disturbed. No idea who the culprit is ! 😄
It could be that the two galaxies are gravitationally interacting, but there is not much distortion visible. The image is very fuzzy.
It's a bad image from the edge of the survey. Lots of iùaging and filter problmes. Classify as star/#artifact. 😄
Why would it ?
Correct ! 😄 Always classify the object in the center of the image ! Txs ! 😄
Merger for me as well.
All the objects are stars from our galaxy. The image has lots of iimaging and filter problems. Classify as star/#artifact. 😄
This object is indeed a star from our galaxy. It is jut one object.
That is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. The reddish center is an optical artifact. Classsify as star/#artifact.
The central object is a galaxy. The two bright white ones are foreground stars from our galaxy.
All the objects in thsi image are stars from our galaxy. Nice chance alignment ! 😄
The objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
Not much distortion visible.No merger for me.
The dark dot in the center is an optical artifact caused by oversaturation.
Disturbed spiral. Nice catch ! 😄
I really don't see an overlap in this image, sorry.
I'd go for an irregular with star forming areas (the blue patches)
Most definitely not an elliptical. It's a disk galaxy or even a fuzzy spiral.
Without additional information, no way to tell if the the two small galaxies areinteracting withthe central one.
The central object is a galaxy, the 1 at 10 is a foreground star from our galaxy. The colors are due to filters misalignment. No merger here
I'd probably go for fuzzy spiral.
The object to the right is probably an edge on galaxy. No lens, sorry.
All the objects in this image are stars from our galaxy. And always classify the object in the center of the image ! 😄 Happy hunting ! 😄
Here is the image recentered : http://tinyurl.com/oy9xtrc
Sorry, no merger here. All the objects are stars from our galaxy that only appear to be touching.
All the objects in the center of this image are foreground stars from our galaxy. Nice chance alignment ! 😄
Optical noise
All the brighter objects in this image have the same green artifact. Misalignment of filters.
The object at the bottom is a foreground star from our galaxy. So definitely not involved. The other two do not look disturbed, no merger.
The ring is not a dust cloud nor the result of a sn explosion. See the comments below ! 😄
What an amazing #merger in progress !
Or just fuzzy ! 😄
The object at 1 o'clock is a star from our galaxy. No merger here, sorry.
Could be a merger, but with these smooth and round ones it is very difficult to say.
I'd go for smooth and round. Definitely a galaxy.
The central object (which you are supposed to classify) is a galaxy.All the other ones in thisimage are stars from our galaxy.No merger ! 😄
Not a merger but a Herbig Haro object (HH83)
See : http://en.wikipedia.org/wiki/Herbig–Haro_object
All the objects are stars from our galaxy. Lots of imaging and filter problems. See the zoomed out image : http://tinyurl.com/p62vtqf.
Nope, it is a fuzzy spiral galaxy.
Yep, see zoomed out and rotated image : http://tinyurl.com/nn5pk9t
All the objects in this image are stars from our galaxy. Lots of imaging and filter objects. Classify as star/#artifact
The central object is a star from our galaxy. Classify as star/#artifact
I wouldn't call this an overlap, but that is just me ! ;D
Probably !😄
In GZ we only use the # overlap for galaxy/galaxy overlaps. See the forum thread http://www.galaxyzooforum.org/index.php?topic=6732.0
See the comments below. A very disturbed galaxy or two galaxies merging ! It is your call !
See the comments below : a lovely planetary nebula !
I'm thinking a star forming area in the galaxy.
Yep, all these objects are stars from our galaxy. Filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
The central object (which you are supposed to classify) is definitely a galaxy.
Neither,sorry.The bright object is a foreground star from our galaxy, so no merger.And in GZ we only use overlap for galaxy/galaxy overlaps.
Spiral yes, bar don't think so. !
What an amazing #merger : see the zoomed out image : http://tinyurl.com/lxmexuf
Looking a the zoomed out image (http://tinyurl.com/lv5pqh9) this is a star from our galaxy. Nothing special, sorry.
The central object is a galaxy, probably a spiral seen almost edge on.
See the comments below (out of focus stars) 😄
It is a piece of the "Cosmic Scarf", meaning bad images from the edge of the survey. See the zoomed out image : http://tinyurl.com/n3ze9u5
This is probably a fuzzy spiral galaxy and these are usually not massive enough to do any lensing.
All these objects are stars from our galaxy.
The two coloured blobs are not asteroids but stars from our galaxy. Misalignement of the filters.
The central objects are two smooth and round galaxies, probably interacting.
Defintely a galaxy. I don't think there are lenses in this image.
This is a bad image from the edge of the survey. We called it the 'Cosmic scarf' ;D See the zoomed out image : http://tinyurl.com/me2zpwl
This is atually a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Fuzzy galaxy, probably a spiral
Out of focus stars and lots of imaging and filter problems. 😄
Out of focus stars. Classify as star/#artifact
The object top left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. Lots of imaging & filter problems. No lensing here. Classify as star/#artifact
Nice chance alignment ! 😄 The two smaller objects are probably foreground stars from our galaxy.
This is a bad image from the edge on the survey. Lots of imaging and filter problems. The object in the center is a star from our galaxy.
Gorgeous #merger 😄
Hi secretrobotron, this could be a merger, but the image is really fuzzy and no distortions visible. It is your call ! 😄
With these distortions #merger is a safe bet ! 😄
The central object is a galaxy, but the one, bottom left, is a foreground star from our galaxy. So, no merger here. Sorry !
The central galaxy is definitely disturbed, probably merging with the one at 1. But the central galaxy is a disturbed spiral.
Just a star from our galaxy and filter misalignements in this image. Overlap is only used for galaxy/galaxy overlaps.
Star bottom right ! 😄
Central object is definitely a galaxy, but I'd probably go for a fuzzy spiral with a noticeable bulge
No merger here, sorry. All the objects in this image are stars from our galaxy. But lots of filter problems. Classify as star/#artifact
Not really overlapping
Probably merger
Oops ! All the objects in this image are stars from our galaxy. Lots of imaging and filter probblems.
Not much distortion, so no merger for me.
I'd go for merger of two spiral galaxies
It could be a foreground star. Not convinced this is a merger.
The bright object at 1 o'clock is a foreground star from our galaxy. The darker dot in the center is an artifact caused by oversaturation.
It is a star from our galaxy. Lots of imaging and filter problems.
Probably a very faint and fuzzy disturbed spiral
No moving object in this image, sorry !
So, I'd go for a foreground star and a lovely (very special) three-armed spiral ! 😄 Nice catch
A star cannot do the lensing visible in these images. Even Spirals are not nearly massive enough to do any lensing ! .
All the objects in this image are stars from our galaxy. But lots of imaging and filter problems. Classify as star/#artifact
See the comments below ! ;D Definitely a #merger
Definitely no lensing going on here ! 😄
As for merger or overlap: it is your call ! 😄
Not disturbed for me. I'd go for overlap.
These are out of focus stars from our galaxy. (Sorry)
Definitely not the same galaxy.2 galaxies who could be close together.The image is a bit fuzzy so, not sure if they are interacting or not !
Gorgeous indeed! 😄 The blue is indicative of very active starformation going on.
Probably another galaxy.
Where ? 😄
This image is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact
This is not a galaxy but a star from our galaxy. Something went wrong with the imaging/filters. Classify as star/#artifact
Bad image from the edge of the survey. Classify as star/#artifact
classify as star/#artifact
just stars ! 😄
Just look at the zoomed out image : #merger 😄
Probably a tumbling satellite. Zoom out (6th bar from the right) and you can see two other lines
The central object is a disturbed spiral, the white one bottom right is a foreground star from our galaxy. No merger here, sorry.
Yep, something wrong with the filters. Classify as star/#artifact.
Correct ! All the objects in this image are stars from our galaxy. Classify as star/#artifact
Yep ! 😄 Classify as star/#artifact
gorgeous #merger
Fuzzy spiral for me. Re the red thing, it's a misalignment of filters : see the zoomed out and rotated image : http://tinyurl.com/mvasc3s
I'm not sure these objects are galaxies. They look like stars to me. No merger here.
Fuzzy spiral. No gravitational lensing here. No arc, no lens
The central object is a two armed spiral with a big bulge.
The central object is not a star but a galaxy.
It is a disturbed spiral. The white object is a foreground star from our galaxy.
The central galaxy is a spiral and these are usually not massive enough to do any lensing.
The dot at ten is only visible in the r-band, so artifact for me.
The white dot at 4 o'clock is most probably a foreground star from our galaxy
Or barred two-armed spiral 😄
The central galaxy is seriously disturbed, probably interacting with the one top right. #merger
The blue point is probably a star forming area in this galaxy.
A very disturbed irregular galaxy with lots of star formation going on (the blue clumps).
I'd go for disturbed fuzzy spiral.
No merger sorry ! These objects are stars from our galaxy. Classify as star/#artifact.
See the comments below. Classify as star/#artifact
The objects here are stars from our galaxy. Lots of imaging and filter problems in this image. No merger here,sorry ! Classify as/#artifact.
The green streak is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one fiter.
These are out of focus stars. Classify as star/#artifact.
The red streaks are optical artifacts caused by the bright star bottom right. See the zoomed out and roated image int he previous post.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=224.68517601&dec=48.47926709&scale=0.79224&width=512&height=512&opt=&query=
It is a star from our galaxy. Lots of imaging and filter problems with this image. Classify as star/#artifact
Disturbed fuzzy spiral for me. Defintely not an elliptical.
I'd probably go for slightly disturbed edge on.
The central object is not a star but a galaxy !
Sorry, this is not a star but a galaxy !
All the objects in this image are stars from our galaxy.The orange 1 is also a star.The colors & circle in the center are optical artifacts.
Correct, it is a bad image from the edge of the survey.
All the objectss in this image are out of focus stars from our galaxy. Classify as star/#artifact
Just foreground stars from our galaxy.
No obvious signs of interaction. I'd go for #overlap.
These two objects are stars from our galaxy. No merger here, sorry.
The spiky object at the bottom is a foreground star from our galaxy. The colors spikes and dark spots are all optical artifacts.
Yep, out of focus stars.Classify as star/#artifact
I agree with probably overlap. But where did youfind the z for the edge on galaxy ?
The darker dot in the center is an optical artifact caused by oversaturation
But these two objects are not stars but galaxies.
The spike at the bottom is a diffraction spike (optical artifact) caused by a bright star just outside of this image
The spike at the top is a diffraction spike (optical artifact) caused by a bright star from our galaxy, just outside of this image.
I just see one disturbed galaxy. Disturbed by what ? I don't know! ;D
These two objects are indeed stars from our galaxy. But they only appear to be touching. No merger here, sorry !
The asteroid is the blue/red/green object to the left of the galaxy.
The red dot is probably a foreground star from our galaxy. The fgay/blue smudge at the bottom is probably another galaxy
No Voorwerp in this image, sorry.
Where do you see this overlap ?
No overlap for me in this image, sorry .
Wow indeed ! #zgotw
yep ! And,please, always classify the object in the center of the image, even if it is the most boring one ! 😄
The central object is a galxy, but the 1 at 11 o'clock is a foreground star from our galaxy, with a couple of filter and imaging problems.
All the objects here are out of focus stars from our galaxy. Lots of imaging and filter problems. 😄
Sorry, the colorfull dots are probably just noise.
I see just one galaxy. No merger for me here.
All the objects in this image are out of focus stars from our galaxy. Classify as star/#artifact
The central object is a star from our galaxy. The colors are not real. Classify as star/#artifact
Disturbed spiral
Disturbed spiral for me
Sorry, all the objects in this image are stars from our galaxy ! No interactions going on whatsoever !
Erm, not sure what you are talking about ! The central objec is a non descript elliptical galaxy. The object at 11 is a foreground star.
All the objects in this image are stars fom our galaxy for me. The central object is not nearly massive enough to do any lensing.
Gorgeous chance alignment! 😄
The central object is an edge on galaxy and it doesn't look all that irregular to me. . All the other ones are stars from our gaalxy.
If you squint really hard (my favourite scientific method ! 😄 ), there is probably a bar in there ! 😄
The red spot at 11 could very well be a foreground star from our galaxy.
The central object (which you are supposed to classify) is a galaxy. All the other ones in this image are stars from our galaxy.
Definitely two galaxies. With these fuzzy images not sure if they are merging or just appear to be close together.
Or just a bunch of stars from our galaxy ! 😄 Classify as star/#artifact
Could be foreground stars but they could also be star forming areas in the galaxy.
The top galaxy looks disturbed to me. Possible #merger
These are indeed stars. The color is an #artifact. Problems with filters, see the zoomed out image : http://tinyurl.com/om2adbk
This is a star from our galaxy. Lots of imaging and filter issues. Classify as star/#artifact
Bottom left corner ? Yes, that is an asteroid 😄
Out of focus stars. It is a bad image from the edge of the survey. Classify as star/#artifact
See the comments below : it is a Herbig-Haro object ! 😄
I'd go for very disturbed spiral ! 😄 Maybe merging.
Nope, just a (maybe) disturbed smooth and round galaxy
Don't think so ! All the objects in this image are stars from our galaxy. No merger here , sorry !
http://skyserver.sdss3.org/dr8/en/tools/chart/chart.asp?ra=348.55886578&dec=72.35828814
A bad image from the edges of the survey ! Classify as star/#artifact ! See the zoomed out image in the next post ! 😄
Out of focus stars from our galaxy. 😄
It is a very fuzzy galaxy, not a nebula.
Out of focus stars from our galaxy. Classify as star/#artifact
The central object is a galaxy, but the brighter one at 10 is a foreground star from our galaxy. No merger here, sorry
A star from our galaxy cannot influence a galaxy in any way.
Yep ! Looks like an edge on galaxy. Gorgeous #overlap ! 😄
This is actually a star from our galaxy. The colors, spikes and weird center are all opticall artifacts. Classify as star/#artifact
Really nice #merger
An out of focus star ! 😄 Classify as star/#artifact
In Galaxy Zoo the # overlap is only used for galaxy/galaxy overlaps ! Thanks 😄
Not much distortion. But it is your call. It could be a merger, but it could just as well be a line of sight.
The central object(which you are supposed to classify)is a smooth and round galaxy.The 2 other objects are foreground stars from our galaxy.
Yep, all the objects in this image are stars from our galaxy. Classify as star/#artifact
The central object is definitely a galaxy ! 😄 I'd go for smooth and round.
All the objects in this image ars stars from our galaxy. Classify as star/#artifact
Not sure that this is a merger. The red dot is probably a foreground star from our galaxy.
Sorry, no bar for me here. Great star forming areas ! 😄
Nce one ! 😄
No lensing for me in this image, sorry
I'd go for a fuzzy, disturbed barred spiral. As for the number of arms, I'd probbaly go for two arms, but hey that is just me! 😄
The small and round/colorful objects are all foreground stars from our galaxy.
Yep ! And it is very easy to overlook the previous comments ! 😄
All the objects in this image are foreground stars from our galaxy. No merger here, sorry. Classify as star/#artifact
This is actually a star from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
I'd go or a barred spiral with two arms as well.
It's a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact
It could be an overlapping galaxy, or a star forming area in the galxy. The image is really too fuzzy to tell.
I think it is a dustlane, bu t it could be a trick of the light.
You could make a case for either classification. . Just answer the questions as well as you can ! 😄
The line is a diffraction spike (optica artifact) caused by a bright star outside of this image.
Correct, this is an out of focus star. Classify as star/#artifact
Two galaxies, probably merging
Nice two galaxies. Lovely #merger
I'd go for 3 maybe 4.But it is your call ! 😄
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
These two objects are foreground stars from our galaxy that only appear to be touching. No merger here, sorry.
Hi Dragonfire1, Please only use the hashtag overlap for galaxy/galaxy overlaps. Thanks
These objects are indeed stars, but they only appear to be touching. Classify as star/#artifact
Please, always classify the object in the center of the image. You can always comment on the other galaxies here.
The blue white object is a foreground star from our galaxy.
Sthis is indeed a star from our galaxy. The colors are not real.
No galaxies in this image. These are all stars from our galaxy. No merging here, sorry.
artifacts, sorry.
Very disturbed galxy, probably #merger
fuzzy spiral for me as well.
See the comments below
I'd go for fuzzy disk, maybe a spiral.
With these smooth galaxies, it is difficult to tell. Just give it your best shot ! 😄
Yes, two in the center, probably interacting and an edge on at 2 o'clock
All the objects in this image are stars from our galaxy.Lots of imaging and filter problems in this image.
There are no rules for #. You can see some of the most used ones on the left of the recents page.But it is your classification that counts.
The spiral to the left is very disturbed, probably interacting with the other galaxies in this image.#merger
The star is obviously a foreground star (it is a star from our galaxy)
Amazing image ! I'd go for disturbed spiral. #dailyzoo
Not much interaction, so no merger for me. But it is not easy to tell with these fuzzy images.
Gorgeous image ! 😄 #dailyzoo
Looks like a disturbed galaxy to me.
Sorry, no. Just imaging and filter problems in images at the edge of the survey. Classify as star/#artifact
Skyserver isn't always correct, that is where we come in ! 😄
The central object (which you are supposed to classify) is a galaxy.All the other objects in this image are foreground stars from our galaxy
Just an out of focus star from our galaxy (nothing special, sorry). Just classify as star/#artifact.
Sorry, all the objects in this image are stars from our galaxy that only appear to be touching. No merger here, sorry.
Nothig 'real' in thTj-his is just a star from our galaxy. But lots of imaging and filter problems. Just classify as star/#artifact.
This is not a galaxy but a star from our galaxy. But with lots of imaging and filter problems.
Or yuo could go for a disturbed spiral. But anyway, it is your call ! 😄
The green dot at the bottom is probably a cosmic ray that didn't get cleaned up.
Nope, just a star from our galaxy. The image has a lot of imaging and filter issues. Classify as star/#artifact.
Lovely one ! Classify as star/#artifact ! 😄
I'd call this one a ringed galaxy. That is where the spiral arms fold back to make a ring. Lovely image ! 😄
Meh, don't think so. Gorgeous #dustlane though ! 😄
I'd go for dustlane, but it is a tricky one ! D
Yep, bar for me as well.
Actually,very out of focus ! 😄 Classify as star/#artifact
LOL ! this is actually a 'bad' image from the edge of the survey. Classify as star/#artifact.
Not sure about that being dustlanes. It could be the voids created by the spiral arms.
LOL ! It is actually a star from our galaxy, with lots of imaging and filter issues ! 😄
Two or three stars from our gaalxy, with lots of imaging and filter problems.
The bright object,bottom left corner,is indeed a foreground star from our galaxy.The colors,spikes & weird center are all optical artifacts.
Sorry, I really don't see it.
That is a diffraction spike (optical artifact), caused by a bright star outside of this image.
Not an artifact, but three stars from our galaxy. Nice chance alignment.
Btw, always classify the object in the center of the image (even if it is the most boring one! 😄 )
The spiky object to the left is a bright star from our galaxy. The spikes are diffraction spikes (optical artifact)
The round orange object is a foreground star from our galxy. No lensing going on here
Sorry, not a cluster but a real galaxy. It could be a dwarf galaxy or a fuzzy irregular.
This is actually a star from our galaxy, but lots went wrong with the imaging/filters. Classify as star/#artifact.
See the comment below : It is an out of focus star from our galaxy. Classify as star/#artifact.
these objects are actually out of focus stars. Very pretty ! 😄
All the objects in this image are out of focus stars from our galaxy. Looks pretty ! 😄
It could be a merger, but it could also be an irregular galxy.
These three objects are indeed stars from our galaxy. Only the very bright stars show diffraction spikes
Always classify the object in the center of the image. Here you have two galaxies, probably interacting. Nice #merger.
The white object is a foreground star from our galaxy and so it cannot in any way have an effect on the central galaxy.
The orange object is a foreground star from our galaxy and so it cannot in any way have an effect on the central galaxy.
if the same effect appears on all the (bright) objects in an image, it is most probably an optical artifact. Definitely no lenses.
The green thing is an optical artifact. And all the objects in this image are stars from our galaxy. Classify as star/#artifact.
Three stars from our galaxy that only appear to be touching. No merger here, sorry. Nice chance alignment ! 😄
Definitely not a pea.(& I have seen lots of peas in all kinds of different colors)For me it's a fuzzy spiral galaxy with a very active core.
I'm thinking #merger.
The central object is a disk/spiral galaxy(with a big bulge) seen edge on. The colors are just optical artifacts (filter misalignements)
I don't think the blue thingies are jets. They look like star forming areas. Probably caused by the interaction with the central galaxy.
We are trying to retire these images from the database ! 😄
A couple of out of focus stars. An image with lots of imaging and filter problems. Classify as star/#artifact.
Yes, the darker area in the center of the galaxy is an optical artifact caused by oversaturation.
The central object is a spiral galaxy, and these are usually not massive enough to do any lensing. No lens here.
Out of focus star! 😄
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact. 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=355.30091291&dec=69.53823454&scale=0.79224&width=512&height=512&opt=&query=
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters. Classify as star/#artifact
Not a satellite track , but a diffraction spike from a nearby star ! 😄
The central one looks a bit disturbed, so merger is a possibility.But I agree, a very fuzzy image.
A bad image from the edge of the survey. Classify as star/#artifact ! 😄
If it is a galaxy, it is just one. Too fuzzy to tell.
Fuzzy spiral for me as well.
The central object is definitely a galaxy. I'd go for a very fuzzy disturbed barred spiral
And that is precisely what this is. 😄 Lots of out of focus stars from our galaxy. Classify as star/#artifact.
Nope, just a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
This is a disk or spiral galaxy seen edge on. Lovely #dustlane.
These objects are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
Always classify the object in the center of the image.Here I'd go for a fuzzy disturbed two-armed spiral.
No lens in this image, sorry.
The blue/green object to the left is a foreground star from our galaxy. The colors are optical artifacts.
No merger here. These objects are indeed stars from our galaxy. Classify as sar/#artifact
The objects in this image are all stars from our galaxy. The colors are not real. Something went very wrong with the imaging/filters.
All the objects in this image are stars from our galaxy. No merger here ! Classify as star/#artifact
These two objects are indeed stars from our galaxy. No merger here, sorry.
Do you mean the orange dot to the left ? That is a foreground star from our galaxy.
Could be a merger, could be an overlap. The image is too fuzzy to tell.
probably an #overlap
Yep, it's a foreground star from our galaxy. 😄
These are out of focus stars from our galaxy with lots of imaging and filter problems too. Classify as star/#artifact
The central object is defintiely a star. Lots of imaging and filter probems in this image. Classify as star/#artifact
😄 Sorry, these object are just stars from our galaxy.
Nope, these objects are stars from our galaxy, that only appear to be touching/overlapping
The bluish/white object is indeed a foreground star from our galaxy. No lensing here, sorry !
Yep ! ;D the bright object at the bottom is a foreground star from our galaxy !
The two bluish galaxies could be gravitationaly interacting.
Not a lot of distortion. And no other galaxy in view in the zoomed out image. Not a merger for me.
Very fuzzy image, hard to tell.
gorgeous #merger and #dustlane. No jets.
All the objects in this image are stars from our galaxy. Classify as star/#articact.
With these smooth and fuzzy galaxies it is very difficult to tell. It is your call ! 😄
Could be a cosmic ray that didn't get cleaned up.
All the objects in this image are stars from our galaxy. No merger, no overlap. Classiffy as star/#artifact.
Sorry, I don't see an asteroid here.
Nope ! It's a barred spiral with a big bulge. The two spiral arms fold back to make a ring.
All the objects in this image are stars from our galaxy. Lots of filter problems. See the zoomed out image : http://tinyurl.com/kjo3css
These two objects are actually stars from our galaxy.
No lensing here, but what a gorgeous #merger
The bright greenish object is a foreground star from our galaxy. No merger, sorry.
Maybe, maybe not. It is your call ! 😄
I'd call this a disturbed spiral ! 😄
Have you seen this : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Very disturbed. #merger for me as well.
Fuzzy spiral. Good call ! 😄
See the zoomed out and rotated image : http://tinyurl.com/pdn834q. Definitely a disturbed galaxy. 😄
The bright round object at 2 o'clock is probably a foreground star from our galaxy. So, no merger here.
Some distortion, so merger for me as well.
Where do you see lensing in this image ?
The bright object at at the top of the image is a foreground star from our galaxy.The colors,spikes&weird center are all optical artifacts.
Sorry, no lensing in this image
Not a lens, but a disturbed spiral. What you think is a lens is a spiral arm.
All the objects in this image are stars from our galaxy. No lensing here.
#Overlap for me as well
Edge on means a disk or spiral galaxy seen edge on. This is a barred two armed spiral.
Sorry, no lensing for me in this image.
This is actually a star from our galaxy, but there are lots of problems with the imaging/filters. Classify as star/#artifact.
Defintely not a disk or spiral seen edge on. it is a fuzzy spiral seen face on. Take a look at the exampes on the classifying page 😄
No distortion so no merger for me. And no lensing here either, sorry
No merger here : the object at the top is probably a foreground star from our galaxy.
All the objects in thisimage are stars from our galaxy. Classify as star/#artifact.
The cenral object is a spiral galaxy. The two bright round dots are foreground stars from our galaxy.
Out of focus stars. Classify as star/#artifact.
It is definitely a galaxy. Possibly a dwarf galaxy.
Sorry, it looks great, but these two objects are just stars from our galaxy with lots of imaging and filter problems.
Classify this image as star/#artifact
Nope, not an interesting star, just a star with lots of imaging and filter problems.
Correct, all these objects are stars from our galaxy! Classify as star/#artifacts.
2 galaxies, probably merging. But with smooth galaxies it is very hard to determine if these are merging or overlapping.It is your call
They really do ! 😄
I'd go for fuzzy irregular galaxy with active star forming regions (the blue clumps)
LOL ! Lots of out of focus stars. Classify as star/#artifact
The small round dots are foreground stars from our galaxy and not, in any way, connected to the galaxy.
I'd go for a messy spiral ! 😄
Nope ! Ttwo ellipticals merging.
Sorry, just stars ! 😄
And the #overlap in GZ is only used for galaxy/galaxy overlaps (see link in previous comment)
http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000x8e?page=1&comment_id=5472079927b562063b000050
You could go for very (very ! ) disturbed spiral or irregular. It is your call. Just answer the questions as well as you can
Lots of filter problems ! 😄 These objects are actually stars from our galaxy. Classify as star#artifact
These are actually stars from our galaxy, but something went wrong with the imaging/filters. No lensing here.
The object at 10 is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. No merger here, sorry. Classify as star/#artifact
So, how did you classify this ? 😄
Please look at the comments below.This is a star from our galaxy. An image with lots of imaging and filter issues. Classify as str/#artifact
I wouldn't go for an elliptical,for me it looks more like a disk or spiral seen edge on. But it is your call ! 😄
Good call! Definitely a two armed/barred spiral (with very faint spiral arms)
2/2 The squigly thingy is another galaxy (I'd go for disturbed loose two armed spiral). Whether these 2 are involved : no idea ! 😄
1/2 The round & white objects are foreground stars from our galaxy.
Definitely a disk or spiral galaxy seen edge on !😄
With these 'smooth' galaxies, it is not easy to tell if they are disturbed, but merger is definitely a possibility.
So you could also go for disturbed spiral galaxy. 😄
Definitely stars, but no way to tell if they are actually close together.
See the comments below. These objects are stars from our galaxy.
The blue areas are active star forming regions in this galaxy.
Correct. 😄
Lots of imaging and filter problems in this image. Classify as star/#artiact.
Hi tingalls and welcome to the Zoo 😄
The object bottom right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
I'd go for merger in progress.
These are indeed 4 stars from our galaxy. Great chance alignment ! 😄
It is possible that these two galaxies are interacting ! It is your call ! 😄
Correct ! All the objects in this image are stars from our galaxy. Classify as star/#artifact !
Or an active star forming region in the galaxy! 😄
The central object is a galaxy, but the other ones are stars from our galaxy. So, no merging going on.
Filter problem ! 😄 This is probably a star from our galaxy. Classify as star/#artifact
Actually a star from our galaxy. But this image has lots of imaging and filters problems; Classify as star/#artifact
Correct, it is just a star. But this image has lots of imaging and filter issues. Classify as star/#artifact
Correct, these objects are indeed stars from our galaxy. Classify as star/#artifact
Both these objects are indeed stars from our galaxy.Lots of imaging and filter problems.No lensing going on here. Classify as star/#artifact
The dark dot in the center is an optical artifact caused by oversaturation
Probably a star. Classify as star/#artifact. 😄
Probably. With these smooth ones it is difficult to tell if they're disturbed.
Correct ! Classify as star/#artifact
This is actually a star from our galaxy. Classify as star/#artifact
The green object at the bottom is a foreground star from our galaxy.
Stars from our galaxy. Classify as star/#artifact.
Stars from our galaxy. Classify as star/#artifact
Star from our galaxy. Classify a star/#artifact
Star from our galaxy.
Star from our galaxy. Classify as star/#artifact
Star from our galaxy. Classify star/#artifact
The central object is a galaxy. The one at 12 o'clock is a star from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/#artifact
The blue object to the right is a foreground star from our galaxy.
All the objects in this image are foreground stars? Classify as star/#artifact
It is most definitely a spiral or a disk galaxy seen edge on ! And what a glorious dust lane !
Could be an artifact, could be another galaxy (closer, further away, interacting). It is your call !
It could be a merger, but there is not much of a distortion visible, so it could be an overlap as well. It is your call ! 😄
The object at 8 o'clock is definitely another galaxy. Whether it is a foreground, background or in the same plane one is impossible to say.
Wow, this is a special kind of dustlane. Nice catch !
Gorgeous spiral with lots of star forming areas (the blue clumps)
So, how did you classify your namesake ? 😄
Star from our galaxy with lots of imaging and filter problems.
Smooth and round ! 😄
I'd go for disturbed blue elliptical with a a large star forming area to the right. (but,hey, that is just me ! ;D )
Correct, these objects are stars from our galaxy, but the image has some serious imaging and filter problems.
Here's the extreme zoomed out image : http://tinyurl.com/peug88l ; It is M33. Nice catch ! 😄
These are stars from our galaxy, but something went wrong with the blue filter. See the zoomed out image : http://tinyurl.com/n6csyf5
Star. Image with imaging and filter problems.
Star
Star.
Just one galaxy for me. Disturbed spiral with star forming areas (the blur clumps)
Looking at the larger image these two objects are stars from our galaxy, but they are not touching or merging.
But,please, always classify the object in the center of the image ! 😄
Probably another galaxy. But there is no information whatsoever.
The object top left is just one star from our galaxy.The colors are just optical artifacts.
Not much interaction going on. So no merger for me.
Both objects are stars from our galaxy.
All these objects are indeed stars from our galaxy, but they only appear to be touching. No problems for the middle star ! 😄
Just one star with lots of imaging and filter problems. Classify as star/#artifact
Yep, these objects are all stars from our galaxy, with lots of imaging and filter problems.
Stars from our galaxy, with lots of imaging and filter problems. Classify as star/#artifact
A bad image from the edge of the survey. Classify as star/#artifact
Definitely a galaxy. I'd go for irregular as well.
The central object is a fuzzy galaxy, probably a disturbed spiral. The white round object is a foreground star from our galaxy.
The central object ,which you are supposed to classify, is a disk or spiral galaxy seen edge on, with a big bulge.
Hiya, this is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact
Correct ! The thing in the bottom left corner is a foreground star from our galaxy. The colors/spikeq&weird center are all optical artifacts
If you see features, do not classify it as an elliptical. This is probably a very fuzzy spiral with a bulge or else a disk with a bulge
Star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact
Definitely not an elliptical. If it has features, it cannot be an elliptical.
I'd go for two armed, barred spiral.
All the objects in this image are stars from our galaxy. The colors and inner circles are all optical artifacts. Classify as star/#artifact
A star from our galaxy. Image with lots of imaging and filter problems.
Bad images from the edge of the survey. Classify as star/#artifact
You cannot have a bar in an elliptical. You can have a bar in disk galaxy withou spiral arms.
Or overlap. Difficult to tell. It is your call ! 😄
The white round object below the galaxy is actually a foreground star from our galaxy. Not a nova and definitely no collision.
Correct, these 3 objects are stars from our galaxy. Nice chance alignment ! 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=354.31769463&dec=16.59259374&scale=0.79224&width=512&height=512&opt=&query=
The flare is an optical artifact caused by a bright star outside of this image. See the zoomed (and rotated) image.
The central object is a fuzzy galaxy. Probably a spiral.
The object bottom left is just a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the object in this image are stars from our galaxy. No interaction going on. Classify as star/#artifact
These are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star#artifact
These are stars from our galaxy. No merger here sorry. Classify as star/#artifact
These are out of focus stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
Correct. This is a star from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
The white/bluish one to the left is a foreground star from our galaxy.
Star from our galaxy with some imaging and filter problems.
Definitely stars from our galaxy. But lots of imaging and filters problems.
filter problems
Nice #merger.
The central object (which you are supposed to classify) is a very disturbed spiral galaxy,gravitationally interacting with the 1 top right.
Stars from our galaxy.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright spiky object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Image with filter problems.
stars in our galaxy.
These 2 objects are actually stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No merger here, sorry.
These are actually stars from our gaalxy. But something went wrong with the imaging/filters. Classify as star/#artifact
Nope, this is actually a star from our galaxy. The colors are not real (lots of imaging and filter problems). Classify as star/#artifact
What else could this be ?
I'd go for disturbed galaxy, definitely not a star.
I'd go for just one superimposed star. This fuzzy galaxy has a very noticeable bulge ! 😄
And oops from me ! I'd go for artifact or cosmic ray.
The white dots at the bottom of the galaxy are probably foreground stars from our galaxy.
This is not a galaxy, but a star from our galaxy. Lots of filter (misalignment) and imaging problems
Star from our galaxy
I'd go for galaxy. 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=355.16319877&dec=69.73707082&scale=0.79224&width=512&height=512&opt=&query=
The central object is a star from our galaxy. And the background is red because something went wrong with the filters. See the zoomed image.
Correct. This is indeed a star from our galaxy. But lots of imaging and filter problems in this image. Classify as star/#artifact
Gorgeous irregular with star forming areas (the blue clumps)
Again, just stars from our galaxy with loads of imaging and filter issues? Classify as star/#artifact
Oh dear ! Another image from the end of the survey! Classify as star/#artifact
You just got to love this one. Some sort of #ring ? #dailyzoo !
Again, this is a star from our galaxy. Classify as star/#artifact
Amazing #dustlane in this very disturbed system.
These objects are stars from our galaxy, but there are a lot of imaging and filter problems.
I'd probably go for #overlap, not merger.
That is a star from our galaxy, but the colors are not real. Classify as star/#artifact
That is an out of focus star from our galaxy + lots of imaging and filter problems ! 😄 Classify as star/#artifact
This is a spiral with two very faint spiral arms and a dominant bulge. The spiral arms go all the way back to form a ring.
The central object, which you are supposed to classify, is the yellow, fuzzy galaxy. All the other objects are stars from our galaxy.No lens
All the other objects in this image are foreground stars from our galaxy.
The cenral object, which you are supposed to classify, is a galaxy, probably a disturbed spiral.
All the objectsn this image are stars from our galaxy. The colors are not real.
No merging, no ring, no lens. Sorry !
The bright white object to the left is a foreground star from our galaxy, so obviously not connected to the central galaxy at all !
No distortions visible, so no merger for me.
Or just one irregular galaxy with a couple of very active star forming regions (the blue clumps)
Definitely some interaction going on ! #merger for me ! 😄
Disturbed fuzzy spiral ! 😄
The blue object is most probably a foreground star from our galaxy.
These kinds of #artifact are found at the edges of the survey.
See this discussion : http://talk.galaxyzoo.org/#/boards/BGZ0000006/discussions/DGZ0000z5n?page=1&comment_id=5463c3cf27b5621e2300061b
All the objects are stars from our gaalxy.
Correct, that is a foreground star.
See the comments beow.
Star from our galaxy and lots of imaging and filter problems in this image.
gorgeous #overlap. The star is indeeed a foreground star from our galaxy.
Out of focus stars from our gaalxy. Lots of imaging and filter problems in this image.
Star from our galaxy and lots of imaging and filter problems.
Star from our galaxy and lots of imaging and filter problems..
Stars from our galaxy and lots of imaging and filter problems.
Stars from our galaxy and lots of imaging and fiter problems.
just got this to classify !
Now this makes me happy ! 😄
But it is a a real galaxy ! Slightly disturbed edge on with a small bulge. Or loose two armed spiral.
The central bright yellow dot is the center of the galaxy. The one at 1 o'clock is a foreground star fro our galaxy.
This is a two armed barred spiral where the very faint spiral arms fold back to form a ring. There is also a clearer inner ring.
These objects are out of focus stars from our galaxy And lots of imaging and filter problems in this image.
Correct, fuzzy disk or spiral seen edge on
These are stars from our galaxy.
These imaging and filter problems happen sometimes at the edges of the survey. Classify as star/#artifact
See comments below. The blue blobs could be active star forming regions
Filter problems ! This is a star from our galaxy.
I'd go for seriously disturbed spiral galaxy !
These objects are out of focus stars from our galaxy. And lots of imaging and filter problmes.
http://tinyurl.com/mnrhs23
Wow ! gorgeous #merger !
Please, always classify the object in the center of the image, even if it is the most boring one ! ;D
Yep, star for me as well. No merger here ! 😄
And you would be correct ! Good call ! 😄
That would be my classification as well ! 😄
The blog bottom left looks to be interacting with the central galaxy. It could be a smaller galaxy.
The round dot at 2 o'clock is probably a foreground star. No distortions visible, no merger for me.
The disturbance could be just noise !
Looks like star forming areas.
i thought I recognized it ! 😄 Here's the flipped/rotated image : http://tinyurl.com/mnrhs23. Gorgeous #merger
2/2 That said : the two larger galaxies are definitely interacting ! nice #merger
You are always supposed to classify the object in the center of the image, even if it is the most boring one.
No merger here. The white round object top right is a foreground star from our galaxy.
Correct ! Good call .
Lots of stars from our galaxy, with lots of imaging and filter problems.
These are actually two stars from our galaxy. No merger here, sorry!
This is actually a star from our galaxy. Lots of imaging and filter issues though !
The blue clumps are indeed star forming areas in this galaxy.
A star from our galaxy, but lots of imaging and filter isssues?
I would go for both ! Spiral arms in a heavily disturbed galaxy.
Both galaxies are heavily distorted. No lensing going on, sorry. Nice #merger ! 😄
That is most definitely a very gorgeous #dustlane ! 😄
Sorry, that is just noise. Nice chance alignment. 😄
The central object and the one at the bottom are galaxies, The round one, top left, is a foreground star from our galaxy.
With these kind of distortions is #merger very likely !
These 3 objects are actually stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Two satellite trails ! Nice catch ! 😄
Yes, the dot at the top is most probably a foreground star.
It doesn't look like a comet See examples of comets in SDSS images : http://www.galaxyzooforum.org/index.php?topic=437.msg655557#msg655557
See the comments below. The bright white object is a foreground star from our galaxy.
Correct ! Definitely interacting !
It is an out of focus star from our galaxy. Lots of imaging and filter problems here. Classify as star/#artifact
Yep, defintely a star from our galaxy
See comments below
All the objects in this image are stars from our galaxy. The red edge is just an optical artifat.
This is actually a star from our galaxy, but there are lots of imaging and filter problems ! Classify as star/#artifact.
This is actually a star from our galaxy, but the colors are not real
This is a star from our galaxy. Lots of imaging and filter problems though ! 😄
#arifact.
#artifact.
The greenish/blue object (top right) is a foreground star from our galaxy. (Google translate is your friend ! 😄 )
These objects are actually stars from our galaxy, but there are lots of imaging and filter issues !
#aritfact
This is actually a star from our galaxy, but there are lots of imaging and filter issues !
I'd go for disturbed spiral
This is actually a star from our galaxy. Lots of imaging and filter problems.
The object at the top is def. another galaxy. But it is not possible to tell whether it is close to the central 1 or farther away or closer.
I don't see a dust lane here. It is probably just the space between the spiral arm and the center of the galaxy.
These are actually stars from our galaxy. Lots of imaging and filter problems.
Correct, this is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
I wouldn't quite classify this one as an edge on, since you can clearly see the disk of the spiral.
The small object at 8 o'clock is a disturbed two armed spiral. No way to tell from just this image if it is closer or further away.
The blue fuzzy thing (which you are supposed to classify) is an irregular galaxy with lots of starforming areas (the blue clumps).
The green ring is an optical artifact caused by a bright star outside of this image.
As Capella05 explained with the other image : no explosion here. Just an out of focus star from our galaxy. Lots of filter/imaging problems
The small dots are probably foreground stars from our galaxy.
Correct, all these objects are stars from our galaxy.
The central object is definitely a galaxy. But it is a weird one! 😄
All the objects in this image are galaxies.
Both of the objects in the center are galaxies. #merger for me as well !
The object in the center (which you are supposed to classify) is a galaxy. The one to the right is a foreground star from our galaxy.
Correct, the bright dot is a foreground star. 😄
These objects are actually stars from our galaxy, but something went wrong withthe imaging/filters.
All the objects in this image are stars from our galaxy. Nice chance alignment !
It's a very fuzzy image so difficult to tell. It could be a merger but it could also be an overlap.
Stars from our galaxy, with some imaging and filter problems.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Not much interaction visible so I'd go for not a merger. But it is your call ! Just answer the questions as well as you can and have fun!
Definitely an artifact caused by a bright star outside of this image.
Hi Leonie, Elliptical means no features whatsoever. Ring and elliptical is mutually exclusive, sorry.
Not too sure that this is a galaxy. I'd go for star (#artifact)
I'm thinking another galaxy. #overlap
There is not much disturbance visible, but with elliptical galaxies it is more difficult to see. Possible merger.
This is a star with some filter and imaging problems. The pink streak is an optical #artifact.
The central object, which you are supposed to classify, is a galaxy. The one to the right is a foreground star from our galaxy.
The two blobs could be foreground stars but they could just as well be galaxies.
The central object and the one bottom right are definitely galaxies. The two smaller ones to the right could be foreground stars.
Correct the bright spot is a foreground star from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Most (all) of the round dots are foreground stars from our galaxy.
Sorry, I don't see a lens in this image.
All the objects in this image are stars from our galaxies, but the colors are not real. Some major problems with the imaging/filters.
It's a star.
This is indeed a star from our galaxy.
I don't see any asteroids in this image.
The bright orange/pink object to the left is a foreground star. The colors, spikes and pink center are all optical artifacts
The central object, which you are supposed to classify, is a galaxy. The one bottom right is a foreground star from our galaxy.
The 2 objects in the center of the image and the 1 to the left are stars from our galaxy.but something went wrong with the imaging/filters.
Al the objects here are stars from our galaxy, but something went ver y wrong with the imaging/filters.
These two objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
The bright object to the left is not a galaxy but a foreground star from our galaxy. Not an AGN.
All the objects in this image are stars from our galaxy, but something went very wrong with the imaging/filters. Classify as star/#artifact
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
These objects are actually stars from our galaxy,but the colors are not real. Something went wrong with the imaging/filters.No lensing here.
edge on disk or spiral for me.
Filter problems. The objects in this image are stars from our galaxy
The blueish object at 5 o'clock is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
Very fuzzy galaxy, possibly a spiral.
If you squint really hard, you can see two faint spiral arms;
It is a fuzzy image, but they look distorted to me. I'd go for merger.
Maybe yes, maybe no. It is your call ! 😄
It is a very fuzzy image, could be a merger or an overlap, very difficult to tell.
Nope. The central object is a galaxy, the orange/yellow one to the left is a foreground star from our galaxy.
The central object in this image is a galaxy, all the other ones are foreground stars rom our galaxy. No merger here, sorry.
This is actually a star from our galaxy ,but the colors & lines are not real. Something went very wrong with the imaging/filters.
This is actually a star from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
The bluish object in the right bottom corner is a foreground star from our galaxy. No connection whatsoever with the central gaalxy.
The central object (fuzzy&yellow) is a galaxy.The 2 bright white objects are foreground stars from our galaxy.No merger, no nebula, sorry !
Lots of stars and/or artifacts. Something went very wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filtes.
The central object is a very disturbed (spiral) galaxy. Not sure what your comment is about !
Not much distortion visible. Not sure if these two galaxies are interacting. No merger for me
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact.
Lots of distortions, merger for me as well.
The bluish/white object to the left is a foreground star from our galaxy, so no interaction whatsoever possible with the central galaxy.
This is a star fom our galaxy. The colors and weird center are optical artifacts
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters
This is a faulty image. It happens sometimes at the edge of the survey. Classify as star/#artifact
All the objects in this image are stars from our galaxy. No merging going on here.
I agree ! 😄
See the comments below. All these objects are stars from our galaxy.
Some stars from our galaxy and lots of optical artifacts. Something went wrong with the imaging/filters.
This object is not a galaxy, but a star from our galaxy. The colors are not real. Something went very wrong with the imaging/filters.
These objects are all stars from our galaxy. Classify as star/artifact. 😄
#artifacts
Star !
This happens sometimes at the edge of the survey. Camera malfunctioning. Classify as star/#artifact
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
Two galaxies merging;
These objects are not galaxies but stars fromour galaxy. No merger here, sorry.
Gorgeous merger in progress !
Sorry, no ring here for me.
The bright dot at 1 o'clock is probably an optical artifact (only visible in the r filter-
This is actually a star from our galaxy, but something went very wrong with the imaging/filters.
The central object, which you are supposed to classify, is a beautiful spiral galaxy.
The bright spiky object at the bottom is a foreground star. The colors, spikes and weird center are all optical artifacts.
Correct. The central object is a galaxy. The other objects in this image are all foreground stars from our galaxy.
The bright object to the left is probably a foreground star from our galaxy.
The thinghy to the right is probably another galaxy. I'd go for overlap.
That is probably another galaxy, no way to tell if it is related to the central one.
Definitely a star.
Gorgeous merger, not sure about there being a voorwerpje.
You could go for irregular or you could go for disturbed fuzzy spiral . It is your call ! 😄
The blue blob at 11:30 is most probably another galaxy and probably unrelated to the central galaxy.
With just one image, impossible to say if this is a supernova. It is probably a foreground star from our galaxy.
The central object is a galaxy, probably a fuzzy spiral. All the other objects in this image are stars from our galaxy.
I'd go for two galaxies merging.
The central objects is a galaxy, all the other objects in this image are stars from our galaxy.
If you squint really hard you can see a two-armed spiral with a dominant bulge.
Star from our galaxy, but something went wrong with the imaging/filters.
The bright yellow/orange dot is a foreground star from our galaxy. No merger here.
The round, smaller blobs are all foreground stars from our galaxy. No merger here.
Fuzzy spiral ! 😄
All the objects are stars from our galaxy, but something went wrong with the imaging/filters.
#artifacts. See comments below
With these kind of disturbances : definitely a @merger for me ! 😄
Imaging and filter problems.
nice #merger
These objects are not galaxies but stars from our galaxy, but something went wrong with the imaging/filters.
Coorect, this is a star from our galaxy, but the colors are not real.
I'd go for irregular.
The central yellow object is a galaxy. The other small round objects are foreground stars from our galaxy. No lensing here.
Correct, all the objects inthis image are stars from our galaxy.
The two larger objects in the center are galaxies. They could be merging or it could be an overlap. Difficult to tell.
And, please, always classify the object in the centre of the image.
The red object top right is indeed a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Overlap/merger are equally possible. With these kinds of galaxies & without additionally information it is not possible to tell either way.
Or other galaxies ?
Very fuzzy image, no distortions visible. Merger is possible but not very likely.
That could be another galaxy.
I'd probably go for disturbed fuzzy spiral.
I'd go for two arms, slightly disturbed.
Just one galaxy for me, slightly disturbed.
The red dot is an optical artifact caused by oversaturation.
The cenral object is a galaxy. The bright round ones are stars from our galaxy.
star and #artifacts
stars and #artifacts 😄
It is a very fuzzy image, so not easy to tell if the galaxies are distorted. But I'd go for overlap.
#Overlap for me as well.
Stars and #artifacts.
The bright spot left of the center of the galaxy is a foreground star from our galaxy. No merger here.
The central object is a very disturbed spiral galaxy, merging with the yellow galaxy bottom right.
Yes, star ! 😄
Yes, all the objects in this image are stars from our galaxy.
No, the three objects are stars from our galaxy. The colors are not real. The blue dots are optical #artifacts.
I'd go for foregeround star.
Looks like two galaxies to me. Fuzzy #merger !
The colorful spike is not a satellite traim but a diffraction spike (optical artifact) caused by a bright star outside of this image.
Correct, this is not a galay but a star from our galaxy. The colors are not real. Something went very wrong with the imaging/filters.
The central object (which you are supposed to classify) is a galaxy. The yellow round one is a foreground star from our galaxy.
Al the objects in this image are stars from our galaxy, but the colors are not real. Classify as : star/artifact ! 😄
The central galaxy doesn't look distorted, so the whiteish spot could very well be a foreground star from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Something went seriously wrong with the imaging/filters.
This is indeed a star from our galaxy, but the color is not real. Filter and/or imaging issues.
You get a lot of these images from the edge of the survey. Lots of imaging and filter issues. Classify as star/artifact.
All the objects in this image are indeed stars from our galaxy, but the color isn't real. Filter problems.
These objects are indeed stars, but the colors are not real. Filter problems.
You get a lot of these images at the edges of the survey. Classify as star/artifact.
The central object is a real galaxy, not a star cluster.
Disturbed barred spiral for me as well.
It looks like just one galaxy to me. I'd go for disturbed spiral.
Correct, this is a star from our galaxy, but the colors are not real. Some serious imaging and filter problems.
Definiitely not an elliptical. I'd go for disturbe barred spiral.
The blue object bottom left is another gaalxy. No way to tell from just this image if it is neare or further away.
All the objects in this image are indeed stars from our galaxy.
The central object, which you are supposed to classify is a galaxy. The other objects in this image are foreground stars from our galaxy.
All the objcts in this image are stars from our galaxy.
The central object is indeed a galaxy. The bright orange dot top left is a foreground star from our galaxy.
This a star from our galaxy, the colors are artifacts.
Stars for me as well ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real.
That is a foreground star from our galaxy The colors, spikes and weird center are all optical artifacts.
Disturbed barred spiral with an inner ring
Definitely a spiral seen almost edge on.
Just one (very) disturbed galaxy for me.
The central galaxy is a very disturbed spiral. So no lens here.
And spirals are usually not massive enough to do any lensing.
Hi sophia_96
The bright round object bottom left is a foreground star from our galaxy.
With these kind of distortions, it is safe to say tht this is a #merger. Definitely not an overlap.
The blue line is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Looks like an artifact to me. The central object is a star from our galaxy, but the colors are not real.
These images are from the edges of the survey. Lots of imaging and filter problems. Classify as star/artifact.
The central object is a galaxy. The dark dot in the center is an optical artifact caused by oversaturation.
Very disturbed galaxy (possibly spiral). The red blob is not a voorwerpje color.
The round object (top left) is a foreground star from our galaxy, so definitely not a merger !
The spike on the left is a diffraction spike (see wiki/optical artifact) caused by a bright star just outside of this image.
These galaxies are very disturbed so, there could be some very violent/active star formation going on !
The bright object could be a foreground star, but I am not sure about it.
All the objects here are probably stars from our galaxy. But there are some major imaging/filter issues
These colors are a very solid indication that something is not quite right. Star/artifact is the only option here ! 😄
These could be stars but something definitely went wrong with the imaging.If you see something like this:star/artifact is the only option
Yes, all the objects here are stars from our galaxy. Please read the answers we have posted in your other questions !
Al the objects in this image are stars from our galaxy,no merger here !Please read all the comments we have posted, you can learn so much !
Two fuzzy spirals. So, how did you classify this ? ;D
These objects are probably stars from our galaxy, but something went wrong with the imaging/filters.
Please look at all the other comments we have posted !
These objects are just stars from our galaxy, with lots of imaging/filters issues.
Disturbed, barred spiral with an inner ring
Fuzzy barred spiral.
disturbed spiral. #ringed galaxy
fuzzy spiral
The 3 yellow objects in the center are galaxies, probably merging. All the other bright round dots are foreground stars from our galaxy,
'arc' is only used for gravitational lensing.
This is a very disturbed gaalxy, possibly a spiral.
This is a two-armed, barred spiral where the two arms fold back to make a ring. Nice #ringed galaxy.
All the galaxies in this image look distorted. Ongoing merger for me.
The 'arc' is in fact a disturbed edge on galaxy. The white round object is a foreground star from our galaxy. No lensing here, sorry.
It is not easy to tell with these ellipticals, but I'd go for merger as well ! 😄
Lol ! 😄
Looks like a galaxy. Irregular for me ! 😄
See the comments below. Two galaxies interacting. Gorgeous #merger
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters
The central object is a galaxy, but the one, bottom right,is a foreground star from our galaxy.
Always classify the object in the center of the image. Here that is the edge on.
The two objects in the center are indeed both galaxies. It lookslike they are merging.
Both galaxies are disturbed, so #merger for me too ! 😄
I'd go for fuzzy, very disturbed, barred spiral.
Both these objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
Not sure if they are colliding, no distortion visible. Gorgeous #overlap for me.
All the objects in this image are stars from oour galaxy. No merger here, sorry.
This is a star from our galaxy, but the colors are not real (artefacts). Classify as star/artefact.
The yellow/orange object is a foreground star from our galaxy. No merger possible.
The central, yellow object is a galaxy. The bright white ones are foreground stars from our galaxy. No merger possible.
These two objects are star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy. The four in the center only appear to be touching. No merger here , sorry.
All the objects in this image are stars from our galaxy. No merger here
Definitely not an elliptical. I'd go for a barred spiral
definitely a two-armed spiral. Try squinting (my favorite scientific method ! ;D ) !
Probably four galaxies merging ! Nice catch! 😄
The central object (which you are supposed to classify) is definitely a galaxy. How did you classify it ?
The central object (which you are supposed to classify) is a galaxy. All the other objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
Always classify the object in the centre of the image (even if it is the most boring one! 😄 )
This is actually a star from our galaxy, but the colors are no real. Something went wrong with the imaging/filters.
Not necessary ! Nebula it is ! 😄
I hadn't seen the collection for nebulae, so I started correcting for planetary nebula. Nebula is okay for me ! 😄
Sorry, my mistake ! I'm okay with nebula !
nice #dustlane !
#planetarynebula !:😄
Nice catch ! : #planetarynebula : PN KjPn 2
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. http://tinyurl.com/GZartifacts
possible #polarring ?
Irregular with lots of active star forming areas (the blue clumps)
These objects are actually stars from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
A ringed, barred spiral, where the two arms fold back to make a ring. Really nice find ! 😄
Two-armed, barred spiral for me.
Fuzzy spiral for me.
The bright object at the bottom is a foreground star from our galaxy, so no interaction whatsoever possible with the central galaxy.
I'd go for very disturbed spiral as well.
The two bright objects are stars from our galaxy, so no interaction possible between them and the central galaxy.
And what is the message ?😄
Disturbed spiral would be my classification as well ! 😄
Wow, that is a lot of galaxies in 1 image. The round white or red ones are foreground stars from our galaxy, so 30 galaxies is a bit much !
This is probably a star from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
I'd go for (very) fuzzy spiral, maybe even with a little bar.
I would have classified this just like that as well. Definitely not a star ! 😄
The objects in this image are stars from our galaxy and the colors are artifacts. So, artifact/star is the perfect classification. 😄
I'd go for just noticeable bulge (and definitely a bar). But it is your call ! 😄
Yes, these two objects are both foreground stars from our galaxy, but the colors are not real. Some major imaging/filter issues.
Yep, all the objects in this image are stars from our galaxy, but the colors are not real. Major filter issues ! 😄
Just a star from our galaxy. The colors are not real. The red circles are also optical artifacts. Lots of imaging and filter problems.
Sure you can ! 😄 Always classify the object in the centre of the image. Here it's a very disturbed galaxy with a bar.
Just one galaxy. The bright blue clumps are active star forming regions in the galaxy. Gorgeous #irregular.
2/2 So, this means either a young galaxy, or looking at the distortion a merger in progress or the result of a flyby
1/2It is very blue, with lots of blue clumps. So that means lots of star formation going on.
The bright spiky object, top left, is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
All these objects are stars from our galaxy, but something went seriously wrong with the imaging/filers.
Sorry, I don't see a jet.
First of, always classify the object in the center of the image. And all the objects in this image are stars from our galaxy.
I would go for fuzzy stars as well ! 😄
Sorry Christine, But when I click on the link I get the generic SDSS image. It is a known bug, but I can't remember how to get passed it !
Looks amazing ! But it is a disturbed galaxy, not a comet.
Correct, this is a star from our galaxy. But something went wrong with the filters.
No, it is just two stars (with lost of imaging issues) that just appear to be touching.
Now that is a gorgeous dust lane ! 😄
Wow ! gorgeous #merger
Yep ! Correct ! All the objects in this image are stars from our galaxy.
It is MCG +10-18-004
Looks more like an edge on with a big bulge to me. The small dot to the right could be a foreground star or just as well another galaxy.
Maybe that is because it is UGC12633 😄
The central object is indeed a galaxy, but the 3 small round dots are foreground stars from our galaxy.
The central object is indeed a galaxy, but all the other objects in this image are foreground stars from our galaxy.
The 3 bright white objects are stars from our galaxy. Nice chance alignment.
I still think it is a satellite trail. Could be an irregular shaped tumbling satellite
Here I'd go for two galaxies merging.
Bar for me as well 😄
The orange dot is probably a foreground star from our galaxy.
I think it is just one star, but the colors are not real. Something went wrong with the imaging/filters.
Definitely not a galaxy. This is a star from our galaxy, but the colors are not real.
The darker area in the center is an optical artifact caused by oversaturation
The black dot in the centre is an optical artifact caused by oversaturation
See the comments below : it is a planetary nebula
I just see one, slightly disturbed spiral galaxy, no idea what caused it. Could be the result of a flyby.
The object at 10 o'clock is definitely a star. The red /white thingies are optical artifacts.
I wouldn't call these loose spiral arms as they are close to the center.
Definitely not a merger for me.The small round dot is most likely to be a foreground star. The central galaxy is not distorted in any way.
If you squint really hard you can see two spiral arms that fold back to make a ring. Great #ringed galaxy.
Correct, all the objects in this image are stars from our galaxy ! 😄
The central one ? Yep, definitely a galaxy ! 😄
The object at 3 o'clock is an edge on galaxy. The one, bottom right, is a smooth round galaxy
No distortion, so no merger for me. It could be a galaxy, but it could just as well be a foreground star.
These two objects are actually stars from our galaxy. But the colors are not real. Something went wrong with the imaging/filters.
Yup, looks like it ! Nice #dustlane ! 😄
I'd go for edge on as well.
Do you mean the spiky object to the right ? It's a foreground star from our galaxy.The colors,spikes&weird center are all optical artifacts.
An edge on is a disk or spiral galaxy seen edge on. So this is not an edge on. It is a barred two-armed spiral.
Lots of imaging&filter problems. This happens a lot at the edges of the survey. See the very zoomed out image : http://tinyurl.com/orujx3j
Definitely two galaxies merging.
And you correctly identified these objects as stars ! 😄
See comments below 😄
It's a satellite trail.
LOL ! The object, bottom left, is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
Nope, sorry! Just an image from the edge of the survey with lots of imaging and filter problems. Classify as star/artifact.
The small object to the left is indeed a foreground star from our galaxy, so it is not possible for it to influence the central galaxy !
The bright orange thing is indeed a foreground star from our galaxy and so it cannot disturb the central galaxy in any way !
Just some stars and lots of imaging and filter problems
Nothing going on, sorry. The colors, spikes and weird center are all optical artifacts.
Those could be active star forming areas in the galaxy.
The central galaxy is very disturbed, #merger for me.
I'd gor #merger !
All of the objects in this image are stars from our galaxy. And lots of optical artifacts as well .
I'd go for 4. But it is your call !
I think the red/orange blob to the left is a foreground star from our galaxy.The central object is probably a smooth and round galaxy.
We are working on that ! 😄 On the on the other hand, we are helping to create better algorithms ! ,D
But don't worry. Lot's of other people will see this same image, so any mistake will get ironed out ! 😄
This is indeed a star from our galaxy. And no, you cannot correct your classification.
The central object is indeed a galaxy. But all the other objects in this image are foreground stars from our galaxy.
The central object is a galaxy. The bright one at the top is a foreground star from our galaxy. The colors are not real.
All the objects in this image are stars from our galaxy. The colors are not real. Something went wrong with the imaging/filters.
The central object is a galaxy, the one, bottom right, is a foreground star from our galaxy. The red line is a satellite trail.
The star (bottom left, is a foreground star from our galaxy so there is no connection possible between it and the central galaxy.
Nice pic ! 😄 All the objects in this image are stars from our galaxy.
Both galaxies look disturbed. #merger in progress for me.
Two edge on galaxies. Not much distortion visible. I'd go for #overlap.
The small dot at 3 o'clock looks like an artifact to me.
The central object is a fuzzy galaxy, probably a spiral. The bright white object is a foreground star from our galaxy.
This is a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
The central object is a spiral or disk galaxy with a noticeable bulge seen edge on.
This is actually a star from our galaxy, but something went wrong withthe imaging/filters.
The object at the top is not a star but a galaxy. And it is possible that it is interacting with the certral galaxy.
Classify as star/artifact. Lots of imaging and filters malfunctioning. We get these sort of images at the edges of the survey.
It's a fuzzy galaxy. Looks like there could be a small bar . The blue clumps are active star forming regions in the galaxy.
A very fuzzy disturbed galaxy. The blue clumps are active star forming regions in this galaxy.
This is actually a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Wow ! Just amazing ! 😄
2/2 The trail is probably a satellite trail. As the satellite reflects the sunlight&because of its speed it gets caught in just one filter.
1/2@planetaryscience you are a very involved member of GZ,instead of just posting greentrail you could help newbies !
A bit too fuzzy for me, sorry ! 😄
Here"s the rotated and complete image : http://tinyurl.com/nudeksq
The red lines are optical artifacts caused by a bright star outside of this image.
Here's the zoomed out and rotated image : http://tinyurl.com/mc5u3g2
The darker spot in the center is an optical artifact caused by oversaturation.
It is a diffraction spike (optical artifact) caused by a bright star just outside of this picture.
Just a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
These two objects are foreground stars from our galaxy.
The red thingy on top could be a foreground star. The one at the bottom, too faint and fuzzy, probably artifact. Sorry ! 😄.
An image from the edge of the survey. Lots of imaging and filter issues. Mark star/artifact ! 😄
The blue/white object, lower right corner, is a foreground star from our galaxy. The colors,spikes&weird center are all optical artifacts.
The blue object is a foreground star from our galaxy. But the colors are not real!
Yep ! Correct, this is a star from our galaxy. But the colors are not real. Something went wrong with the imaging/filters !
The orange object in the center is a very fuzzy galaxy. All the other objects in this image are stars from our galaxy.
Or you could go for very disturbed barred spiral. Just answer he questions as well as you can.
The bright round object to the left is a foreground star from our galaxy.
These objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
This is indeed a star but the colors are not real. Something went wrong with the imaging/filters.
These obects are actually stars from our galaxy. The colors are not real.
I'm thinking cosmic ray.
These are actually stars from our galaxy. With lots of imaging and filter problems ! 😄 Looks cool though ! 😄
These colorful objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Correct. The blue object is indeed a foreground star from our galaxy (and so are all the other smaller round objects in this image)
The orange dot with the darker centre is an optical artifac caused by oversaturation.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.These artifacts occur at the edges of the survey.
Lots of processing and imaging artifacts here. This occurs at the edges of the survey.
It is a spiral galaxy, seen nearly edge on. 😄
A barred spiral, where the two spiral arms fold back to form a ring
But, please, always classify the object in the cener of the image, even if it is the most boring one ! ;D
The bright spiky object to the left is a foerground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Not really. We still are asked to classify what we see. So, just answer the questions as well as you can.
This is not a disk or spiral galaxy seen edge on. The line in the galaxy is a bar.
Definitely a #merger ! Nice catch 😄
The red object is a foreground star from our galaxy. The 3 yellow ones are galaxies, probably merging.
And if you want to find out more: here is an excellent guide : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Please, always classify the object in the center of the image. if you want to comment on something else you can always do it here in Talk.
LOL ! 😄 All the round bright objects are stars from our galaxy !
It's a fuzzy two armed, barred spiral where the spiral arms fold back to make a ring.That is actually called a ringed galaxy.
A very disturbed galaxy with a gorgeous dustlane ! 😄
Beautiful barred spiral galaxy (slightly disturbed)
Wow ! Amazing #merger and #dustlane ! :
This is actually a star from our galaxy but the colors are not real. Something went wrong with the imaging/filters.
That is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
The bright object, top right, is a foreground star from our galay. No merger here, sorry.
The two objects in the center (and all the other objects in this image) are stars from our galaxy. No merger here, sorry !
Yep ! Al the objects in this image are stars from our galaxy ! Good call ! 😄
The 'blood cells' are actually stars from our galaxy, but something went wrong withthe imaging/filters.
Fuzzy spiral, anything else is just artifacts or wishful thinking !
Now that is what I call a #merger ! 😄
A very disturbed spiral. The orange dot in the center is an optical artifact caused by oversaturation.
Could be a merger. Lots of distortion.
Fuzzy spiral fr me as well.
Have you read the comments below ? 😄
Classify as star/artifact. These images occur a lot at the edges of the survey.
Two-armed spiral with an inner ring. The bright object to the right is a foreground star from our galaxy.
These two objects are foreground stars that only appear to be touching. The colors are not real. No dustlane here, sorry.
This is a spiral galaxy and these are usually not massive enough to do any lensing. It's a fuzzy, two armed spiral.
These two objects are foreground stars, but the colors are not real. Something went wrong with the filters.
Please, only use the hashtag overlap for galaxy/galaxy overlaps. Thanks
This is indeed a star. The green circle and rectangle are optical artifacts. No overlap here .
Lots of imaging and filter artifacts ! Classify as star/artifact ! 😄
No merging here, sorry ! All the objects in this image are stars from our galaxy that only appear to be touching ! .
A very fuzzy (probably) spiral galaxy. No idea what you mean with a spiral univrse, sorry
One fuzzy galaxy. The other small round objects are foreground stars from our galaxy.
Gorgeous merger of two spiral galaxies. Not an irregular though ! 😄
Most probably not a jet, in these Skyserver images it is almost impossible to see jets.
I wouldn't go for irregular for this one. I see a barred, two armed, slightly disturbed spiral.
Not an irregular galaxy,but a disturbed spiral.The small bright dot at 5.30 is a foreground star from our galaxy. Just 1 galaxy here, sorry.
Again, this is not an irregular galaxy, but a lovely fuzzy spiral, with some active starforming regions (the blue clumps)
All the objects in this image are stars from our galaxy. They only appear to be touching. No merger here, sorry.
This one is too regular to be called an irregular. I'd go for fuzzy spiral. And no merger for me.
The one to the bottom could be a foreground star from our galaxy
Good call ! Definitely not a galaxy. These objects are stars from our galaxy, but something went wrong with the imaging/filters.
There is no spectrum for the lilac blob. I'd go for a possible #voorwerpje
The spiral galaxy is seriously disturbed. #merger for me.
With these distortions,merger for me as well.
Spiral yes, barred no.
All the objects in this image are stars from our galaxy. The colors are not real. More here : http://tinyurl.com/GZartifacts
These objects are actually stars but something went very wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The blue clumps are not artefacts but very active star forming areas.
Here's the zoomed in (and flipped) image of NGC3424 http://tinyurl.com/ogk79om
Definitely two galaxies ! Overlap or merger ? It is your call ! 😄
And, at these distances it is impossible to directly see planets, even in our own galaxy.
The two bright, round and colorful objects are foreground stars from our galaxy.
Hiya, The central object, which you are supposed to classify , is a spiral galaxy.
The blue patches are very active star forming regions in the galaxy.
That is a disturbed disk or spiral galaxy seen edge on. See the zoomed out (and flipped) image : http://tinyurl.com/mckzfbo
The central object is a fuzzy (spiral) galaxy. The round colorful ones are foreground stars from our galaxy.
You could go for smooth and in between.
The central object is a smooth and in between elliptical galaxy.
The central object is just one galaxy. The blue dots are active star forming regions in the galaxy.
This is a foreground star from our galaxy, but something went wrong with the imaging/filters. No ring here.
The two round, orange objects are foreground stars from our galaxy, So it is not possible for them to be connected to the galaxy.
This is a star from our galaxy. The colors are not real (filter problems). The 'jets' are also optical artifacts.
These objects are actually stars from our galaxy, but something went wrong with the imaging/filters.
The bright object at the bottom is a foreground star from our galaxy. The colors are not real (optical artifacts).
The 2 galaxies are definitely interacting.#merger The bright round object is a star from our galaxy and not connected to the two galaxies;
These two objects are stars from our galaxy that only appear to be touching. No merger here, sorry.
It's a possibility. Or else it is an edge on with a very big bulge ! 😄
Btw, what's with the lilac trail ? 😄
http://tinyurl.com/k4sudfc
I don't like Gpair 😄 The central galaxy and the one to the top seem to be interacting. But it could just be a line of sight thing !
Looks like some interaction going on ! #merger for me !
Correct ! These 3 objects are stars from our galaxy. But obviously something went wrong with the imaging/filters.
Correct ! These objects are stars from our galaxy, but something went wrong with the imaging/filters
The colorful spikes at the bottom are optical artifacts caused by a bright star outside of this image.
The round orange/yellow object is a foreground star from our galaxy. The one behind it is a fuzzy galaxy.
The line is a diffraction spike (optical artifact), caused by a bright star outside of this image.
The objects in the top right corner are foreground stars from our galaxy. No lens here, sorry.
These artifacts occur in images at the edge of the survey. It's the Cosmic Scarf ! 😄 http://tinyurl.com/nk5wr78
Almost a smiley face ! 😄
The two bright objects are stars from our galaxy. The weird colors are just optical artifacts.
I'm trying to see this at an angle that makes it a perfectly normal spiral : not very likely, sorry
My idea exactly ! ;D
Gorgeous disturbed spiral. No culprit in sight. Could be a flyby.
Looking at the zoomed in pic: http://tinyurl.com/k54mod2, it's probably a foreground star.Lenses are never brighter than the lensing galaxy.
Here's the zoomed out (and rotated image) : http://tinyurl.com/oeluxr6
#merger for me ! Nice catch !
The orange dot to the right of the center could be a star from our galaxy & the central galaxy doesn't look disturbed. No merger for me.
All these objects are stars from our galaxy. The darker spot in the center is an optical artifact caused by oversaturation
This is actually a star from our galaxy, but the colors and the ring are optical artifacts. See here : http://tinyurl.com/GZartifacts
I'd go for a barred tight spiral.
See the comments below ! Gorgeous spiral.
This is no a green pea galaxy but a star from our galaxy. The colors and the center are optical artifacts
These objects are actually foreground stars from our galaxy, but obviously something went wrong with the imaging/filters.
Nice picture ! 😄
And please, always classify the object inthe center of the image ! 😄
I'd go for a fuzzy, barred, two armed spiral,where the spiral arms fold back to make a ring.
Definitely some imaging and filter problems ! 😄
Filter problems ! These objects are stars from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Somthing went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy that only appear to be touching. No merger here, sorry.
The blue/white object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts
The object to the right is a foreground star from our galaxy. The colors are optical artifacts.
The spectrum is very pea like ! 😄
The blue dot is an active star forming region in the galaxy.
A two-armed spiral galaxy, seen at an angle. The blue clumps are active star forming regions.
The central object is a galaxy, the two round ones at the top are foreground stars from our galaxy.
The blue dots are active star forming regions in this spiral galaxy.
Hi Mike, The # overlap is preferably used for galaxy/galaxy overlaps. Thanks
The central object is a galaxy, but all the other round ones are foreground stars from our galaxy.
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
The red object is a foreground star from our galaxy. And the bright white object could also be a foreground star
The two smaller objects to the right are probably foreground stars from our galaxy.
These galaxies could be interacting. Especially the galaxy at the top left looks like it has active star forming regions. #Merger.
The round red object is not a galaxy but a foreground star from our galaxy. So, no merger here, sorry !
Great image ! 😄 And, please, always classify the object in the center of the image ! 😄
Lovely spiral indeed. The orange dots are foreground stars from our galaxy.
Correct. These objects are stars from our galaxy.
The three red objects are foreground stars from our galaxy.
All the objects in this image are stars from our galxy. The green line is an optical artifact
These objects are stars from our galaxy, but the colors are not real. Something went wrong witht he imaging/filters.
Correct ! These objects are stars from our galaxy, but the colors are not real. Something went wrong witht he imaging/filters.
It is indeed a star, but the colors are not real.
This is indeed a star, but the colors are not real.
Not really! 😄
In this zoomed out & rotated image, you can see that it is a two armed spiral with a big bulge. http://tinyurl.com/ouw9erz
The central object is a fuzzy disturbed spiral. The bright yellow object to the right is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. More here : http://tinyurl.com/GZartifacts
Looking at the zoomed out (and rotated) image : http://tinyurl.com/my289gx : defintely a #merger
This is actually a star from our galaxy,but the colors are not real. Something went wrong with the imaging/filters.
But, please, always classify the object in the center of the image even if it is the most boring one ! 😄
Not sure if there is any interaction between these two galaxies. No distortion visible.
The bright dot is most probably a foreground star from our galaxy.
Looking at the very zoomed out and rotated image, I'm thinking the blue dots are starforming areas in M33 : http://tinyurl.com/Messier33
The black band at the top is included in the pic. So, the blue, barred loose-armed spiral is in the center of the image.
Yes,all these objects are stars from our galaxy,but something went wrong with the imaging/filters.More here : http://tinyurl.com/GZartifacts
Please, only use the # overlap for galaxy/galaxy overlaps. Thanks
Skyserver can make mistakes too ! 😄
Star/artifact for me !
The central object, which you are supposed to classify is a galaxy. And all the other round objects are fore ground stars from our galaxy.
The 2 galaxies in the center are interacting. #merger.
The 2 fuzzy objects are galaxies&the 2 round ones are stars from our galaxy.
This is a star from our galaxy and the colors are not real. Something went wrong with the imaging and filters.
The object in the top left corner is a bright foreground star from our galaxy. The colours, spikes and blue center are all optical artifacts
Here it is (image rotated) http://tinyurl.com/NGC4150
The central object, which you are supposed to classify, is a galaxy. The bright spiky object at the top is a foreground star.
The central object is not a star but a real galaxy. The red and green dots are optical artifacts.
Yes, complete coincidental. The small round objects are foreground stars from our galaxy. No connection whatsoever.
Imaging and filter problems. Happens a lot at the edge of the survey. See the zoomed out view : http://tinyurl.com/lb56645
These two objects are stars from our galaxy, but something went wrong with the imaging/filters.
The central object is a (disturbed) galaxy and the yellow one top left is a foreground star from our galaxy. So NO interaction possible !
The bright blue centre and the colors are all optical artifacts.
This is a star from our galaxy, The colors and the blue and yellow dot on the centre are all optical artifacts.
The green line is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Skyserver sometimes makes a mistake ! ;D
The object in the center is a star from our galaxy. No Einstein cross here, sorry !
But the objects in this image are stars from our galaxy. So star/artifact is the correct choice ! 😄
All the objects in this image are stars from or galaxy. The small shiny dot is an optical artifact.
The bright object at the top is a foreground star from our galaxy. The red dots are optical artifacts
These objects are stars from our galaxy that only appear to be touching. No merger here, sorry.
All these objects are stars from our galaxy, but something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but something went wrong with he imaging/filters.
The red object is indeed a foreground star from our galaxy. It only appears to be behind the galaxy.
The central object, which you are supposed to classify is a spiral gaalxy. The other round objects are foreground stars from our galaxy.
This is indeed a star from our galaxy but something went wrong with the imaging/filters. The 'tail' could be another star.
This is indeed a star but something went wronng with the imaging/filters.
Really nice one ! 😄
Disturbed spiral for me too !
First of all, correct,this object is a star from our galaxy.But something went wrong with the imaging/filters,hence the very weird colour!
Definitely some interaction going on ! 😄
It looks like a slightly disturbed spiral to me. Could be the result of a flyby ! 😄
I think I would go for line of sight as well. #overlap.
Amazing disturbed spiral !😄
Gorgeous disturbed galaxy (spiral ?) And look at that #dustlane !
These two objects are stars from our galaxy. But something went wrong witht he imaging/filters
All these objects are stars from our galaxy. Classify as star/artifact.
All the round colorful objects in this image are stars from our galaxy. The colors are artifacts.
Correct ! All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
The two galaxies are probably merging. The round objects in this image are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. No merging going on here, sorry.
Both galaxies look distorted : #merger !
The galaxies look pretty distorted. I'd go for #merger
An image from the edge of the survey, where everything breaks down. Just click star/artifact ! 😄
If you squint really hard, just maybe ! 😄
Correct, not a galaxy in sight ! 😄 All the objects here are stars from our galaxy !
This is actually a star from our galaxy. The colors, the weird blobs and the 'ring' are just optical artifacts.
This fuzzy, two-armed spiral has an inner ring. I take it that is the blue ring you are talking about?
The blue clumps are regions with very active star forming going on.
The galaxy at the bottom has an #x-shaped bulge ! ;D
Amazing catch ! 😄
More here : http://tinyurl.com/GZartifacts
first of, all the objects in this image are stars from our galaxy. But all the colors and weird centers are all optical artifacts.
No dustlane here ! 😄
This could be a very disturbed spiral. Really nice catch ! 😄
Correct, the red round object is a foreground star from our galaxy.
The central object, which you are supposed to classify, is a galaxy. The two objects to the right are foreground stars from our galaxy.
The top one is another galaxy. The lower three are probably foreground stars from our galaxy.
The central galaxy could be a fuzzy spiral. The one to the right is an elliptical.
Correct, the orange object is a foreground star from our galaxy.
Yup !
The central galaxy is a fuzzy irregular and these are not massive enough to do any lensing.
With these kind of distortions, definitely a merger.
Yep, the small red dot at 12 and the white dot at 2 are both foreground stars from our galaxy.
Correct ! All these objects are stars from our galaxy. But obviously something went wrong with the filters.
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters.
The white round object is indeed a foreground star.
Yes; the bright white object is a foreground star from our galaxy.
And another polar ring for me ! 😄
This is definitely a polar ring for me ! 😄
gorgeous #boxy bulge! 😄
The little edge on is too straight to be a lens. Overlap for me ! 😄
SIMBAD calls it an AGN candidate 😄
I don't see a ring and the x could be an optical artifact. But it is a very weird one ! I'll send this to one of the scientists.
2/2 These weird optical artifacts happen when you get to the edge of the survey. Here's a very zoomed out image : http://tinyurl.com/kkwzzb3
The objects int his image are stars from our galaxy, but something went wrong with the imaging/filters. The colors are not real.
You could go for a fuzzy edge on or even a cigar shaped elliptical. It is your call ! 😄
I'd go for a two-armed, barred spiral, where the spiral arms fold back to make a ring.
The central object is a fuzzy galaxy. The bright orange/yellow ball at 10 is a foreground star from our galaxy.
Always classify the object in the center of the image. 😄
Two galaxies, probably merging ! 😄
The objects in this image are stars from our galaxy. But the colors are not real.
The central object is a galaxy but the one at the bottom is a foreground star from our galaxy. No merger possible
All the objects in this image are stars from our galaxy. Classify as star/artifact. No rings, no merger.
The two objects to the right are foreground stars from our galaxy, that only appear to touching. No merger here, sorry.
Imaging and filter problems. It happens with images at the edge of the survey. See the very zoomed out image : http://tinyurl.com/lmoepoo
Or two galaxies that just appear to be close ! It is your call ! 😄
This is a foreground star from our galaxy. The colors and the inner crater/ring are optical artifacts.
Looks like just one galaxy to me. But a very, very disturbed one ! 😄
I'd go for overlap too, but it is a very fuzzy image.
All the objects in this image are stars from our galaxy. The blue one is especially stunning ! 😄
These objects are stars from our galaxy that only appear to be touching. The colors are not real. No merger here, sorry.
Here's the full picture (rotated) http://tinyurl.com/nh4hl9v
It is very fuzzy&small !t could be a foreground star or it could be a very far away galaxy. No way to tell without any additional info ! 😄
Don't know about the dope ! ;D But this is a foreground star from our galaxy, but something went wrong with the imaging/filters.
the object, top left, is indeed a foreground star from our galaxy.
First of all : it is your call ! 😄 But this is a very fuzzy image. it could be a merger, or it could just be a line of sight !
Yep, correct. All the objects in this image are stars from our galaxy. But something went very wrong with the imaging/filters.
No too sure about a dust lane, sorry.
I see a two-armed, slightly disturbed, barred spiral
The yellow object in the center and the one to the left are both galaxies. The two colorful round ones are foreground stars from our galaxy.
The central object is a galaxy with lots of active star forming regions (the blue clumps).
The bright, spiky object at the bottom is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a galaxy, but the one, bottom right, is a foreground star from our galaxy. No merger here, sorry.
The two colorful objects at the bottom are foreground stars from or galaxy. No gravitationally lensing going on here, sorry.
The bright object, top right, is a foreground star from our galaxy. The colors, spikes and 'bar' are all optical artifacts.
The 'dust cloud' is actually part of the galaxy. It is made of lots of stars forming very fuzzy spiral arms.
These objects are stars from our galaxy. The thin line at the bottom is not a bar but an optical artifact.
All the objects here are stars from our galaxy, but something went wrong with the imaging/filters
All the objects in this image are stars from our galaxy. No merger or dustlane here, sorry.
All these objects are stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
You could go for as many as five, but it is your call ! 😄
The bright round objects in this image are probably foreground stars from our galaxy.
The central object is a galaxy. Probably a disk or spiral seen edge on.
The blue/white object and the small red one at the bottom are both foreground stars from our galaxy.
Please, always classify the object in the center of the image. 😄
The central object is a spiral or disk galaxy seen edge on.
These two objects are probably foreground stars from our galaxy. The colors are optical artifacts.
Two stars from our galaxy that only appear to be touching. The colors are not real. No merger here, sorry.
The bright object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Nope, a real galaxy. Probably a fuzzy spiral.
All the objects in this image are stars from our galaxy. No mergers here, sorry.
All the objects in this image are stars ffrom our galaxy. No mergers here, sorry.
All the objects in this image are stars from our galaxy. No lensing and no Einstein cross here, sorry.
This is a star from our galaxy.
The central object is a galaxy, but the object to the right is a foreground star from our galaxy. No merger or dustlane here, sorry.
The object at the top is a star from our galaxy. The werid colors are optical artifacts.
The bright object top left is indeed a foreground star from our galaxy.
This is indeed a galaxy. But it is a very fuzzy image, not much to tell about it. 😄
The central object is a galaxy, the bright, white one to the right is foreground star from our galaxy.
Could this be a very fuzzy #voorwerpje ?
WOW ! that is an amazing #dustlane ! #zgotw
Fuzzy spiral 😄
The central object, which you are supposed to classify, is a galaxy. The white round one is a foreground star from our galaxy.
Please, always classify the object in he center of the image, even if it is the most boring one ! 😄
These two objects are not galaxies but stars from our own galaxy that only appear to be touching.
These 2 objects are actually stars from our galaxy. But something went wrong with the imaging/filters. See : http://tinyurl.com/GZartifacts
All these objects are stars from our galaxy, but something went wrong with the filters. More here : http://tinyurl.com/GZartifacts
Always classify the object in the center of the image. And all the objects inn this image are stars from our galaxy.
These objects are stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The central object is a fuzzy barred disk galaxy, could be a spiral. The small round objects are foreground stars from our galaxy.
And, please keep on asking questions ! 😄
oh, I see ! Some of the small round objects are foreground stars from our galaxy, so they cannot be gravitationally lensed galaxies.
No gravitational lensing as far as I can see. Where do you think it is occurring ?
WOW ! What a gorgeous #merger ! #zgotw
It is an artefact found at the edge of the survey. A piece of the cosmic scarf ! 😄
See the very zoomed out view http://tinyurl.com/jvszshd
i know you know, but not everyone knows ! 😄
I might go for an x-shaped bulge for this one ! Nice catch !
The blue glow is just an optical artifact caused by a bright star just outside of this image !
LOL ! It is an artefact found at the edge of the survey.A piece of the cosmic scarf ! 😄 See the very zoomed view http://tinyurl.com/jvszshd
I'd go for three arms as well . Nice find ! 😄
Too fuzzy to say !
Some of the objects in this image ares foreground stars from our galaxy. The white one at the top is definitely a star.
The three objects in the center of the image are not stars but galaxies.
Correct ! Almost all the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors and weird shapes are optical artifacts. No merging going on here, sorry.
See the very zoomed view http://tinyurl.com/jvszshd
The bright object to the left is a foreground star from our galaxy. So, no merger possible, sorry !
Oh whaw, what a gorgeous #merger ! 😄 Definitely NOT an overlap !
I agree, it does look funny. But I'm going for a two galaxy merger ! 😄 But that is just my idea ! 😄
The blue dots are active star forming regions in the galaxy. Sorry, not a voorwerp
Barred (disturbed) spiral for me as well. No dustlane.
It is a fuzzy image.Could be an overlap,could be a merger.There seems to be some distortion, so I'd go for merger.But it is your call ! 😄
The darker spot is an optical artifact caused by oversaturation.
Overlap is only used for galaxy/galaxy overlaps.
The white dot could also be a foreground star from our galaxy.
These objects are actually stars from our galaxy,but something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
One disturbed barred spiral for me.
The object in the center is a galaxy. The bright dot at 8 near the center is probably a foreground star from our galaxy.
The two round objects are indeed foreground stars from our galaxy.
The darker area in the centre is an optical artifact caused by oversaturation
The red glow is an optiala rtifact caused by a bright star outside of this image.
Sorry, no polarring here ! Even after the bigger picture ! 😄
Or #voorwerpje ?
Sorry, no polarring for me here !
Most definitely ! 😄
And you do know that SDSS has been wrong before ? ;D
There is a lot of distortion, so it is definitely a merger for me. But it is your call ! 😄
And ????
The galaxy at 4 o'clock could be associated with the central galaxy,or could be totally unrelated.But definitely not a black hole jet ! 😄
Lots of distortion. Definitely a merger !
Amazing #merger ! #ZGOTW
Correct ! All the objects in this image are stars from our galaxy. Nice line of sight ! 😄
If you don't see any distortion, I wouldn't go for merger ! 😄
It does look amazing ! 😄
#ZGOTW ! 😄
i'd go for bulgeless as well.
No bulge for me here.
The bright round object , top left, is a foreground star from our galaxy. The two galaxies could be merging. It is your call ! 😄
Always classify the object in the center of the image.The round dot,right of the nucleus of the galaxy is a foreground star from our galaxy.
No, the little yellow ball to the right is a foreground star from our galaxy.
Definitely artificial!! All the objects in this image are actually stars from our galaxy,but something went wrong with the imaging/filtres.
Definitely not a nebula but a real galaxy. I'd go for disturbed, barred spiral. The blue clumps are active star forming regions.
And the pink dot at the top spike of the bright star is just an optical artifact !
First of, please, always classify the object in the center of the image, even if it is the most boring one ! 😄
The (unwritten) rule is, if it has pointy ends it ususlly is a disk or a spiral galaxy seen edge on. 😄
These 2objects are actually stars from our galaxy,but the colors are not real.More here: http://tinyurl.com/GZartifacts Looks eerie though!
The dark spot in the centre is an optical artifact caused by oversaturation.
LOL ! More info here : http://tinyurl.com/GZartifacts
he central object is a very fuzzy galaxy. The orange dot is a foreground star from our galaxy. So, both objects are not connected !
The central object, which you are supposed to classify, is definitely a galaxy. I'd go for fuzzy spiral with a bar ! 😄
What object are you asking about ? 😄
gorgeous spiral ! 😄
Yes, this is a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
This thread (http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2) i's a great guide to finding out more about the images.
These 3 objects are indeed stars. Skyserver calls the central one a galaxy, but it has been wrong before ! 😄
It is a disturbed galaxy, possibly a spiral with a bar. Or you could go for irregular. It is your call ! 😄
The round, red object to the left is a foreground star from our galaxy. No merger here.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The object in the centre of the image is a fuzzy galaxy. The one to the left is a foreground star from our galaxy.
Amazing merger ! 😄 #ZGOTW
These are actually stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The object to the left is a foreground star from our galaxy. No merger here.
Foreground star from our galaxy in front of a fuzzy galaxy.
This is a tricky one. It could be a disk with a bright core as well. But then again, it is your call ! 😄
@lostlens : just stop this right now. There is no confusion whatsoever on our part.
Correct. Two elliptical galaxies, probably merging.
Looks like two stars to me. No merger.
Definitely a spiral.
These objects are stars from our galaxy. The colors are not real.
The asteroid is the object at the bottom of the image, left of center.
Very disturbed galaxy ! 😄
The object in the centre is not a cluster but just a galaxy. And as far as I can see there is no other galaxy to the left. No merger here !
Looks like a foreground star to me too ! 😄
it is your call ! Some will see a barred fuzzy spiral. others will classify it as a barred lenticular.
Correct. The darker dot in the center is an optical artifact caused by oversaturation.
And, please, always clasify the object in the center of the image, even if it is the most boring one !😄
yes, that is a disk or spiral galaxy with a bulge seen edge on.
The darker circle in the center is an optical artifact. The object at 7 o' clock is probably a foreground star from our galaxy.
A fuzzy galaxy ! 😄 It could be a slightly disturbed spiral seen nearly edge on.
These two object are stars from our galaxy, but something went wrong with the imaging/filters. The two stars are not connected;
The dark spot in the center is indeed an optical artifact, caused by oversaturation.
Not a nebula but a real galaxy. A gorgeous irregular with lots of star forming regions (the blue blobs).
It could be two galaxies interacting. No dustlane for me, sorry !
Definitely disturbed. Could be the result of a flyby ! 😄
This is actually a star from our galaxy, but obviously something went wrong with the imaging/filters
The central object is indeed a galaxy, but the round one to the right is a foreground star from our galaxy.
The central object, which you are supposed to classify, is a disturbed spiral, probably interacting with the yellow galaxy.
Disturbed two-armed spiral
It is a disk or spiral galaxy seen edge on. It has a distinct bulge and a lovely dustlane.
The central object is a galaxy, but all the other ones in this image are indeed stars from our galaxy.
Where do you see gravitational lensing in this image?
The yellow objects are not stars but galaxies. The red and white round objects are stars from our galaxy.
Or foreground star. You would need a before and after image to determine if it could be a supernova.
Ooh,definitely not smooth. i agree with possible irregular. or you could even go for a very disturbed spiral galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
Not blue shifted at all. This is just a galaxy with a very active star forming region.
For me this is too fuzzy to tell. But if you think it is a merger, just classify it as one. It is your call ! 😄
The reddish object at 8 o'clock is probably a foreground star from our galaxy.
The central object (which you are supposed to classify) is a galaxy,all the other objects in this image are foreground stars from our galaxy
Looking at all the comments, this is just a very good example of why GZ is so successful. Lots of different opinions, but exciting anyway !
Could be a merger, could be an overlap.Too fuzzy to tell for me. But then again, it is your call ! 😄
The bright spiky thing to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Correct ! Foreground star from our galaxy.
All the images are classified by lots of people. Wisdom of the crowds ! 😄
Here it is ! (image rotated) http://tinyurl.com/pez92lh NGC 3726
The round orange objects are foreground stars from our galaxy.
The bright spot is a foreground star from our galaxy
Two centers and lots of distortion: #merger ! 😄
Irregular or disturbed spral. It's your call ! 😄
Correct ! All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters
This is a difficult one. You could go for #overlap. But both galaxies look a little bit disturbed, so #merger is also a possibility.
I'd go for slightly disturbed ! 😄
The object in the center of the image is a spiral galaxy with an inner ring.
"ordinary" #overlap ! 😄
The bright object, top right, is a foreground star from our galaxy. The colors are optical artifacts.
It is a disturbed spiral galaxy where the arms form a 'ring'
This actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
#overlap.
This is indeed a two-armed spiral seen nearly edge on
The blue object is probably a very active star forming region in the galaxy.
Looks like an artifact to me too.
Disturbed fuzzy spiral.
The object at the bottom is probably a foreground star from our galaxy. And the galaxy does not look disturbed, so no merger for me.
Both galaxies look distorted. #merger for me too !
With these kind of distortions, definitely a #merger
These two objects are stars from our galaxy. Chance alignment.
Why would you call this an AGN ?
Definitely a galaxy, but a very, very fuzzy one at that ! 😄 Could be a very fuzzy spiral galaxy.
And these stars are not overlapping btw, they only appear to be touching, let alone overlapping.
There is no need to do this. Overlap means a galaxy/galaxy overlap.
It originated in this thread over on the GZ forum : http://tinyurl.com/GZ-Overlap
These stars only appear to be touching. It is an optical artifact. No overlap in this image.
Overlap in GZ is only used to denote galaxy/galaxy overlaps.
This is actually a star from our galaxy. The colors are optical artifacts. Something went wrong with the imaging/filters.
The central object is indeed a galaxy, but the object to the left is a foreground star from our galaxy. No merger here, sorry !
The central object is a galaxy, but the other ones in this image are foreground stars from our galaxy. No lensing going in here, sorry.
Ellipticals are smooth and featureless. So if if has a feature (like a bar) it cannot be an ellipticial.
I'd go for smooth and round. No way to tell if his is an AGN without a spectrum.
Definitely two galaxies,probably interacting.
The asteroid is the blue/red/green object in the lower right quadrant.
Two galaxies interacting. Gorgeous merger.
All the small round objects are foreground stars from our galaxy. So technically the galaxy is not surrounded by them ! 😄
The object at 6:30 is probably a foreground star.
The blue dot is either a foreground star from our galaxy or a star forming region in the galaxy.
Sorry, I don't see an asteroid.
I'm thinking foreground star as well.
Thisis not a galaxy but a star from our galaxy. The colors are not real. Something went wrong with the imaging/filters
All the objects in this image are not galaxies but stars from our own galaxy. They only appear to be touching. No merger here, sorry.
It is a very fuzzy image. I'd probably go for overlap as well, but I could be wrong ! 😄
The dark spot is an optical artifact, caused by oversaturation.
The object at 6 o'clock is another fuzzy galaxy. Definiteily not a gravitational lens.
Correct, these two objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
I'd gor fuzzy spiral
The two orange spots are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors are optical artifacts.
The central object is probably a galaxy, but the bright one to the right is a foreground star from our galaxy. So, no collision possible.
The white/blue object is a foreground star from our galaxy. it is not connected to the central galaxy in any way.
Overlap is only used for galaxy/galaxy overlaps. All the objects in this image are stars from our galaxy.
The blue blobs are regions with active star formation going on.
I'd go for a fuzzy barred spiral
Two centers visible and lots of distortion. Definitely a merger.
Probably merger for me too !
Spot on classification! 😄
The round object is a foreground star from our galaxy. So there is no interaction possible between it and the central galaxy.
The red object are most probably foreground stars from our galaxy. So, definitely not a gravitational lens !
2/2 And the the reddish/white one - yellow edge one is a star from our galaxy - galaxy line of sight thingy . Again, not a merger !
Nope, no mergers in this image. The two red ones at the bottom are two stars from our galaxy that only appear to be touching.
It is an amazing, barred, disturbed spiral with lots of star forming areas (the blue dots)
Slightly disturbed edge on disk or spiral galaxy.
You found a part of the cosmic scarf=edge of the survey.See the very zoomed out image: http://tinyurl.com/p8m3ga8
Do you mean the bright object, top right ? That is a foreground star from our galaxy. The colors are all optical artifacts.
These two objects in the center of the image are stars from our galaxy that only appear to be touching. No dustlane here, sorry.
But this is definitely a galaxy. if you squint really hard you can make out a fuzzy disturbed spiral. But irregular works just fine as well.
More here: http://tinyurl.com/GZartifacts
The round object to the right is most definitely a foreground star from our galaxy.
it is your call ! 😄
Most of the round objects in this image are foreground stars from our galaxy.
Where did you get that classification ?
The galaxy,left is a very disturbed spiral galaxy, probably interacting with the central galaxy.
Please always classify the galaxy in the center of the image.
Both galaxies seem to be clockwise. But in this version of GZ the rotation is no longer classified.
You could go for irregular, or a barred disk galaxy, or a disturbed galaxy. Really, it is your call ! 😄
The central object is an disturbed disk or spiral galaxy interacting with the galaxy at 12 o' clock. #merger in progress.
You could go for edge on or for two-armed spiral seen almost edge on.
Correct. The object at the top is indeed a comet. Nice catch ! 😄
The red object is a foreground star from our galaxy. Not a supernova, sorry !
please, always classify the object in the center of the image. Even if it is the most boring one ! 😄
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters;
According to NED and SIMBAD it is a QSO
It looks like a dustlane, but its orientation is weird.
Looks like a merger to me.
That is a lovely #dustlane!
The object near the center is probably a forground star from our galaxy. The object to the lower left is also a foreground star.
That is another fuzzy galaxy. Not sure if it is in front or behind the central galaxy.
Not an overlap for me
No gravitational arc here. It is an amazing disturbed galaxy with a gorgeous dust lane.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=348.73067086&dec=72.60197521&scale=12.676064&width=512&height=512&opt=&query=
Definitely artifact ! You found a piece of the cosmic scarf. The edge of the survey ! : D
This is a star from our galaxy, but something went wrong with te imaging/filters. More here : http://tinyurl.com/GZartifacts
What do you mean by this ?
The 2(yellow)galaxies look to be merging. The bright white object object is a star from our galaxy,so definitely not involved in the merger.
I'd go for a spiral seen almost edge on. With a lovely dust lane and a star forming area (the bright blue bob).
The bright blue/green object top left is a foreground star from our galaxy,but the colors are not real.
Sorry, all the objects in this image are stars from our galaxy.
Sorry, not a green pea.
Btw, if you look at the orange star at 10, this is what it looks like, seriously zoomed in : http://tinyurl.com/lwm2gtg. Funky artifacts !
Sorry, I just see one asteroid (at 4 o'clock).
If you squint really hard you can make out two arms. Very fuzzy spiral.
The central galaxy is not an elliptical, but probably a fuzzy spiral.
The blue dot could be a foreground star from our galaxy or it could be a star forming region in the galaxy.
The white object is a foreground star from our galaxy. So, no merger possible.
All the objects in this image are stars fromour galaxy. So, no collision or merger here. Sorry.
The reddish glow is an optical artifact.
This is actually a star from our galaxy but something went wrong with the imaging/filters.
The central object is definitely a fuzzy galaxy. I'd probably go for irregular as well.
The bright bluish/white object is a foreground star from our galaxy.
This is also a spiral galaxy. I'd go for barred and lightly disturbed.
Yes, a lovely spiral galaxy, seen at an angle.
This is not a galaxy but a star from our galaxy. But something went wrong with the imaging/filters.
Hi Leonie, do you have a question about this object ?
Definitely not a gravitational lens.
These objects are actually stars from our galaxy. But something went wrong with the imaging/filters.
#merger for me too ! 😄
Difficult to tell. It could be another galaxy in line of sight.
Always classify the object in the center of the image. Here that is a fuzzy galaxy. The round bright objects are stars from our galaxy.
It"s a star ! See the zoomed out image : http://tinyurl.com/m4fmayx
Here's the zoomed out image : http://tinyurl.com/lf7syfj
It's a fuzzy spiral galaxy.
These objects are actually foreground stars but something went wrong with the imaging/filters
The 'ring' is actually two faint spiral arms folding all the way back
For me this is an irregular with a couple of star forming regions, but it is your call ! 😄
Definitely not an elliptical. Fuzzy spiral.
Or a disturbed fuzzy spiral with a very big bulge.
The blue blobs look more like star forming regions to me.
it is a very faint and fuzzy galaxy. If you squint very hard you may just see a disturbed spiral. But irregular is just as defendable
Optical artifact, caused by oversaturation.
The bright round object bottom right of the galaxy is indeed a foreground star.
Hi ! All the objects in this image are stars from our galaxy.
Yep, and a really nice one at that ! 😄
Nope, the brown line is a dust lane and the bright yellow thingie at 11:30 is another galaxy, probably merging with the central one.
The bright orange object is a foreground star from our galaxy.
I'd go for disturbed spiral.
Very disturbed, barred spiral or an irregular. It is your call ! 😄
Merger or overlap. Too fuzzy to tell.
The bright object is indeed a star from our galaxy. The colors, spikes and weird center are all optical artifacs.
This is actually a star from our galaxy. But the colors are not real. Something went wrong with the imaging/filters.
lovely #merger. The bright blob is a foreground star. No voorwerp in sigh, sorry !
The red/white divide is just an optical artifact, sorry !
I'm thinking either a very big bulge or a tiny polar ring ! Amazing image.
it really looks very interesting, but I don't think the blue thingies are jets. Will ask around.
Probably yes ! 😄 Enough distortion to make it a merger for me.
Optical effect. The star is most definitely in front of the galaxy.
The central (yellow) object (which you are supposed to classify) is a galaxy. All the other objects are foreground stars from our galaxy.
Both these objects are stars from our galaxy. But something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The bright blue object is a foreground star from our galaxy.
Amazing #merger
It looks too straight to be a lensed galaxy. I'd go for fuzzy edge on.
The central object, which you are supposed to classify, is a galaxy. The bright object to the left is a foreground star from our galaxy.
The central object is a galaxy. The other objects in this image are all foreground stars from our galaxy. So, a merger is impossible !
smallish bulge for me.
Merger is a possibility. On the other hand : not much of a distortion going on. So, again, it is your call !
Smallish bulge for me !
Big bulge for me,but then again, that is just me ! 😄
I'd go for rounded bulge here.
I'd say yes ! No bulge here.
It is your call ! ;D
This should just be classified as star/artifact. Something went very wrong with the imaging and filters here ! 😄
Hiya ! All the objects in his image are stars from our galaxy ! : D
One disturbed spiral galaxy . The two bright spots are foreground stars from our galaxy.
I can only repeat : What a gorgeous #merger ! #ZGOTW (and #dailyzoo)
Not a nebula but a lovely spiral galaxy.
See the comments below: Most of the objects in this image are stars from our galaxy. The weird shapes and colors are just optical artifacts.
All the objects in this image are stars from our galaxy. Incredible chance alignment ! 😄
Yep, a star from our galaxy. But obviously something went very wrong with the imaging and the filters.
Don't think so ! It is very purple, but the Voorwerp and the Voorwerpjes are these almost fluorescent blues/greens/pinks and purples.
Glad to be of assistance ! 😄
The white round objects are indeed foreground stars from our galaxy.
Here is what wiki has to say : http://en.wikipedia.org/wiki/Elliptical_galaxy
These 2 are stars from or galaxy, but something went wrong with the filters.
See this zoomed out image: http://tinyurl.com/m7neuse
These 2 objects are stars from our galaxy, but something went wrong with the filters.
See the zoomed out image: http://tinyurl.com/mpk8eyg
The bright object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
I would actually go for features. I see a fuzzy two armed spiral.
Not a merger ! The bright object to the right is a foreground star from our galaxy.
I see just one galaxy. I'd go for disturbed.
That is most definitely a galaxy ! 😄
#voorwerpje
The bright object (top left) is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Please explain this last comment ?
This is actually a star from our galaxy, but something went wrong with the imaging and filters ! 😄
The top bright object is probably a foreground star from our galaxy.
Correct ! The central object, which you are supposed to classify, is a galaxy. The one, bottom right , is a foreground star from our galaxy.
According to NED and Simbad it is a globular cluster (BOL 302). So it still consists of a lot of individual stars.
Definitely two galaxies, probably interacting !
A very disturbed spiral ! ;D
Sorry, no dust lane here for me.
It is very purple, but I'm not thinking 'voorwerpje'. The voorwerpjes have these almost flashy/trippy colors.
That is most probably a fuzzy, little galaxy.
The green glow is just an optical artifact. Something went very wrong with the filters.
Where do you see the lensed galaxy ?
This is a very fuzzy galaxy. Probably a spiral.
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter
The bright object upper right is a foreground star from our galaxy.
Or just two stars that only appear to be close together
The bright, spiky object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Stars : Yes. Asteroids : Nope
As commented in your other images : these are stars from our galaxy but something went wrong with the imaging and filters.
The central one is a disturbed spiral. #merger
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=29.92979345&dec=-5.96994682&scale=0.79224&width=512&height=512&opt=&query=
I see a two-armed spiral galaxy, with very faint spiral arms and a big bulge.
Two-armed spiral for me.
All the objects in this image are stars from our galaxy. But something definitely went wrong with the imaging and filters.
Irregular or very disturbed barred spiral. It is up to you ! 😄
Nope, not a nebula, but a real faint and fuzzy galaxy
On another note: gravitational lenses are extremely rare. I do not think it is possible that there are 16,000 lenses in these images. Sorry.
This is most definitely not a lensed galaxy. This is a merger in progress with lots of star forming going on.
The bright round objects are foreground stars from our galaxy. So, no merger and no overlap. Overlap is only used for galaxies overlapping.
No dust trails here, sorry.
Not dust trails. These two galaxies are probably interacting. The blue patches are very active star forming regions.
Not a dust trail. This is a very disturbed galaxy The 'trail' consists of stars.
All the objects in this image are stars from our galaxy. Not much chilling going on ! ;D
All the objects in this image are stars from our galaxy, but something went wrong with the imaging and filters. The colors are not real.
I'd go for #merger.
This is actually a star from our galaxy, but something went wrong during the imaging. More here : http://tinyurl.com/GZartifacts
Errm, no. All the objects in this image are stars from our galaxy. All the colors and the weird blue arcs are all optical artifacts, sorry !
Gorgeous star forming galaxy !
gorgeous #dustlane
It is probably a foreground star from our galaxy.
These are actually stars from our galaxy, but something went wrong with the imaging. More here : http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The colors and red center are optical artifacts.
The centre of this galaxy is not a foreground star.
This is indeed a star from our galaxy. But something went wrong with the imaging.
Lovely (possibly disturbed) spiral ! Great image !
Yep ! I am not sure it is one, but all the voorwerpjes have these garish colours ! 😄
possible #voorwerpje ? 😄
Not much interaction visible, but, hey, it is your call ! 😄
Definitely not a star ! 😄 It is a fuzzy, slightly disturbed (possible spiral) galaxy.
The blue thing at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
This is actually a star from our galaxy. But something went wrong with the imaging and filters. More here : http://tinyurl.com/GZartifacts
I'd go for very disturbed spiral ! 😄
This is actually a star from our galaxy. The colors and the brown smudge at the top are all optical artifacts. No dust here, sorry.
Probably stars. Here's the zoomed out image : http://tinyurl.com/nquf345. Something definitely went wrong with the filters, etc ! 😄
Shhhhhh ! ;D
You are right. I do have a collection of 70 something objects. But my classifications in this GZ greatly surpass that number.
My collection ?? maybe the galaxies that I classified ! I don't do collections !
What an amazing image ! This is why we do it ! 😄
It is a very fuzzy image, so , it is your call ! 😄
2/2...that will tell the science team that there is not a consensus. Meaning there is something strange going on. 😄
1/2 Anyway, it is your call ! So if you go for overlap and other people go for lots of other things....
No way to tell without additional information. They could be foreground stars, satellite galaxies or background galaxies.
I'd go for just one disturbed or irregular galaxy with a couple of gorgeous star forming regions.
Really great #merger ! 😄
That is one possibility. The other one is that these two galaxies just appear to be close together. Line of sight.
The 'ring' is most probably two very faint spiral arms folding back to form a ring. Nice #ringed galaxy.
This is just one object and it is a star from our galaxy. The colors and weird center are optical atifacts. So, not an overlap.
All the objects in this image are stars from our galaxy. The colors are notreal.
It is an amazing blue one! 😄
This is one of the perks of classifying on GZ ! 😄
Yep, #merger for me too. But you do know it is your call !!!! 😄
This one goes by the very catchy name of IC 1747 -- Planetary Nebula - #planetarynebula
I really don't have any affinity with the GPair thing.What does it mean?Two galaxies close together or two galaxies merging ? FYI : #merger
yep, #dustlane for me too ! 😄
The orange dot is a foreground star from our galaxy. So no overlap, sorry.
To be clear : overlap is only used for galaxy/galaxy overlaps.
Looks like they are interacting. #merger for me too.
This is not an elliptical but a very disturbed fuzzy (spiral) galaxy. The barlike structure is just that : a bar.
So how did you classify this? You found a piece of the cosmic scarf(http://tinyurl.com/mnhypqo) 😄 More here: http://tinyurl.com/GZartifacts
No way to tell from just one image. You'd need a before an after pic. It is most probably a foreground star.
Could be there is some interaction going on. 😄
it is a bit fuzzy, but when in doubt, tag it as one ! ;D #lens
If I recall correctly, there is only one jet visible in the Skyserver images (and this one is not it ! 😄 ) #overlap !
Sorry, no a galaxy but a star from our galaxy. Sometimes the software gets confused ! 😄
More info here : http://tinyurl.com/GZartifacts
There appears to be some interaction going on. I'd go for merger ! 😄
It is a disturbed spiral, but I'd go for 2 arms as well.
Skyserver is convinced that these 3 are galaxies, but I am not so sure. 😄 I'd go for stars but would be very glad to be proven wrong ! 😄
The objects at the bottom are a couple (or maybe three) galaxies, maybe interacting !
Not much disturbance. No merger for me, but it is your call ! 😄
LOL ! Obviously, a lot of things went wrong (imaging, filters, etc)
Disturbed spiral for me.But it is your call. 😄 But it is not a gravitational lens.Spirals are usually not massive enough to do any lensing.
Correct. The orange/yellow object is a foreground star from our galaxy.
The bright, spiky object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Looks like a merger in progress to me.
It is definitly a star but something went wrong with the imaging/filters. More info here : http://tinyurl.com/pbo34r2
#NGC 1659 and WOW !
You are on a lucky streak !
#merger for me as well. The two larger galaxies show signs of disturbance.
Amazing ! #ZGOTW
Have you seen this link : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
But here, I'd think that #merger is a safe bet. But anyway, it is your call ! 😄
With these kind of galaxies, it is always difficult to tell. The tell tale signs (distortions) are not that easy to spot.
Spiral : yes. Dustlane : Don't see it, sorry.
This deserves another WOW ! 😄
Here's the complete and rotated image : http://tinyurl.com/lresu99
It is #NGC 7775
Definitely not an elliptical galaxy. You can clearly see that this is a disk (or a fuzzy spiral).
WOW indeed ! 😄
Todos los objetos en esta imagen son estrellas de nuestra galaxia.
The central object (which you are supposed to classify) is a galaxy,but all the other objects in this image are indeed stars from our galaxy
All the objects in this image are stars from our galaxy. So, no green pea here, sorry !
Sorry, not a merger. The white round object is a foreground star from our galaxy.
All the objects here are stars. Something went wrong with the imaging/filters. More info: http://tinyurl.com/GZartifacts
No dustlane. An almost edge on, two-armed spiral for me.
In this case I'd go for disturbed.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. The colors are not real.
And any individual stars you see in these images are always foreground stars from our galaxy.
Definitely an edge on disk or spiral galaxy.
I'd go for foreground star. But hey, that is just me ! 😄.
The blue area at the bottom is a star forming region ! 😄
Could be a foreground star, could be another galaxy.
or amazing #overlap.
No asteroid in this image for me.
This one made me sit up too ! 😄 Nice catch, wtaskew and lboynton ! 😄
I'm thinking #merger. But it is your call ! 😄
The blue/white object is a foreground star from our galaxy.
Three stars from our galaxy.
All the objects in this image are stars.In the zoomed out image http://tinyurl.com/mht3vqa you can see that the glow is a bright star
And as we know, everything blue is everything Liz ! 😄
Okay, we need a "someone was posting in this comments/discussion thingy" 😄 !
Noononono ! I didn't mean you ! 😄 There are some people tagging everything and nothing with artifact ! I just wanted to warn the newbies !
Yes, we know !!!!!
If something has been tagged before as an artifact, what is the use of tagging it a second time as such ?
Why not tag a #pn but only tag it as an artifact ?
Only two galaxies visible in this image. Maybe a link to the zoomed out view ? 😄
Not sure about a dustlane. Could be the space between the spiral arms.
Why AGN ?
Correct, these two objects are stars from our galaxy, but something went wrong with the imaging/filters.
The object in the center is a galaxy. The bright one to the right is a foreground star from our galaxy.
The central galaxy is a disturbed spiral. And these are usually not massive enough to do any gravitational lensing. No arc, no lens, sorry.
Amazing ! #dailyzoo or #ZGOTW
Am
Looks like there could be some interaction going on. But it is your call ! 😄
The stars in these images are from our own galaxy, so they are always in front of the galaxies.
I'd go for two spiral arms as well.
Definitely a galaxy in the center of the image.
Definitely not smooth and round but a nice barred, two armed spiral.
The 3 objects in this image are indeed stars from our galaxy. No merger here.
I'd go for #merger
The two white objects are probably foreground stars from our galaxy.
Disturbed spiral, but no obvious culprit in sight
definitely disturbed spiral ! 😄
A faint and fuzzy irregular galaxy.
The reddish dot near the centre could be a foreground star from our galaxy.
The red dot is only visible in one filter. I'd go for artifact.
No distortion, I'd go for overlap too. But it is your call ! 😄
The central object is the yellow fuzzy galaxy. The bright white one almost in the center is a foreground star from our galaxy.
The white object is a foreground star from our galaxy. So no overlap.
Not a cigar but a spiral seen (almost) edge on
A very disturbed galaxy.
Very fuzzy galaxy (probably a spiral)
Too fuzzy to tell for me.
Not much distortion, but merger is still a possibility.
the white/purple object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Most definitely a #merger
Definitely #merger
Definiely #merger
These are actually stars from our galaxy, but something went wrong with the imaging/filters.
The two galaxies are definitely interacting ! #merger
All the objects in this image are stars from our galaxy. No mergers in this image, sorry. Chance alignment
WOW ! Love this #dustlane !
But if they are really close to each other or if it is just a line of sight is not possible to discern from just this image.
This is indeed most probably a very faint and fuzzy spiral galaxy ! 😄
If I read your comment it looks like there are two spiral galaxies involved. But I can see you mean two spiral arms. 😄
Very fuzzy spiral for me too ! 😄
And the faint one to the left of the star could be another galaxy, but it could also be a star.
The central object is a galaxy. the bright one to the left is a foreground star from our galaxy.
And even if it was two stars (which I don't think) there is no reason to think it is a binary. Could be a line of sight thing.
Looks like just one star to me. Not a binary, sorry.
The colorful line is a diffraction spike (optical artifact) caused by a bright star outside of this image
These two objects are stars from our galaxy, but somthing went wrong with the imaging/filters.
The colorful glow is an optical artifact caused by a bright star just outside of this image.
If it has pointy ends it is more likely to be a disk or spiral seen edge on. 😄
I'd probably go for disturbed, but, hey, it is your call ! 😄
Two galaxies do not make a cluster in my book, sorry !
Two satellite trails.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The green glow is an optical artifact cause by a bright star just outside of this image.
Looks more like a spiral face on ! 😄
This is a star from our galaxy, but something went wrong with the imaging/filters
Could be "noise". Too fuzzy to tell, sorrry
Sorry, I don't see any lensing here.
The blue clumps are star forming regions in the galaxy. The red object to the right is a foreground star from our galaxy.
Correct. The two white objects are indeed foreground stars from our galaxy.
The colorful object in the center of the image is one star from our galaxy, but something went wrong with the imaging/filters.
The 3 objects in the center are indeed stars from our galaxy. But they only appear to be touching. No merger here. Nice chance alignment.
Definitely not a nebula but a real galaxy.
What kind of detail ? 😄
Or just a fuzzy spiral where the arms fold back to make a ring ! I'd go for a ringed galaxy.
The bright white objects are indeed stars from our galaxy.
All the objects in this image are stars from our galaxy. The orange/red one is a fairly bright star too !
Overlap is actually only used for galaxy/galaxy overlaps. Here all the objects are stars from our galaxy. No overlap, sorry.
All the individual stars you see in this images are stars from our galaxy. So, by default, they are all in front !!!!
Not a merger ! The white object to the right is a foreground star from our galaxy
Could be a merger. But the image is really fuzzy.
Correct. The stars are foreground stars from our galaxy.
Fuzzy galaxy with some very active star forming regions (the blue clumps)
The central object is definitely not a star but a real galaxy.
There could be some interaction going on, but the image is very fuzzy. So, hard to tell !
Sorry, no merger here. These two objects are stars from our galaxy that only appear to be touching.
And if lots of people make conflicting classifications, it will alert the science team that something strange is going on ! 😄
In this case it is fairly obvious (to me) that it is a two armed spiral. But anyway, it is your call !
Defintely edge on. Two armed spiral seen almost edge on ! .
A tip : if it has pointy tips it is almost certainly an edge on ! 😄
Could be merger of two or maybe overlap. Not much distortion !
Could be two galaxies interacting. The blue clumps are active star forming regions.
Looks like just one (fuzzy) galaxy to me.
Always classify the object in the center. Here it's a beautiful disturbed barred spiral. The spiky object is a star from our galaxy.
Diffraction spike (optical artifact) caused by a bright star outside of this image.
The red object is a star from our galaxy and the 'ring' is an optical artifact. Btw, all the other objects in this image are also stars
Well, every object gets classified by at least 20 (and probably as much as 80) people. Every object gets reclassified all the time !
Yep, two galaxies interacting ! Nice #merger !
This is a actually a star from our galaxy but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
Not too sure about this being an elliptical. Looks like a barred something to me !
two-armed, maybe a barred spiral for me. But it is your call !!!! 😄
Which one ? Anyway, it is your call! 😄
Not much distortion , I'd go for #overlap ! But in the end it is your call ! 😄
Not too sure about the ring and bar ! But it is your call ! 😄
Anyway , with these fuzzy images anything goes ! 😄
All the objects in this image are stars from our galaxy,but something went wrong with the imaging.More here : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy,but something went seriously wrong with the imaging/filters.More here http://tinyurl.com/GZartifacts
All the objects in this image are foreground stars from our galaxy and so is the red object ! 😄
I would classify this one as smooth and in between.
The yellow/orange blob is a foreground star from our galaxy.
Spiral for me too. But I'd go for seriously disturbed. ;D
I'd go for a tiny bar. But it is your call ! 😄
The yellow dot to the left is a foreground star from our galaxy. No interaction whatsoever possible.
The white object, top left, is a foreground star from our galax. So it is impossible fo it to be merging with the central galaxy.
So here is the complete image of NGC772 : http://tinyurl.com/pnu44g4 (image rotated)
Correct ! The colorful glare is an optical artifact caused by a bright star just outside of his image !
The red objects could be foreground stars from our galaxy !
The object to the right is indeed a foreground star from our galaxy.
The central object is a galaxy. The two on each side are foreground stars from our galaxy. Nice chance alignment ! 😄
The blue/white object at 5 o'clock is a foreground star from our galaxy. The colors and blue dots are optical artifacts.
#edgeon for me too !
That is probably a foreground star from our galaxy
Also : great #dustlane ! 😄.
Yep ,all the objects in this image are stars from our galaxy.
Sometimes the software gets confused ! 😄 classify as star/artifact.
Nope, it is a real galaxy ! 😄
You could go for very disturbed spiral or irregular.
At least three of the four dots are foreground stars from our galaxy. No Einstein cross, sorry !
Beautiful ringed galaxy where the two spiral armes fold back to make a ring
Just to be clear, I really don't think this is a lens. I just wanted to flag it as a (minor) possible one ! 😄 You know, just in case !
Look at the comments posted below ! 😄
Looks amazing, doesn't it ! 😄
Erm, the stars we see in these images are always foreground stars from our galaxy ! 😄
But the more I look at it, the more I want to flag it as a possible #lens.
And the color of the 'arc' is too much like the color of the central galaxy.
My guess would be, no lens. The central galaxy looks very disturbed so that would account for the weird features.
The smaller object at the bottom is probably a foreground star from our galaxy. No connecting line whatsoever ! 😄
The darker spot in the center is an optical artifact caused by oversaturation
Oops, the central object is a galaxy as is the one top right. But the two other, round objects are foreground stars from our galaxy.
The bright spiky object is a foreground star from our galaxy The colors, spikes and other thingies are all optical artifacts.
This is actually a star from our galaxy. But something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
Could that be a star forming region ?
These two objects are actually stars from our galaxy. But something went wrong with the imaging/filters.
Sorry, this is most definitely a galaxy ! The darker dot in the center is an optical artifact.
The blue clump is probably an active star forming region in the galaxy. At these distances it is not possible to see individual stars.
Definitely not stars.Could be two galaxies merging.
Definitely not an elliptical. It is a disk or spiral galaxy seen edge on.
Here's the zoomed out and rotated image : http://tinyurl.com/obz6375
The 'arc' is probably just noise. I'd go for smooth and round.
The central object, which you are supposed to classify is definitely a galaxy.The bright 1 to the left is a foreground star from our galaxy.
It is definitely not smooth! Disturbed spiral with a couple of star forming areas (the blue clumps)
The two bluish objects are foreground stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
Wow ! another nominee for the galaxy of the week. #ZGOTW
Could be to galaxies interacting. But the central one is definitely a disturbed spiral, not an elliptical
Looks more like a disk or a spiral galaxy seen edge on to me.
Definitely two galaxies interacting ! 😄
The reddish object is a foreground star from our galaxy.
Possibly fuzzy spiral with active star forming regions (the blue clumps)
The central object, which you are supposed to classify, is a galaxy. The bright one to the top left is a foreground star from our galaxy.
Two satellite trails. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
No dust that I can see. But what a stunning #merger !
They appear to be interacting. #merger for me.
definitely a possibility
Disturbed edge on spiral or else irregular. It is your call ! 😄
Don't think so. Why don't you start one ? 😄
Not too sure about this. I'm thinking overlap
Errm, not a cloud, but a real galaxy !
The central object is a galaxy. The bright one to the bottom left is a foreground star from our galaxy.
The central object is a galaxy. The bright one top right is a foreground star from our galaxy.
image rotated : http://tinyurl.com/orbhjvh
It is M106
This is a a beautiul spiral galaxy ! Let me get you the complete image?
Yep, I'd go for #merger too ! :
Sorry, no jets visible in the SDSS images. It is probably a smaller galaxy overlapping !
Gorgeous spiral galaxy !
Why would you call this two clusters ? A cluster for me is a combination of at least 3/4 galaxies (or stars)
Could be an #overlap !
Amazing pic ! All the objects in this image are stars from our galaxies !
Here goes : #ZGOTW
Wow ! Stunning !
Gorgeous image of an edge on spiral (or disk)
Stunning #merger !
I'd go for a faint spiral where the spiral arms fold back to (maybe) make a ring.
Here's the zoomed out (and rotated) image : http://tinyurl.com/pvgqjm7
Could be the result of a flyby ! 😄
Sorry, not a gas cloud but a faint and fuzzy galaxy. ! 😄
Here's the zoomed out image : Amazing ! 😄
http://tinyurl.com/k4f95gd NGC2681
Stunning !
That colorful glow is an optical artifact caused by a bright star just outside of this image.
This one really deserves that title ! 😄
Here's the complete and rotated image : http://tinyurl.com/noqkwlx
The colorful glow and spike are optical artifacts caused by a bright star outside of this image.
The central object is definitely a galaxy. And there in the zoomed out image you can see there is a nebula : http://tinyurl.com/kozrpwx
Correct, the yellow object is a foreground star from our galaxy.
The two larger yellow objects are galaxies interacting. The two smaller round ones are foreground stars from our galaxy.
The central object is indeed a galaxy. The other smaller dots are foreground stars from our galaxy.
The central object is not a star but a galaxy containing millions of stars
These two objects are actually stars but something went wrong with the imaging/filters. http://tinyurl.com/GZartifacts
Could be merger, could be overlap
http://tinyurl.com/ol6ar7j
Looks like there is some interaction going on already !
As mentioned in the comments below, the two bright objects are foreground stars from our galaxy.
Severely disturbed galaxy. The blue clumps are active star forming regions.
The two galaxies in the center appear to be interacting. #merger
The different colors are probably artifacts.
Looks like some interaction going on. Merger fo me.
The colors, spikes and weird center are all optical artifacts.
Always, always classify the object in the center of the image !
The bright one, bottom right, is a foreground star from our galaxy.
Foreground star from our galaxy for me. Sometimes the software gets confused ! 😄
Here it is : http://tinyurl.com/oat84u9 NGC772 (image rotated)
The blue dots are not individual stars but active star forming regions.
This is from the edge of the database. More info here : http://tinyurl.com/GZartifacts
The blue object, top left, is a star from our galaxy. And so are all the other objects in this image.
Artefacts. Something went wrong with the green filter tracking or the telescope moved during the exposure.
The bright object at the bottom is a foreground star from our galaxy !
Hi Joshua,
Yup, looks like it. This galaxy also looks disturbed, so star formation is probably going on. Good call !
With these kinds of distortions, definitely a merger! 😄
The blue clumps are active star forming regions in this galaxy.
The blue clumps are actually active star forming regions in this irregular galaxy.
Yep, this is a star from our galaxy, but obviously the colors are not real.
All the objects in this image are stars from our galaxy. Sometimes the software gets confused and labels a star as a galaxy ! ;D
Hi Dave, this is actually a star from our galaxy but something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
Actually two stars from our galaxy, but something went wrong with the imaging/filters.
Hola ! The 'halo' is probably very, very faint spiral arms.
The two central objects are galaxies, probably interacting.
This is not a galaxy but a star from our galaxy. All the stars in the zoomed out image have this same effect
The bright white object is a foreground star from our galaxy and not connected to the central galaxy.
Something went wrong with the green filter tracking or the telescope moved during the exposure.
The central object is a galaxy, but the bright one to the left is a foreground star from our galaxy. No merger possible.
The bright orange object is a foreground star from our galaxy. The colors and spikes are optical artifacts
And the blue object is a foreground star from our galaxy.
Looks like a two-armed spiral to me. The top arms is very faint
The green glow is an optical artifact caused by a bright star just outside of this image
The asteroid is the blue/red/green object in the top right corner.The central object which you are supposed to classify, is indeed a galaxy.
Sorry, not a planetary nebula. This is actually a star but something went wrong with the imaging/filters.
The central object, which you are supposed to classify, is a galaxy.The bright one at the bottom right is a foreground star from our galaxy
Sorry, not a galaxy cluster. All the objects in this image are stars from our galaxy !
Sorry, it is just three stars from our galaxy. Nice chance alignment.
Always classify the object in the center of the image. In this case, all the objects here are stars from our galaxy.
The blue part is a very active star forming region in the galaxy.
Nope 😄 it is a star from our galaxy, but something went wrong with the imaging/filters.
Always classify the object in the center of the image. But here all the objects in the image are stars from our galaxy.
Wow, what a nice disturbed galaxy with lots of star forming regions
I'd go for faint fuzzy spiral arms. No gravitational lens here.
Lots of imaging and filter problems. More info here : http://tinyurl.com/GZartifacts
Lots of imaging and filter artifacts. More info here : http://tinyurl.com/GZartifacts
The 'ring' you see are the spiral arms of this fuzzy spiral, circling back. The bright object at 1 is a foreground star from our galaxy.
The central object is indeed a galaxy, but the two smaller round ones are foreground stars from our galaxy.
Correct, there is no object in the center of the image. The software got confused by the glare of a bright star outside of this image
The bright white object is a star from our galaxy and the line is a diffraction spike (artifact)
The red dot is not a supernova but a foreground star from our galaxy.
Nope ! The bright object is a foreground star from our galaxy. Overlap means galaxy/galaxy overlap ! 😄
The red dot in the center of the galaxy upper right is an optical artifact caused by oversaturation.
There is nothing in front of this star. The weird center is just an optical artifact !
The object at the bottom is a foreground star and the red dot there is also an optical artifact caused by oversaturation
The central object is a galaxy with a bright center and the red dot is an optical artifact.
What red line line above which star ???? I really don't see a red line in this image, sorry !
All the object in this image are stars from our galaxy! But to answer your question: Yes I see the red&white star(left of the central star)
The dim object in the center is actually a barred (red) spiral. All the other objects in this image are foreground stars from our galaxy.
Here it is : http://tinyurl.com/NGC-3879 (image flipped) 😄
And I don't see any evidence for a nebula in this image.
What is a LDN ?
Or a merger of two ellipticals !
Yep, all the objects in this image are stars from our galaxy.
Fuzzy spiral seen at an angle, almost edge on.
The central object is indeed a spiral and it looks like it is interacting with the one to the right
This object is actually a star from our galaxy. But something went wrong with the imaging/filters. More here: http://tinyurl.com/GZartifacts
These objects are actually stars from our galaxy.But something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
The central object, which you are supposed to classify, is a smooth, disturbed elliptical.
Nope, sorry ! . This is just a bright star from our galaxy. The colors, spikes and general weirdness are all optical artifacts.
Maybe that should be 'hot' stars ! 😄
It is probably just artifacts (misalignement of filters/ oversaturation)
It is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Fuzzy spiral for me. The bright white object is a foreground star from our galaxy.
These images are heavily processed, the colors are not real. The object bottom left is just a bright star from our galaxy..
All the objects in this image are just stars from our galaxy. No supernova or quasar, sorry.
What do you mean by 'flip flopping through space' ?????
Here's the zoomed out image : http://tinyurl.com/p2kxmuf
The galaxy is probably interacting with the one top right.
Two stars from our galaxy, but the colors are not real. More info here : http://tinyurl.com/GZartifacts
Merger in progress.
I'd go for severely disturbed spiral
This i a bright star from our galaxy. The colors, rings and spikes are all optical artifacts
In this case it is safe to go for star/artifact ! 😄 Anything else is just a wild guess !
The small orange dot i probably a foreground star from our galaxy.
The bright spiky object to the right is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
The bright spiky object is a foreground star from our galaxy.
Nope! Fuzzy irregular galaxy with some star forming regions (the blue blobs)
This is actually a star from our galaxy but the colors are not real. More info here : http://tinyurl.com/GZartifacts
The red object at the bottom is a foreground star from our galaxy.
What a gorgeous image ! Have you read the comments below ?
This is 2 awesome looking galaxies. The one to the right looks slightly disturbed, so I'd probably would d go for #merger
Obviously not an elliptical ! Gorgeous ringed galaxy !
This is actually a star from our galaxy ! More info here : http://tinyurl.com/GZartifacts
The bright bluish object is indeed a star from our galaxy. But the colors are not real ! Just a (not so) bright star.
So sorry ! All the objects in this image are stars from our galaxy. Not a merger in sight !
Always classify the object in the center of the image. Great #merger here ! 😄
Always classify the object in the center of the image. And you are correct, all the objects in this image are stars from our galaxy.
The colorful glow and the spikes are optical artifacts caused by a bright star just outside of this image.
All the objects in this image are stars from galaxy. No merger here, sorry.
I'd go for a disturbed, two-armed spiral
This is a fuzzy galaxy. The color differences are just processing artifacts. No merger here, sorry
The bright object, top left, is a foreground star from our galaxy. So the answer to your question is definitely not !
Correct, the bright object to the left is a foreground star from our falaxy
The 3 objects in this image r stars from our galaxy,but something went wrong with the imaging/filters. More: http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The colors and weird centers are all optical artifacts.
I'm not sure what you mean by your comment.It's a galaxy with billions of stars&a big bulge where the concentrations of stars is very high
Lots and lots of equipment failure. But these artifacts look pretty, no ? 😄
more info here : http://tinyurl.com/GZartifacts
The bright spiky object is a foreground star from our galaxy. The colors , spikes and purple rectangle are all optical artifacts.
The bright white object is a foreground star from our galaxy. the colors and the blue dot are optical artifacts.
A fuzzy galaxy, probably a disturbed spiral
This is actually a star from our galaxy. But you are correct : the colors are not real.
The yellow object is a foreground star from our galaxy.
The blue blobs are regions with active star formation.
And the star is a foreground star from our galaxy, so no interaction possible.
The fuzzy object in the center is a galaxy, but all the bright smaller ones are foreground stars from our galaxy. No collision here !
The green and red halos at the bottom right are optical artifacts caused by a bright star just outside of this image
No collision here. The bright, round object is a foreground star from our galaxy.
The red glow is an optical artifact caused by a bright star just outside of this image
The bright object (right) is a foreground star from our galaxy, so no merger possible with the central galaxy.
Very disturbed spiral galaxy !
Yup. But the colors and weird center are all optical artifacts
Amazing #merger. I'd tag the pink/purple dot as a #voorwerpje. And I'll alert our voorwerpjes specialist NGC3314 to this.
Not a gravitational lens but an #overlap. The edge on galaxy is too straight to be a grav. lens.
Nope, fuzzy galaxy. 😄
The central object is indeed a galaxy. The other objects in this image are stars from our galaxy. No cluster, no merger. Sorry.
Not much distortion of the 2 galaxies in the center, so not sure about a merger. The other small dots are stars from our galaxy. No cluster
The central object is a galaxy. All the other ones are foreground stars from our galaxy. No merger or cluster here, sorry.
The central object is a galaxy. The other objects are foreground stars from our galaxy. No merger or cluster here, sorry.
Again, the central object is a galaxy. The bright round object to the left is a foreground star from our galaxy. Not a merger !
The central object(which you are supposed to classify)is a galaxy. The orange dot is a foreground star from our galaxy. No cluster&no merger
The central object (which you are supposed to classify) is a galaxy. The spike and the red glare are all optical artifacts.
The multicolored objects are all foreground stars from our galaxy. No merger here, sorry !
A fuzzy galaxy.
Almost all of the objects in this image are stars from our galaxy.
The green and blue lines are satellite trails
The spike is a diffraction spike (optical artifact) from a nearby bright star from our galaxy.
Artifacts, artifacts and more artifacts. 😄
A beautiful two-armed, barred, red spiral ! Great catch ! 😄
Definitely an #overlap for me ! Great catch !
Yup, faint and fuzzy spiral galaxy for me too ! 😄
Another galaxy.
These two objects are both foreground star from our galaxy. The colors are artifacts
artifact
The darker dot in the center of this galaxy is an optical artifact caused by oversaturation
TRgese two objects in the center of the image are stars from our galaxy. The colors and weird center are optical artifacts.
If you click on the link in the comment below yours you can see the zoomed out (and rotated) image.
It is a faint and fuzzy irregular galaxy
Definitely not stars, but real galaxies, probably merging.
All the objects in this image are stars from our galaxy. So, classify as star/artifact
All the objects in this image are foreground stars from our galaxy. No merger here, sorry
that is an optical artifact
The galaxy is a disk. Nice bar !
Sorry, not galaxies. All the objects in this image are stars from our galaxy.
Looks like two galaxies merging to me as well.
The smaller object is probably a foreground star from our galaxy.
The 'ring' is made of spiral arms. Nice fuzzy spiral.
The individual stars we see in these images are all stars from our own galaxy.
Artefact ! 😄
Looks like interaction to me.
Not sure about a bar. The image is very fuzzy. It is probably a two-armed spiral.
All the objects in this image are stars from our galxy. The bright dots in the center of the orange one are artifacts.
Fuzzy/disturbed spiral! Nice catch ! 😄
It is NGC660 : http://tinyurl.com/mukogjf (image flipped). Amazing dust lanes ! 😄
That would be my classification too ! :d
Ooh yes ! 😄
Very ! 😄
Neither (for me). Fuzzy red spiral. Slightly disturbed.
Two galaxies interacting .
Always classify the object in the center of the image. Here you could go for merger or for irregular.
A fuzzy galaxy with maybe a very active center
No visible interaction ! I'd go for almost overlap ! D
Even without knowing what this is, the only classification possible is : star/artifact !
Definitely NOT a merger. The object to the left is a foreground star from our galaxy.
why would you think this is an AGN ?
The central dark dot is an optical artifact caused by oversaturation.
It is a bit fuzzy, but merger is definitely possible ! 😄
The bright white dot is probably a foreground star from our galaxy/.
Not an AGN, sorry
No interaction, no merger for me.
The central object is indeed a galaxy, but all the other ones are foreground stars from our galaxy.
Lots of artifacts. Probably the camera moved and there were a number of imaging/filter issues
Not a nebula but a fuzzy galaxy. Probably a barred spiral.
The object at the top of the image is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Not an explosion, this is a bright star from our galaxy. The colors, rings and spikes are all optical artifacts
The colorful object is a star from our galaxy.The colors& blue dots are all optical artifacts.More info here: http://tinyurl.com/GZartifacts
All the objects in this image have a red spot at the same place, this means it is an artefact.
The green object is a foreground star from our galaxy, but something went wrong with the imaging/filters.
The bright object at the bottom is a foreground star from our galaxy. The colors,spikes & blue dots in the center are all optical artifacts
The colorful glow is an optical artifact caused by a bright star outside of this image
Not an AGN
How do you know this is an AGN ? It doesn't look like one to me.
It is possible that the two galaxies in the center are interacting. The other objects in this image are all stars from our galaxy.
I don't think this is an AGN
Why do you say this is a starburst galaxy ?
No interaction visible, so no merger for me. And no starburst as well, sorry
The orange spot in the center is an optical artifact caused by oversaturation. The two orange objects at the top are foreground stars
The central galaxy (which you are supposed to classify) is probably a fuzzy, barred, big bulged spiral.
I'd go for seriously star forming areas in this galaxy, due to some interaction with another galaxy
Here's the zoomed out image ! Probably the camera moved and tehre were a number of imaging/filter issues
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=120.0402088&dec=-1.70761449&scale=0.79224&width=512&height=512&opt=&query=
Nope, not a flare, but a fuzzy galaxy almost overlapping the central one !
Stars from our galaxy ! With some imaging artifacts ! 😄
All the objects in this image are stars from our galaxy. They only appear to be touching or overlapping.
Looks like the telescope was moving during the green-filter image. http://talk.galaxyzoo.org/help/discussions/DGZ1006byh #artifact
Three stars in a row. Nice chance alignment !
LOL,These two objects are actually stars from our galaxy,but the colors are not real. More weird images here: http://tinyurl.com/GZartifacts
The big bright white object is a foreground star from our galaxy. The colors and spikes are all optical artifacts
This is actually a stra from our galaxy, but something went wrong with the imaging/filters
Three stars from our galaxy. Nice chance alignment.
The granular blobs are just noise ! Nothing spectacular, just artifacts. 😄
These objects are all foreground stars from our galaxy. No merger, sorry !
Slightly disturbed spiral for me ! So, definitely not a smooth galaxy for me ! 😄
What exactly is an early edge on ?? 😄
Just stop with the 'no kinetics' when there is obviously interaction going on ! photoz's are notoriously unreliable !
Or pretty messed up, barred spiral
And, please, always classify the object in the center of the image, even if it is the most boring one ! ;D
The objects, bottom right, are stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
Star/artifact ! 😄
More weird images here : http://tinyurl.com/GZartifacts
Not sure about the nursery part, but all the objects in this image are indeed stars from our galaxy.
The bright spiky objects are stars from our galaxy. The colors, spikes and blue centers are all optical artifacts.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts
All the objects in this image are stars from our own galaxy. The colors, spikes and weird centers are all optical artifacts
It is a Herbig Haro object : http://en.wikipedia.org/wiki/Herbig–Haro_object
This is actually a star from our galaxy, but the colors are artefacts
Fuzzy spiral
The central object, which you are supposed to classify, is a galaxy. The other ones in this image are foreground stars from our galaxy
I wouldn't call this one irregular. It is a fuzzy spiral, slightly disturbed to the left.
All the objects in this image are stars from our own galaxy.
Sorry, I don't see a merger here.
Two satellite trails. More info here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
The reddish spot is an artifact caused by oversaturation
The central object is a galaxy. The orange/white dots are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors are artefacts.
A beautiful spiral with lots of star forming (the blue clumps) going on
The galaxy at 12 o'clock is probably a spiral seen edge on
Without additioal information (spectrum) it is not possible to tell if these two are really clos or only appear to be.
The blue ish dot at the center is an artifact caused by oversaturation
It's a satellite trail 😄
This is a bright star from our galaxy. The colors, rings and spikes are all optical artifacts
This is actually a star from our galax, but something went wrong with the imaging/filters
The orange thing is a foreground star from our galaxy.
The bright white object is a foreground star from our galaxy. No supernova, sorry
This is a satellite trail. Classify as star/artifact.
All the objects in this image are stars from our galaxy. No merger and no lensing, sorry.
All the objects in this image are stars from our galaxy. Classify as star/artifact !
The bright object at the bottom of the galaxy is a foreground star from our galaxy. No SN, sorry
The two bright objects in the center of the image are both stars from our galaxy. No lensing here, sorry.
This is as actually a star from our galaxy. But something went wrong with the imaging.
This is actually a star from our galaxy, but somethin went wrong with the imaging/filters. Classify as star/artifact
The four brighter objects are all foreground stars from our galaxy, so no interaction possible.
Two galaxies interacting ! Lovely @merger
Definitely an artifact !
This enitre object (colorful center and green halo) is a star from our galaxy. The colors and weird center are optical artifacts.
The central object,which you are supposed to classify is a fuzzy galaxy.The other objects in this image are foreground stars from our galaxy
Really cool chance alignment of three stars from our galaxy
It's definitely an artifact.
The two white objects and the two red ones are all foreground stars from our galaxy.
It's a satellite trail
All the objects in this mage, inluding the red one, are stars from our galaxy.
The two bright dots are foreground stars from our galaxy.
The yellow dot is most probably a foreground star from our galaxy.
Almost all the objects in this image are stars from our galaxy.
The two orange objects and the bright white one are all stars from our galaxy. They only appear to be touching.
Two (or three) satellite trails.The satellites got caught in two different filters (blue and green)
It is a satellite trail
The bright object in the bottom corner is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The dark spot in the center is an artifact caused by oversaturation.
This is actually a star, but something went wrong with the imaging/filters.
All the objects in this imag are indeed stars from our galaxy. The colors and weird shapes are all optical artifacts.
The colors, spikes and weird colored center are all opticl artifacts.
The bright spiky object is indeed a star from our galaxy. But, please, always classify the object in the center of the image .
Correct, this is a star from our galaxy. But something went wrong wth the imaging/filters.
if you look at the comments below, you can see that it is an artifact caused by a very bright star outside of this image ! 😄
This is a satellite trail
Did you see the other comments ? 😄
All the objects in this image are stars from our galaxy !
Sorry, not a nebula. This is actually a star from our galaxy. But something went wrong with the imaging/filters.
The red objects could be foreground stars from our galaxy, or artifacts.
The galaxy, bottom right, is indeed a disk or spiral seen edge on. But please, always classify the object in the center of the image
Sorry, the three objects in this image are not stars but real galaxies. The red dot could be an artifact.
Yes,these objects are stars from our galaxy,but something went wrong with the imaging/filters.More weird pics:http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The square in the centre is an amazing chance alignment ! Nice find ! 😄
Lovely dustlane, not a PN (planetary nebula) in sight
The central object is a galaxy. The bright white ones are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. (Sometimes the software gets confused ! 😄 )
Planets orbit stars not galactic cores !
The image is very fuzzy. It could be a merger or it could be an overlap. It's your call ! 😄
Lots of imaging and filter problems. More weird images here : http://tinyurl.com/GZartifacts
😄 The three objects in this image are all foreground stars from our galaxy.
This is actually a star from our galaxy. But something went wrong with the imaging
The bright spot is not a nova or supernova but a foreground star from our galaxy.
Not a nova or a supernova but a foreground star from our galaxy.
The two bright, round objects are foreground stars from our galaxy. So no interaction possible with the central galaxy.
There are images that are so much worse ! 😄 I'd go for fuzzy, two-armed, barred spiral
There are no jets visible in the SDSS images (except for one, but I can't seem to find it !)
It is a great image, but as you guessed lots of things went wrong here. Imaging problems, filter problemes, you name it ! 😄
Definitely a spiral for me ! 😄
I'd go for disturbed spiral ! 😄
I'll repeat my post : Incredible merger and overlap in the same pic ! 😄
I'd go for fuzzy merger.
The spiky object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
This is actually a star from our galaxy. The red is an optical artifact.
The spike is a diffraction spike (optical artifact) caused by a bright star just outside of this image !
This is a satellite trail.
The red and yellow thing is a foreground star from our galaxy, so it is not connected to the galxy at all.
The red dot to the right is a foreground star from our galaxy !
This is a (very disturbed) two-armed spiral where the spiral arms fold back to make a ring. #ringed galaxy
Yep, almost all the objects in this image are foreground stars from our galaxy
LOL ! Almost all of the objects in this image are stars from our galaxy.
Lots and lots of imaging and filter problems ! 😄 More info here : http://tinyurl.com/GZartifacts
Well, that is how a spiral or disk galaxy looks like seen edge on ! 😄
These objects are actually foreground stars from our galaxy. But something went wrong with the imaging/filters !
The bright, spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the purple spots are foreground stars from our galaxy. Some imaging problems I suppose ! 😄
Here's the full and rotated image : http://tinyurl.com/lo8cj7n Btw, it is a foreground star from our galaxy, in case you were wondering ! 😄
This is actually a star but someyhing went wrong during the imaging ! 😄
obviously an artifact ! 😄 More info here : http://tinyurl.com/GZartifact
That is definitely not the redshift ! It is the magnitude of the z-filter. There is no redshift available for either galaxy.
Or a very fuzzy, big bulged spiral.! 😄
The orange glow is an optical artifact.
Correct ! The blue/purple object, top right, is a foreground star from our galaxy. The colors and spike are all optical artifacts.
All the objects in this image are stars from our galaxy. Sometimes thesoftware gets confused ! 😄
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter. Happy Hunting ! 😄
Just from this image I see no interaction between the central galaxy and the one to the left.No merger for me, sorry !
And please, always classify the object in the center of the image, even if it is he most boring one ! 😄 !
The dark spot in the center of the large galaxy at the bottom is an optical artifact caused by oversaturation.
The blue dot could be a foreground star but it could also be an active star forming region in the galaxy.
The bright spot, bottom left of center, is probably a foreground star from our galaxy.
Both classifications are equally good ! 😄 That is way these projects are so awesome ! 😄 And it is an awesome image ! 😄
All the objects in this image are stars from our galaxy. And the 'ring' is just an optiral artifact. Sorry !
Could be an artifact or a cosmic ray that didn't get removed. And you need a before and after image to determine whether it is a supernova
That black dot is an optical artifact caused by oversaturation.
This is actually a star but something went wrong during the imagin. More weird images here : http://tinyurl.com/GZartifacts
The individual stars you see in these images are all part our own galaxy.
Fuzzy two-armed spiral. The blue blob is probably a star forming region in the galaxy.
All the objects in this image are stars from our galaxy. The colors are artifacts.
Very disturbed galaxy.
The central object is a fuzzy galaxy. The white one is a foreground star from our galaxy. Not so unusal ! 😄
Please, always classify the galaxy in the center of the image, even if it is the most boring one ! 😄
It is not a jet but a diffraction spike (optical artifact) caused by a bright star just outside of this image.
The blue fuzz is an irregular galaxy with star forming areas (the blue clumps). The smaller yellow galaxy at 8 appears to be overlapping.
Here's the other half of NGC3593 😄
http://tinyurl.com/NGC3593 (image rotated)
Two stars that appear to be close. No merger.
probably two stars that appear to be close together. No merger, sorry.
The bright spiky object is a foreground star from our galaxy. The colours, spikes and weird center are all optical artifacts.
The colorful glow and spikes are optical artifacts caused by a bright star just outside of this image
This is actually star but something went wrong during the imaging.
The objects in the center of the image are not stas but galaxies merging.
This is actually a star from our galaxy, but something went wrong with the imaging. More weird images here : http://tinyurl.com/GZartifacts
Really cool #merger ! 😄 Nice catch !
Caterpillar made of stars from our galaxy. Gorgeous chance alignment ! 😄
The central galaxy has an inner ring. No overlap for me.
The edge on looks disturbed. I'd go for #merger ! 😄
Really fuzzy image. It looks like two galaxies, could be merging.
the colorful glow and spike are both optical artifacts caused by a bright star just outside of this image.
This is a satellite trail !
This is indeed a star from our galaxy, but something went wrong during the imaging.
Correct, the object to the left is a foreground star from our galaxy.
These objects are actually stars from our galaxy, but something went wrong during the imaging.
The bright object a 10 o' clock is a foreground star from our galaxy. No merger here, sorry.
The colorful glow and spike are both optical artifacts caused by a bright star outside of this image
All the objects in this image are indeed stars from our galaxy. Whether it is a cluster is hard to tell.
And my opinion is that that this is definitely not an elliptical but a spiral or disk seen edge on.
Possible arc, but usually spirals are not massive enough to do any lensing visible in the SDSS images
This is a ringed galaxy. Meaning it is a two-armed spiral where the two arms fold back to make a ring. Nice catch ! 😄
Amazing #overlap !
Don't think so. The two small objects are probably foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. Classify as star:artifact.Sometimes the software gets confused ! 😄
Hi Vosi from Switzerland ! 😄 All the objects in this image are stars from our galaxy. So, classify as star/artifact 😄
The 'jet streams' are a diffraction spike (optical artifact) caused by a bright star just outside of this image.
The science team will have a field day ! 😄
Let's agree to disagree ! 😄
If half of the people classify this as a merger and half classify this as an overlap !
The blue dot near the center is not a single star but an active star forming region.
I'd go for irregular galaxy ! 😄
Really nice merger ! 😄
Two galaxies, but not sure if they are interacting ! Could be just a line of sight !
Hi Nathalie, what do you mean with your really long # ?
Foreground star overlapping the central galaxy !
Brilliant ! These two lines are satellite trails ! 😄
The colorful glow and the spike, bottom right corner, are both optical artifacts caused by a bright star outside of this image.
No idea which dot you are referring to ! 😄
The bright objects to the right are not galaxies but foreground stars from our galaxy
The bright object at 7 is a foreground star from our galaxy.
Optical artifact. All the bright stars in this area have the same overbright center. See the zoomed out pic : http://tinyurl.com/qe2zg24
All the objects in this image are stars from our galaxy. Sometimes the software gets confused ! 😄
What do you mean by compact ?
If you have marked this as artifact/stars, why do you post it in here again? it is just a waste of clicks ! #justsaying !
Everything that could have gone wrong, went wrong ! 😄
Very ! 😄 And lots of star formation going on !
The red dot and the yellow one,top right, are both foreground stars from our galaxy.
The central object is a two-armed spiral seen almost edge on. There are two smaller spirals in this image. Not sure if they are interacting.
Sorry, I can't see a dustlane here.
Just a bright star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Just one galaxy for me too. Very disturbed
Possibly some interaction between the two galaxies. But it is a very fuzzy image, so I'm not too sure.
Care to post a link ?
The central object is probably a very fuzzy spiral galaxy. The bright white one is a foreground star from our galaxy.
I'd go for a two armed spiral ! 😄
I'm thinking merger too ! 😄
Definitely not a lens. The small edge on, top right, is probably just a line of sight.
With the smooth ones it is always hard to tell. Just go with what you think !
I'd go for merger ! 😄
It is a small irregular galaxy interacting with the larger one at the bottom.
The bright yellow, spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The objects in this image are not galaxies but stars from our galaxy.
Sigh ! Look at it and you see that these two galaxies are interacting !
Honestly ! Lots of interactions ! Definitely a #merger !
With redshifts this close it could very well be a #merger. early stage mergers and and overlap look very much the same ! 😄
Not sure ! Not much interaction showing. Could be an #overlap.
Not a comet tail but an optical artifact caused by a very bright star just outside of this image.
I think it is a very fuzzy spiral. No lens, sorry.
2/2See the zoomed out and rotated image :http://tinyurl.com/puotpuf
1/2 The "jets" are actually a diffraction spike (optical artifact) caused by a bright star just outside of this image.
This is indeed a star from our galaxy, but the something went wrong with the imaging/filters. More info here:http://tinyurl.com/GZartifacts
Just a star from our galaxy. ! 😄
The central object is a galaxy, the white one is a foreground star. The one at the bottom could be a galaxy or a foreground star.
The galaxy in the center has a bar indeed, but it is not smooth. It's a fuzzy two-armed spiral.
I'd say both !
It could result in a spiral or an elliptical. No way to tell ! 😄
i'd go for merger , but nothing irregular in this image (sort of ! )
No dustlane, but definitely a #merger !
I'd go for artifacts.
Definitely very disturbed.
The colorful objects are foreground stars from our galaxy. The colors are artifacts.
All the objects in this image are stars from our galaxy. No merging here.
The objects in this image are stars from our galaxy. But the colors are not real; More info here : http://tinyurl.com/GZartifact
The objects in this image are stars from our galaxy. The colors are not real. More info here : http://tinyurl.com/GZartifact
It's an artifact ! 😄 More info here : http://tinyurl.com/GZartifact
The three objects here are stars from our galaxy. Nice chance alignment. No lensing here.
This is actually a star from our galaxy, but the colors are not real. More info here : http://tinyurl.com/GZartifact
The object at the bottom of the image is not a galaxy but a star from our galaxy.
Disturbed spiral with a big bulge
The red objects are foreground stars from our galaxy.
The green dot is probably an artifact.
The bright object at the top is a foreground star from our galaxy overlapping the central galaxy. The colors are optical artifacts.
This is actually a star from our galaxy, but the colors are not real. More info here : http://tinyurl.com/GZartifacts
It is two very disturbed galaxies (probably spirals) interacting. Lovely #merger.
The spiky object to the right is just 1 star. The spikes, colors and weird center are all optical artifacts.
Do you mean the object in the center of the image ? That is another galaxy,probably a spiral;
All the objects in thisi mage are stars from our galaxy.
The central object is a fuzzy and disturbed spiral.
The bright white/blue object is indeed a foreground star from our galaxy.
All the objects in this image are stars from our gaalaxy.
This one is actually a star from our galaxy, but something went wrong with the imaging/filters
You are the first to comment on this galaxy, that is for sure !;D
It's a satellite trail ! 😄
The red object to the left is a foreground star from our galaxy.
The soike, top left, is a diffraction spike (optical artifact) caused by a bright star outside of this image
The central object is a galaxy,but almost all the other objects in this image are foreground stars from our galaxy&so are the 2 bright ones.
The 2 bright objects are stars from our galaxy. Just looking at this image it is not possible to determine if they are close to each other.
The bright object top right is a foreground star from our galaxy. So, no link whatsoever possible.
All the objects in this image are stars fromour galaxy. The colors and the 'ring' in the blue one are optical artifacts
All the objects in this image are stars from our galaxy. Sometimes the software gets confused and mislabels stars as galaxies 😄
These objects are stars from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
No merger here, sorry. These two objects are not galaxies but stars from our galaxy. The colors are artifacts.
This is a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
Sorry, almost all of the objects in this image are stars from our galaxy. Classify as : star/artifact ! 😄
Here's a link to : http://tinyurl.com/Zooite-Guide-to-SDSS-Spectra by our very own Budgieye 😄
Could be another galaxy, but more likely it is part of the central, very disturbed galaxy
No lensing but a fuzzy spiral
The blue blobs are indeed star forming regions in the spiral
Looks like just one galaxy to me.
These objects are not galaxies but stars from our galaxy. The colors are not real.
Fuzzy spiral arms. No lens here, sorry.
The orange glow is an optical artifact caused by a bright star just outside of this image.
The red objects are indeed foreground stars from our galaxy.
The colorful glow and spikes are optical artifacts caused by a bright star outside of this image.
The blue line is a satellite trail. The fact that the galaxy appears in front of it is an optical artifact.
With this one I'd go for #merger. There appears to be some interaction going on.
Two galaxies merging or overlapping. Difficult to tell.
All the objects in this image are stars from our galaxy. 😄
These are all stars from ur galaxy. No overlap.
Honestly !!!!! Definitely not an overlap ! :😄
Both of the galaxies look a little disturbed, so there is a possibility of interaction. Possible #merger.
First of all : Always classify the object in the center of the image !
Looks more like two galaxies interacting. #Merger for me.
Most of the objects in this image are stars from our galaxy. No lensing here , sorry
Lots of interacting going on : definitely #merger
Could be artefacts, could be star forming regions in the galaxy.
Why do you tag this as an artifact ?
With these signs of interacting, it is definitely a merger
The colorful glow is an optical artifact caused by a bright star outside of this image.
Here it is (image rotated) : http://tinyurl.com/NGC5678
More info here : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Not an overlap but a #merger
Not a gas jet, but another galaxy.The colorful lines are diffraction spikes(optical artifact) caused by a bright star outside of this image.
The two galaxies at the top are probably merging. No lens here.
No lens here. Two ellipticals, probably merging.
All the objects in this image are stars from our galaxy. No lens here, sorry.
The central object and the one top right are both foreground stars from our galaxy.
That is a diffraction spike (optical artifact) caused by a bright star outside of thisimage
The red ball is a foreground star from our galaxy.
In the center of the image is a fuzzy galaxy, i'd go for edge on. All the other objects are stars from our galaxy.
It is not even a galaxy ! 😄 It is a star from our galaxy but something went very wrong with the imaging/fiilters
The central object, which you are supposed to classify, is a fuzzy galaxy. The bright bluish object is a foreground star from our galaxy.
The bright object with the pink center is a foreground star from our galaxy.
The green line is a satellite trail. Sometimes the software gets confused ! 😄Classify as star/artifact.
No merging of stars going on, sorry.
The white dot is a foreground star from our galaxy. No supernova here, sorry.
No supernova in this image. The whitish dot at 11 could be a foreground star from our galaxy.
The black dot in the center is an optical artifact caused by oversaturation
No, two galaxies, possibly interacting. #merger
Could be a fuzzy, slightly disturbed spiral.
The central object is a fuzzy galaxy with a big bulge. The blue background is an artefact.
It is very difficult to tell with two ellipticals, but it is probably a merger.
Maybe slightly disturbed ? 😄
But it is a galaxy ! 😄
The white/blue, spiky thing to the left is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
The spiral at the bottom looks a bit disturbed, but it is a very fuzzy image. So overlap or merger, it's up to you ! 😄
The central object is a galaxy, but the other, round ones are stars from our galaxy.
The blue clumps in the galaxy are indeed star forming regions
This is actually a star from our galaxy, but something went wrong with the imaging/filters
The colorful glow and spike are artefacts caused by a bright star outside of this image
Two spirals interacting. Lovely #merger
Correct, that is not a galaxy, but a satellite trail
The red dot at 7 is probably a foreground star from our galaxy.
Always clasify the object in the center of the image ! 😄
The central object is a glaxy with a dominant bulge.The fuzz around it could be fuzzy spiral arms.The 'square' center is an optical artifact
The round white or red objects are foreground stars from our galaxy.
A fuzzy, disturbed galaxy. Or alternatively you could go for irregular.
Definitely a #merger, not an overlap.
Definitely a #merger, not an overlap !
This is actually a star from our galaxy. The colors and weird dots are all optical artifacts.
These objects are actually stars from our galaxy. The colors are not real! More info here : http://tinyurl.com/GZartifacts
Like I said before (read the older posts) : Violent merger and possible #voorwerpje
All the objects in this image are stars from our galaxy. The different colors are artifacts
What is what ? 😄
It's a satellite trail.The satellite reflects the sunlight and because of its speed it gets caught in just one filter. Classify: Artifact
Correct, the whitish/greenish object is a foreground star from our galaxy.
Classify as star/artifact 😄
In this image something went very wrong with the imaging and/or filters More info here : http://tinyurl.com/GZartifacts
Gorgeous #merger (not an overlap)
With distortions like this it is definitely a #merger
Just a faint and fuzzy galaxy.
Nice #merger, not an overlap. No dustlane in this UKIDSS image
That is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Overlap is only usefull for a galaxy/galaxy overlap.
Color is not a defining thing : remember blue ellipticals and red spirals ?
Just look at the galaxy and here you can see a bar and maybe even some very faint spiral arms
Oh dear, definitely not an elliptical. If you squint a bit you can see that this is a barred spiral.
All the objects in this image are stars from our galaxy. Not a galaxy in sight ! 😄
No dustlane for me. But there is a bar there for sure ! 😄
Seriously disturbed spiral ! 😄 Gorgeous image ! 😄
Probably just noise. Smooth and round for me ! 😄
No way to tell from just this image if this is a binary system or just a line of sight ! 😄
Looking at the coloring, I'd go for merger.
Looks like a fuzzy, two-armed, barred spiral to me.
Sorry, no asteroid in this image !
What does that mean ? SAO ???
Welcome to the zoo ! 😄 The central galaxy is a faint and fuzzy galaxy. The bright white dots are foreground stars from our galaxy !
These 2 objects are actually stars from our galaxy.The colors&weird center are optical artifacts. More here : http://tinyurl.com/GZartifacts
What's with the ccw ? 😮Disturbed elliptical, gravitationally interacting with the edge on, top left !
More info here : http://tinyurl.com/GZartifacts 😄
This is not an elliptical, but a two armed spiral with a noticeable bulge.seen at an angle
The bright object at the bottom right of the galaxy is a foreground star from our galaxy.
Not an overlap and not a polar ring. Definitely some interaction going on. #Merger
These two objects are actually stars from our galaxy. But the colors are not real.
The blue object is a foreground star from our galaxy.
These two (?) objects are foreground stars from our galaxy. The colors are not real. More weirdness here : http://tinyurl.com/GZartifacts
The bright,spiky object is a foreground star from our galaxy.The colors,spikes&weird center are all optical artifacts.Happy hunting ! 😄
Looks like there is some interaction going on!
possible @polarring ?
The objects in this image are stars from our galaxy. No dustlane here, sorry !
These objects are stars from our galaxy. But something went wrong with the imaging/filters. Meaning : the colors are not real.
Merger : yes. voorwerpje : Where ????
The central object is a fuzzy galaxy.The bright round 1 is a foreground star from our galaxy.The colors are optical artifacts. No explosion!
The colorful glow and he spikes are optical artifacts caused by a bright star just outside of this image.
I would go for #overlap.
It is possible that these two galaxies are interacting, but not much evidence of that either
I wouldn't call this an overlap, as there is not really any overlapping going on.
The two bright, white are foreground stars from our galaxy.
The bright orange object to the left is a foreground star from our galaxy overlapping the central galaxy
The objects in this image are stars from our galaxy. The weird colors are optical artifacts.
Lots of artefacts. More weird images here http://tinyurl.com/GZartifacts
Besides, naming galaxies is not a prerogative for people being the first to see it. I know, pretty depressing, isn't it ! 😄
But is has it's coordinates noted, and it is here in GZ, so, sorry, And naming galaxies is not
It's a gorgeous, barred spiral with a noticeable bulge and an inner ring and apparently it doesn't show up in any of the catalogues.
Just a little bit ! 😄 The culprit seems to be the big one to the left. http://tinyurl.com/q26wl29 (image flipped/rotated)
The red dot is indeed a foreground star from our galaxy.
The central object is a galaxy, but the object bottom right is a foreground star from our galaxy. No merger possible, sorry
The green line is a stallite trail, soclassify as star/artifact.
The two bright red/orange objects are indeed foreground stars from our galaxy.
No overlap here
The central object is a galaxy, almost all of the other objects in this image are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. No lensing here, sorry. But what a great chance alignment ! 😄
Two galaxies merging ! 😄
Two stars from our galaxy. 😄
Not an overlap.
The central objectis a galaxy. The bright object at the bottom is a foreground star from our galaxy.
All the objects in this image are foreground stars from our galaxy.
Definitely not an overlap
Definitely not an overlap.
The object, top right, is a foreground star from our galaxy. The colors, spikes and blue center are all optical artifacts.
#overlap for me as well ! 😄
The central object is a disk or spiral seen edge on. The orange ball at the top is a foreground star from our galaxy.
This is actually a bright star from our galaxy. The colors, rings and spikes are all optical artifacts.
The objects in this image are indeed stars from our galaxy.
Some distortion visible. More apparent in the zoomed out image. #merger
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=0.36158649&dec=31.43369512&scale=0.792254&width=512&height=512&opt=&query=
The lines are diffraction spikes (optical artifacts).
The bright yellowish object is a foreground star from our galaxy. Not a supernova or nova, sorry
The central galaxy is a beautiful spiral galaxy with lots of star forming areas (the blue clumps).
Ths is is actually a star from our galaxy,but something went wrong with the imaging/filters.The colors & weird center are optical artifacts.
The bright white object at the bottom is a foreground star from our galaxy. So, no merger possible and no agn.
No ! It is a disk or spiral galaxy seen edge on, is all ! 😄
Meaning ????
It isn't even a star but a galaxy with millions and millions of stars !
#not #very #helpfull ! 😄
Just put a # for the things you want to highlight ! 😄
Very ! 😄 Here are some more weird images : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy, but something went wrong with the imaging/filters. the colors are not real ! 😄
The object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The object top right is a foregrorund star from our galaxy. So, no merger possible, sorry !
The object ot the lower left is not a galaxy but a foreground star from our galaxy. Sorry, no merger possible.
These two objacts are actually stars fromour galaxy. But something went wrong with the aimging/filters.
The bright spiky object is a foreground star from our galaxy. The spikes, colors and blue center are all optical artifacts.
The central object is a galaxy with millions and millions of stars in it. It is not possible to see planets at these distances
The central, yellow object is a fuzzy galaxy. The white/blue ones and the red ones are foreground stars from our galaxy.
Many of the small round objects are foreground stars from our galaxy. But there are still a lot of galaxies in this image ! 😄
All three objects are probably stars from our galaxy.
If you had classified the one in the center, it still would've been a merger !
Lovely nebula. The red object is a star from our galaxy. Here's the very zoomed out image : http://tinyurl.com/m678ckn
The large,yellow,fuzzy object in the center of the image is a galaxy.The other objects in this image are foreground stars from our galaxy.
It's an atifact. More weird images here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
All the objects in this image are stars from our galaxy. Classify as star/artifact. 😄
Two irregulars interacting, causing massive star formation (the blue clumps)
Both galaxies look disturbed. Definitely interacting !
Definitely NOT an overlap ! #merger
A disc seen from above would not necessarily show structure.
Gorgeous #merger ! Definitely not an overlap.
The round objects in this image are all foreground star from our galaxy. Not so odd ! 😄
With this kind of distortion it is definitely a #merger
Here it is : http://tinyurl.com/kszozsq 😄
Always classify the object in the center of the image. In this case, classify as star/artifact ! 😄
Amazing #merger 😄
Could be a disturbed two-armed one. But just answer the questions as well as you can !
http://skyserver.sdss3.org/dr8/en/tools/chart/chart.asp?ra=24.50103815&dec=9.89122031
Please, don't post things like this.
Yes, if you zoom out out there is an asteroid in this image. Look at the right border at two o'clock
Here you have a disturbed galaxy, the blue clumps are star forming regions and the dark band is a lovely dust lane
The bright blueish/white object is a foreground star from our galaxy..
the two spikes are optical artifacts caused by a bright star just outside of this image.
This is a barred spiral with very faint and fuzzy arms that fold back to make ring. No lens here.
All the objects in tis image are stars from our galaxy. 😄
Very disturbed, definitely #merger. And no asteroid in this image, sorry
Not an asteroid but a foreground star. Looks like there is a misalignement of the filters.
These objects are indeed stars from our own galaxy.
All the objects in this image are stars from our galaxy. The 'triad' is a nice chance alignment. No lensing here, sorry
This is a star from our galaxy. The colors, spikes and weird center are optical artifacts.
The object in the center of the pic is a disk or spiral galaxy seen edge on.The white round object is a foreground star from our galaxy.
The colorful glow and the spikes are optical artifacts caused by a very bright star just outside of this image.
Not a cloud but a real galaxy. You could go for irregular or a very disturbed spiral.
Gorgeous. I'd go for disturbed, loose,2-armed spiral. But merger of 2 irregulars is also a valid classification.Just give it your best shot!
That is a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Which pattern ?
Not a gas cloud but a real galaxy Could be a disturbed spiral or an irregular. The blue dot is an active star forming region.
This one could very well be a spiral,but as you say, the resolution is too low ! Pity !
No way to tell without a spectrum. Sorry ! 😄
Correct, that is a satellite trail
You could go for smooth - in between. Another possibility is features, no to all the other questions and something odd : other
I'm not sure these two are colliding. #overlap for me.
Yes, all the objects in this image are stars from our galaxy
A lot of things went seriously wrong with the filters ! 😄
No flares or sun spots to see. The bumps, spikes, colors and weird center are all optical artifacts.
LOL ! Yes, it is a satellite trail
These two galaxies are definitely interacting. Nice #merger
Always classify the object on the center of the image.
All the object s in this image are stars from our galaxy.
Not a galaxy but a star from our own galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The bright object is indeed a star from our galaxy,but the dots are optical artifacts. At these distances it is impossible to see planets.
Sorry, no lens in this image. All the objects here are foreground stars from our galaxy.
Not much distortion. Could be interacting, could be overlap.
Irregular for me too ! With a very active star forming region at the top !
Could be merger could be line of sight. Just classify it the way you see it ! 😄
Not sure about a galaxy in this image. Sometimes the software gets it wrong ! All stars for me ! 😄
All the objects in this image are stars
Could be, but very hard to tell. Just classify it a s you see it.
Or this galaxy is interacting with another one outside of this image. Or the result of a flyby !
Yep ! With some imaging/filters problems. More weird images : http://tinyurl.com/GZartifacts
Not much distortion ! No merger for me. Sort of an #overlap.
The two galaxies could be close together. The white object at the top is a foreground star from our galaxy.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artitfacts
All the objects in this image are stars from ou -r galaxy. The colors are not real
All the object in this image are stars from our galaxy.
The bright object top right is a foreground star from our galaxy. So no interaction whatsoever possible with the central galaxy.
With two ellipticals it is difficult to see. But I'd go for merger too.
Lots of artifacts ! Camera moved and some filter or imaging problems.
The red glow and the spikes are optical artifacts caused by a bright star outside of this image.
Not much distortion. I'd go for overlap.
You could go for irregular, but disturbed two-armed spiral is also a possibility.😄
This is actually a star from our galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The blue dot in the center of the star is not an object but n optical artifact caused by oversaturation.
This is a disk or spiral with a big bulge seen edge on
It is just one star. The colors and dots are optical artifacts.
This one is actually a star from our galaxy. The colors are not real.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. 😄
The colorful object is a foreground star from our galaxy.
The bright spiky thing is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue dots are active starforming areas in the galaxy
Sorry, no lens here. This is actually a star, but something went wrong with the imaging/filters.
The white/green objects are foreground stars from our galaxy. Nice chance alignment.
The green/rd/blue object is an asteroid
All the objects in this image are stars from our galaxy. The colors are imaging problems
No suns here ! The two objects here are both galaxies, probably merging !
It could be a very disturbed spiral where the two spiral arms are flung to the left. Really nice #merger
Especially the galaxy to the left looks seriously disturbed, so, there is definitely some interaction going on. #Merger ! 😄
A couple of galaxies,but most of the objects in this image are foreground stars from our galaxy Btw always classify the object in the center
Definitely some disturbance int he galaxy to the lower left, but also in the other one. #merger for me ! 😄
The central object is a (disturbed spiral?).All the other objects in this image are foreground stars from our galaxy.Obviously not a merger.
nice catch ! 😄
Could be a merger, but I'm thinking #overlap. Not much distortion to speak of.
All the objects in this image are indeed stars from our galaxy. But there is no merging going on, sorry ! 😄
The bright red dot is probably a foreground star from our galaxy.
Thisis actually a star from our own galaxy. But something went wrong with the imaging/filters.
The colorful glow is an optical artifact caused by a bright star just outside of this image
Lots of distortion ! #merger ! 😄
The red objects are all foreground stars from our own galaxy
The colorful glow is just an optical artifact caused by a bright star just outside of this image
Here's the zoomed out (and flipped) image : http://tinyurl.com/lcrujky
Sorry, I don't understand the question ?
The central object is an irregular galaxy. The orange dot is a foreground star from our galaxy.
The central (yellow) object is a galaxy, but the bluish/white one is a foreground star from our galaxy. So, no merger possible !
#overlap for me too ! 😄
All the object in this image are stars from our galaxy. So, no merger but a great line of sight ! 😄
Beautiful #merger ! 😄
Here it is : http://tinyurl.com/lhddose (image flipped)
Here you go : http://tinyurl.com/q82cfdm (image flipped)
And it is indeed an edge on disk or spiral
Both galaxies are very disturbed. #Merger for me ! 😄
The bottom half of this spiral, seen nearly edge on, looks disturbed
This could be a #polarring
The bright orange object is a foreground star friom our galaxySo,this is not considered an overlap.The galaxy itself is severely disturbed.
Definitely some interaction going on. Nice #merger. No gravitatonal lens in this image.
Again, lots of distotion. Definitely a #merger
Lots of distortion. Definitely a #merger
If the 'object' in the center of the image is clearly part of a galaxy, you can classsify the whole galaxy.
Not much disturbance. Probably an #overlap.
Definitely a #merger, not an overlap ! 😄
The bright rouund object at the right side of the galaxy is probably a foreground star from our galaxy.
Lol ! Just a lot of optical artifacts. More info here : http://tinyurl.com/GZartifacts
All the objects in this image are all stars from our galaxy.
Maybe there is a galaxy in the center of this image, but with an image this confusing, most people will go for stars/artifact.
Just classify what you see ! For me, this is a faint and fuzzy galaxy. So I'd probably go for smooth and round. Maybe disturbed.
Looks like another galaxy overlapping the central one.
The bright white object top left is a foreground star from our galaxy, so no interaction possible !
These 3 objects are foreground stars from our galaxy. Really nice chance alignment! And no dustlanes here, sorry !
Just 'noise' ! 😄
No stars in this image ! 😄
This is just one of the more funny artefacts. More info here : http://tinyurl.com/GZartifacts
The bright yellow objects to the right are foreground stars from our galaxy.
The central object is a fuzzy disturbed spiral or you could go for fuzzy irregular.
The two objects in this image are both foreground stars from our galaxy. The ring in the central one is an optical artifact.
This is actually a star from our own galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
With these kind of disturbances and distortion it is definitely a #merger !
Sorry, no merger possible. The white object to the left is a foreground star from our galaxy.
The red objects are not galaxies but stars from our own galaxy.
It is a barred, two-armed spiral.
The blue and the red objects are foreground stars from our galaxy.
The blue object to the left is a foreground star from our galaxy.
The four blue objects and the red on are not galaxies but foreground stars from our galaxy.
The green halo is an optical artifact caused by a bright star outside of this image.
The orange object at the top is a foreground star from our galaxy.
Cool looking artefact ! 😄
It is indeed a star but something went wrong with the imaging/filters
All the objects in tihs image are stars from our own galaxy
No lens. it's a beautiful disturbed and barred galaxy with an inner ring.
The bright spiky object is a foreground star from our galaxy. The color and spikes are all optical artifacts
Correct ! More weird images here : http://tinyurl.com/GZartifacts
A couple of fuzzy galaxies.
That is actually a star from our galaxy,but something went wrong with the imaging/filters.More weird images: http://tinyurl.com/GZartifacts
The bright object is just a foreground star from our galaxy !
Definitely not stars !
Well, these two are probably interacting ! So definitely a #merger
The central object is indeed a bright foreground star, but the colors are just optical artifacts
The round objects in this image are all foreground stars from our own galaxy.
The central object, which you are supposed to classify, is a disk or spiral galaxy seen edge on.
No, nothing looks like earth at these distances.It's NOT possible.Even stars from our galaxy look nothing like our sun at these disttances
The2objects,top, are probably foreground stars from our galaxy. The central object is a 2-armed spiral galaxy with a just noticeable bulge.
Filters going haywire and lots of other optical artifacts ! Looks amazing though ! 😄
Just a star from our galaxy with some imaging and filters issues ! 😄
All the objects in this image are stars from our own galaxy. At these distances it is not possible to see planets directly.
The colors and weird centers are all optical artifacts.
This is actually a foreground star from our galaxy, but something went wrong with the imaging/filters.
Sorry, no ! This is just a star from our galaxy, but something went wrong with the imaging /filters ! 😄
And, please, always classify the object in the center of the image. Even if it is the most boring one ! 😄
The blue and white object is a foreground star from our galaxy. The colors, spikes and weird center are optical artifacts.
It is part of a trail of something moving. Could be an asteroid.
That is a satellite trail .
All the objects in this image are stars from our galaxy. Could be a cluster, could be line of sight.
Just a foreground star from our galaxy ! But something went definitely wrong with the imaging/filters.
All the objects in this image are stars from our galaxy ! 😄
Almost every object in this image is a foreground star from our galaxy
Could you explain this for people who don't know these abbreviations ? Tx ! 😄
Yep, all the objects in this image are foreground stars from our galaxy.
The round white objects with a blue center are both foreground stars from our galaxy.
That is an optical artifact.
The central object is definitely disturbed,but the blue round 1 at 2 o'clock is a foreground star from our galaxy. So, no merger possible !
A very faint & fuzzy galaxy! 😄 But you are right, these infrared images can be very difficult to classify. Just give it your best shot ! 😄
Definitely two disturbed galaxies. Major interaction going on. #merger for me too ! 😄
The bright object at 7 o'clock and the 1at 8 are both foreground stars from our galaxy.The colors,spikes&weird center are optical artifacts.
The central object is a disturbed spiral and the one at 10 o'clock is a disk or spiral seen edge on. So yes, 2 galaxies in this image ! 😄
Stars from our galaxy. Lovely line of sight.
The blue thingy is probably just an artifact !
the blue round object is an optical artifact !
At these distances it is just not possible to detect planets ! The green dot is an optical artifact !
The faint green smudge, bottom left, is indeed an optical artifact. And the central galaxy is a faint and fuzzy galaxy ! Good call ! 😄
The colorful spikes and halo are optical artifacts caused by a bright star just outside of this image.
The bright blue object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The green thing is an optical artifact.
No lensing here, sorry. I see an irregular galaxy with lots of star forming regions (the blue dots)
In this image it is very hard to see, but in the optical image I'd go for #overlap. Definitely not a lens.
The blue glow is an optical artifact caused by a bright star outside of this image !
You have to be careful with NED and SIMBAD and check the coordinates. Sometimes they refer to another object..
No mismatch. The central galaxy is probably a two-armed spiral with a big bulge.
I see a spiral with two arms in the optical image and a foreground star from our galaxy. http://tinyurl.com/ludvwzh
I'd go for #merger for this one.
I don't think the galaxy at 8 is being lensed. It is too far from the central galaxy.. I think it is another galaxy, probably farther away.
Yes, the ring is an optical artifact.
Not sure about this being a cluster. Looks more line of sight. And the bright white object is a foreground star from our galaxy.
A very faint and fuzzy galaxy.
This is an infrared image, so don't let the colors deceive you ! 😄
The green half ring in the bottom right corner is just an optical artifact ! (sorry)
Sometimes you just have to go for the faint and fuzzy galaxy angle ! 😄
This one is probably a fuzzy spiral .
Yup ! 😄 All the objects in this image are foreground stars from our galaxy !
In the optical image it is not so much an edge on as a spiral ! 😄 http://tinyurl.com/mquqr5q
But no way to tell from this infrared image
Not a star but a faint and fuzzy galaxy in this infrared image.
This is indeed a foreground star from our galaxy, but something went wrong with the imaging/filters. The colors & the red dots are artifacts
All the objects in this image are foreground stars from our galaxy. No lensing here.
Hi lostlens, could you please explain your comments ! That way newbies can learn a lot !b 😄 Tx
Comments like these do not help newbies. Maybe if you could explain this ? 😄
The object at the top is indeed a foreground star from our galaxy. The colors & ring are optical artifacts. The central object is a galaxy.
The object, bottom right, is a foreground star from our galaxy. The colors and weird center are all optical artifacts.
Nope, it is green because something went wrong with the imaging /filters. This is actually a star from our galaxy.
Optical artifact ! 😄
The object at the top is a spiral galaxy. And you are correct, that one will probably turn up in another image ! 😄
Lovely #merger of two galaxies.
The blue dot at 2 is a foreground star from our galaxy.
In the center of the image is just one object. Probably a very fuzzy spiral.
The bright object top left is a foreground star from our galaxy. The colors and weird center are optical artifacts
The central object is a galaxy with a very bright center. The dark dot is an optical artifact caused by oversaturation.
The two blue objects are indeed foreground stars from our galaxy. The colors are not real in these infrared images.
That is an optical artifact. Nothing weird going on, sorry ! 😄
Those distinct points are optical artifacts !
Not much distortion. I'd go for @overlap/
That ring is an optical artifact caused by oversaturation
impossible to tell from this angle
There is a lot of background noise in this image. Not sure what you are referring to ?
The bright blue object, top left, is a foreground star from our galaxy. The colors, rings and spikes are optical artifacts.
disks or spirals seen edge one have usually more pointed tips. But is not always easy to make the distinction
No distortion. I'd go for #overlap
Yup ! Good call ! Here are more weird images! : http://tinyurl.com/GZartifacts
I could go for merger for this one ! 😄
Dust lane ! 😄
Probably just an artifact ! sorry ! 😄
@lostlens : Could you please explain what it means ? 😄
At these distances it is impossible to see planets
Possibly !
Mismatch between the Skyserver image and this one.
The bright objects are probably just foreground stars from our galaxy !
No way to tell from just this image ! Your classification is as good as anyone else's ! 😄
But only classify the one in the center of the image ! 😄
You do realize that most people have no idea what these abbreviations and comments mean !
The bright blue object is not a galaxy but a foreground star from our galaxy. And overlap is only used for galaxy/galaxy overlap.
The colorful ring is just an artifact. Looks cool though ! 😄
These two galaxies are definitely not overlapping ! They are too far apart for that.
Definitely not an overlap ! Lots of interaction ! I'd go for #merger ! 😄
Those rings are optical artifacts ! They really look cool though ! 😄
Not a supernova. Could be another galaxy overlapping ! .
Artifacts, but no idea what causes them though ! 😄
Looks like it. It is better visible in the optical image : http://tinyurl.com/qdhfu2r
Artifacts, sorry ! 😄
This is actually a star from our galaxy. But something definitely went wrong with the imaging/filters !
This is an infrared image, so the colors are not real.
The two large ones appear to be interacting. Not so sure about the smaller ones.
The green cheerio 😄 is an optical artifact.
The blue round object is a foreground star from our galaxy.
That could be satellite trails !
That is just an optical artifact ! Sorry ! . Don't know what causes it though !
Yes, these are all stars from our galaxy.
The round blue object is a foreground star from our galaxy.
The blue objects are indeed foreground stars from our galaxy. But this is an infrared image, so the colors are not real.
The red object at the bottom is another galaxy.
The blue circle is indeed a foreground star from our galaxy. This is an infrared image, so the colors are not real.
Just answer the questions a s well as you can. ! 😄
Looks like an artefact to me
I'm thinking #overlap.
I'm really not convinced. The 'lensing' galaxy is a spiral and these are usually not massive enough to do this kind of lensing !
Could be just a line of sight. No sign of interaction !
probably ! 😄
Sorry, I don't see any dustlanes in this image. Where do you see them ?
No ring for me. Maybe two spiral arms that fold back !
The object to the left is a foreground star from our galaxy. All the weird thingies are optical artifacts !
The white,spiky objects with the black dot in the center are stars from our galaxy.The colors,spikes&weird center are all optical artifacts.
Disturbed spiral galaxy with two loose spiral arms. Good call ! 😄
The central object is probably a galaxy, but the others in this image are all foreground stars from our galaxy.
The colors are not the real colors but artifacts. There is no correlation with the distance, sorry.
This is an infrared image. The orange line is a dustlane.
Not convinced ! The central galaxy cold be a fuzzy spiral with a big bulge
The red ring to the left is also an otpical artifact
The bright object to the right is a foreground star from our galaxy. The colors, spikes and rings are all optical artifacts.
The red, green or blue lines are satellite trails.
the green line is a satellite trail
I'd go for disturbed barred spiral, but hey, that is just me ! 😄
The green doughnuts are indeed artifacts.
Yup ! 😄
All the objects in this image are stars from our galaxy
But please !!!!, always classify the object in the center of the image, even if it is the most boring one! ,D
The bright spiky object top right , is a foreground star from our galaxy.
Looks more like a disk to me. No ring.
What is not normal ?
The brightly coloured object is a foreground star from our galaxy.
Why do you think this is an AGN
I'm not sure this is a merger. Both of the galaxies look undisturbed. I'd go for #overlap.
The square dots thingy is just an artifact! No idea what causes it though ! 😄
The blue object at the top is a foreground star from our galaxy.
Btw, always classify the object in the center of the image! 😄
Here's the image in the optical (image flipped) : http://tinyurl.com/qdm8s7k
This is an infrared image from the UKIDS Survey. The colors will be obviously a bit weird.
The blue object at the top is a foreground star from our galaxy !
Great #merger ! Here's the image in the optical : http://tinyurl.com/nlbxslk
The blue object at the bottom is a foreground star from our galaxy.
The bright blue object to the right of the central galaxy is a foreground star from our galaxy.
The two objects, top right corner, are foreground stars from our galaxy.
The red round object is a foreground star from our galaxy.
The red and yellow objects are foreground stars from our galaxy
Why do you think thisis an AGN ?
Btw, the two bright round objects are foreground stars from our galaxy.
The smaller objects areprobably foreground stars fromour galaxy.
I'd go for a disturbed spiral with a big bulge
I'd go for a disturbed spiral , probably interacting with the little one to the right.
I'd go for a disturbed spiral !
The bright blue object definitely looks like an overlapping star to me!
You can only see a bar in a disk or spiral if it is seen face on !
Please, keep the questions coming ! That is how I learned lots ! 😄
No dustlane for me, sorry !
Not really, all the objects here are stars from our galaxy ! 😄
Not every bright bulge is a sign for an AGN. ;D
The two blue, round objects are foreground stars from or galaxy. So, they are not connected in any way with the central galaxy.
The dark dots are optical artifacts. At these distances it is impossible to see planets.
The vertical line is an artifact. No dust lane here either
Looks like a bulge to me.
Definitely a disturbed galaxy, but even in the zoomed out view there is no obvious culprit.
These are indeed stars, but something went very wrong withthe imaging/filters. More weirdness here : http://tinyurl.com/GZartifacts 😄
No distortion,so no merger for me;
It is a faint and fuzzy galaxy, not much more to tell about it.
The dot at 4 o'clock is probably a foreground star from our galaxy. No merger.
You can only see a bar in a disk or spiral if you see them face on
Correct, this is a star.
The fuzzy colorful stripes to the right are artifacts, probably caused by a bright star outside of this image.
All the objects in this image are stars from our galaxy. The colors and weird center are optical artifacts
You are looking at 2 galaxies definitely interacting ! Gorgeous #merger.Here's the zoomed out and flipped image: http://tinyurl.com/prj3bgn
The central galaxy, doesn't seem massive enough to do this kind of lensing.
Nice find ! 😄
Correct, most of the objects int his image are stars from our galaxy.
These objects are stars from our galaxy, but lots of the imaging went wrong
Unfortunately, the rings are optical artifacts.
The white object is a foreground star from our galaxy. The other two are galaxies and are possibly interacting.
There is definitely some interaction going on ! 😄
The 2 bright blue objects are foreground stars from our galaxy.
And please, always classify the object in the center of the image. Tx
And the colors don't have anything to do with the Doppler effect, sorry ! ;D
The bright blue/white and round objects are foreground stars from our galaxy.
The central galaxy has a z (redshift) of 0.046. Go figure ! ,D
Definitely no lensing going on in this image. Chance alignment.
That is , unfortunately, just an optical artifact. 😄
The central galaxy is a loose, two armed spiral probably interacting with the edge on above.
This galaxy has a very bright core. The red dot is an optical artifact.
These objects are actually stars but something went very wrong with the imaging/filters.
The central object is a disk or spiral galaxy seen edge on.The object,top right,is a foreground star from our galaxy. No merger possible! 😄
Yep, the green 'ring' is an optical artifact.
The blue dot is an optical artifact. No star or planet in front, sorry !
The four dots are an optical artifact.
The red arc to the right is a very good gravitational lens candidate
Those blue dots are optical artifacts
The red object at the top is a foreground star from our galaxy.
Not a dustlane but a bar
No dustlane in this galaxy. The darker line in the center is an optical artifact
Please, always classify the object in the center of the image ! Tx 😄
Correct ! D
Afaint and fuzzy galaxy with a foreground star overlapping. I'd go for irregular.
The colorful glow and spikes are artifacts caused by a bright star outside of this image.
very disturbed spiral for me
A very faint and fuzzy galaxy. You can classify it as 'features or disk', then no to all the questions, anything odd : yes, irregular
This NGC 7383. Why do you think it has an AGN ?
That would be my classification too ! 😄
Awww ! Nice one ! 😄
Too bad we have to wait almost a year until next Valentine's Day ! ;D
Looking at the image in the optical, the blue & red dots are probably foreground stars. Not sure about the green one, could be an artifact
The colorful thing , bottom left, is an optical artifact. No idea what causes it though ! 😄
The blue object at the bottom is a foreground star from or galaxy.
Looks like a two armed spiral with a big bulge.
No merger for me too ! I'd go for #overlap !
There is definitely some interaction between these two galaxies. Lovely #merger.
Not an elliptical but a two armed, barred spiral.
Yes, the colorful band is indeed an artifact. Could be caused by a very bright star outside of this image.
There are at least three galaxies in this image. But, please, always classify the object in the center of the image
The central object is a galaxy. The small dot at 9 could be another faint and fuzzy galaxy or it could be a foreground star from our galaxy.
These objects are actually stars from our galaxy but something went very wrong with the imaging/filters
Yes, it's an optical artifact. It is not a real object.
This is probably a fuzzy spiral with a prominent bulge. The white object to the right is a foreground star from our galaxy.
It's a satellite trail. 😄
The central object is a fuzzy irregular galaxy. The bright spiky thing, bottom right, is a foreground star from our galaxy.
The two lines could be satellite or meteor trails.
Definitely not an elliptical. I'd go for irregular or even a very disturbed, barred spiral.
The bright blue object at the top is a foreground star from our galaxy.
I see only one galaxy in the center of this image. The two colorful dots could be foreground stars from our galaxy.
The object to the right is a foreground star from our galaxy.
The bright object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts
The blue object with the ring is a foreground star from our galaxy. The ring is an optical artifact. Beautiful ! 😄
Looks like two galaxies merging to me.
The green ring is just an optical artifact, not associated with the perfect disk or spiral edge on ! 😄
The green ring is (unfortunately) just an optical artifact.
Moe info here http://tinyurl.com/GZartifacts
the objects in this image are foreground stars from our galaxy. But obviously, something went very wrong with the imaging/filters
Nope, just another faint and fuzzy galaxy. No way to tell, just from this image, if it is close to the central galaxy.
Sorry, I don't see it. All the other objects are too far away from the central galaxy to be lensed images.
The fuzzy object could be another small and fuzzy galaxy.But no way to tell from just this image if it is associated with the central galaxy
In this case artifacts are things that are not real, caused by reflections, or things gone wrong with the software or equipment.
Not a lens. The two blue objects are foreground stars from our galaxy.
A gorgeous nebula (coordinates underneath the image). Here's a zoomed out view : http://tinyurl.com/pgq38pl Enjoy ! 😄
This is an infrared image of this galaxy : http://tinyurl.com/qzubjb9
A beautiful, barred two-armed spiral.
This is an infrared image from the UKIDS Survey. Here's the optical image : http://tinyurl.com/plffjzb . I'd go for fuzzy spiral
The red dot is a foreground star from our galaxy
These are actually stars from our galaxy, but something went very wrong with the imaging /filters. More info: http://tinyurl.com/GZartifacts
Not much distortion, so no merger for me
The white object is a foreground star from our galaxy. So definitely not a merger
The dots are optical artifacts (ie not real)
The spiky object to the right is a bright foreground star from our galaxy.The colors,spikes & weird center are all just optical artifacts.
You wish ! 😄
Sorry, something went terribly wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
The object, bottom right, is a foreground star from our galaxy. The colors and spikes are optical artifacts.
The two bright objects at the bottom are indeed foreground stars from our galaxy. The colors and spikes are optical artifacts.
The object at 11 could be a star forming region in this fuzzy spiral galaxy.
The yellow dot is also a foreground star from our galaxy.
The red glow, the pink ring and the spikes are all optical artifacts caused by a bright star just outside of his image.
This is IC 478 and according to SIMBAD it has an Active Galaxy Nucleus 😄
Not a cluster I'm afraid. The central object is a galaxy, but the others are foreground stars from our galaxy.
The round blue object to the left is a foreground star from our galaxy.
Correct ! Almost all of the objects in this image are stars from our galaxy.
LOL ! That 'discoball' is a foreground star from our galaxy. The funky colors and weird center are all optical artifacts.
The central objct is a disk or spiral galaxy see edge on. The two blue, round objects are foreground stars from our galaxy. No merger here !
The blue dot looks like an artifact to me.
The white round objects as ell as the red round ones are foreground stars from our galaxy.
Yes, the bright, round objects are foreground stars from our galaxy.
And you would be right! All the objects in this image are foreground stars from our galalxy
The bright blue object, bottom right, is a foreground star from our galaxy.
just a tip : the images are flipped ! 😄
And how did they classify it ? 😄
Sorry, you cannot mix elliptical with all these other features. If you call a galaxy elliptical, it cannot have any sort of features !
Definitely not an elliptical. I'd go for disk or spiral galaxy seen edge on
These two objects are actually stars , but the colors are not real. More info here : http://tinyurl.com/GZartifacts
The three colored object is an asteroid passing in front of the galaxy. Nice catch ! 😄
Definitely not stars. These two galaxies are probably merging.
The green dots are optical artifacts, sorry !
The central object is a (barred) spiral and they are usually not massive enough to do any lensing !
Obviously artifacts, but I have no idea what causes them !
Here's the image in the optical : http://tinyurl.com/ng7fkbw
The black dots are just artifacts, sorry !
The yellow central object is not a star but an elliptical galaxy containing billions and billions of stars.
The blue object, bottom right, is a foreground star from our galaxy.
Not much (if any) distortion. No merger for me.
The central object is a galaxy, but all the other objects in this image are indeed stars.
The half ring is an optical artifact.
The green ring is an optical artifact.
Lots of imaging problems. More info here : http://tinyurl.com/GZartifacts
The green ring is, unfortunately, noting but an optical artifact ! Sorry ! 😄
For the life of me, I can't see anything overlapping ! Sorry.
Please, always classify the object in the center of the image. In this case I would have picked star/artifact.
The blue object at the top is probably a foreground star from our galaxy
Galaxy for me.
Correct. Artifact.
The bright object, bottom right, is a star from our galaxy. The colors, spikes and rings are all optical artifacts.
This is IC2497 the host galaxy of Hanny's Voorwerp. HV is not visible in this infrared image.
The green smudge at the bottom is an optical artifact.
The object at the bottom is indeed a star from our galaxy. The colors and weird center are optical artifacts.
The object in the center is indeed a galaxy. I'd go for smooth and in between
Definitely a merger of two galaxies. The coordinates are under the image RA: 141.6724062, DEC: 4.79055577
Not stars but galaxies.
The green object to the right is a foreground star from our galaxy. The colors and blue center are optical artifacts.
The bright blue object to the right is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.No lens
looking at the optical image (http://tinyurl.com/om4zqeg), there appears to be some interaction going on right now ! 😄
Really gorgeous #merger. More apparent in the optical image : http://tinyurl.com/q9wkf3j
The greenish ring is a common artifact found in these infrared images.
Spiral seen almost edge on for me. And it has a very bright center ! 😄
Disturbed spiral would be my classification as well.
The three galaxies in the center of the image are interacting. Nice #merger
This is indeed a disk or spiral galaxy seen edge on.
Sorry, but these two objects are indeed stars from our galaxy.
The two suares of dots and the bright blue dots are optical artifacts.
The blue object top left is a foreground star from our galaxy.
Nope, not a gas cloud but a fuzzy and disturbed galaxy with millions and millions of stars.
The central object is not a star, but a galaxy. I'd go for smooth and round.
The three objects are foreground stars from our galaxy. Nice chance alignment.
The object in the bottom right corner is just a bright star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Always classify the object in the cener of the image ! Tx 😄
The object at the bottom is just a foreground star from our galaxy. The colors are optical artifacts.
The object top right is a foreground star from our galaxy.
This is an infrared image from the UKIDS Survey. The colors are not the real colors. Definitely not a blueshifted galaxy.
Good call, the blue and green thingy is an artifact !
I don't see a lens here, sorry !
Or it could be a foreground star from our galaxy.
Definitely no lensing going on here (sorry ! ). The red smudge could be a faint and fuzzy galaxy, overlapping.
The central object, which you are supposed to classify, is a fuzzy galaxy. The other round dots are all foreground stars from our galaxy.
The bright spiky object (bottom right corner) is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
The object you are supposed to classify is the faint and fuzzy smudge in the center of the image.And that is most definitely a galaxy.
Sadly, those are just optical artifacts !
#disturbedspiral ? 😄
And Capella beat me to it ! 😄
It is not a star cluster but the infrared image of this galaxy : http://tinyurl.com/pvkukn7
There a few galaxies in this image, but most of the small round dots are foreground stars from our galaxy.
Fuzzy spiral for me. The round object at 3 o'clock is a forground star from our galaxy.
Two galaxies merging and one forground star (the blue, round object)
All the objects in this image are foregrounds stars from our galaxy.
Funny artifact ! 😄 More weird images here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
Nice barrd, two-armd spiral. Nothing turning into an elliptical here, sorry.
Yes, always classify the object in the center of the image, even if it is the most boring one ! 😄
The object in this image is definitely a galaxy. I'd go for smooth and round.
The orange/yellow obect to the left is a foreground star from our galaxy. I only got confirmation by looking at the Skynet image. 😄
Correct. A star with lots of imaging problems. 😄
I'd say yes to both.
Stars from our galaxy ! 😄
No lensing, just two galaxies that appear to be close together.
beautiful two armed, barred spiral !
The disturbance could be the result of a flyby by another galaxy. No way to tell that the small one to the right is the culprit.
The four dots are an optical artifact in these infrared images. No idea what causes them, sorry.
The objects at 7 and 10 are probably foreground stars from our galaxy.
The two rings are definitely artifacts. Don't know what causes them, sorry.
Gorgeous #merger. The white object is a foreground star and so, definitely, not connected whatsoever.
Would you believe this is actually a star ! 😄 But something went very wrong with the imaging/filters.
The weird ring to the right is an optical artifact. No idea what causes it though ! 😄
The four dots are an optical artifact
The central object is a galaxy. I'd go for smooth and round. The blue round object is a foreground star from our galaxy.
The two bright white objects are foreground stars from our galaxy.
These objects are stars from our galaxy, but something went wrong with the imaging. More weird images here : http://tinyurl.com/GZartifacts
The four green dots are an optical artifacts in these infrared images. No idea what causes them though ! 😄
No motion, just three stars. See here for the optical image (image flipped) http://tinyurl.com/pyhcsoh
The 'EGO' is a foreground star from our galaxy. 😄
The colors and ring of the star (to the left)are just optical artifacts.
The galaxy, bottom right, looks more like an edge on disk or spiral to me.
The bright blue object, op right, is a foreground star from our galaxy.
The red object to the left is probably another galaxy .I don't think it is interacting with the central one.
This is actually a star but something went very wrong with the imaging/filters. More weird images here : http://tinyurl.com/GZartifacts
And another weird artefact in the UKIDSS images ! 😄
This is actually a star but something went wrong with the imaging/filters. More weird images here : http://tinyurl.com/GZartifacts
Nope, this is a real galaxy. It looks faint and fuzzy because this is an infrared image.
No lensing here. Some of the round objects are foreground stars from our galaxy.
The green circle is an optical artifact.
Correct, almost all the objects in this image are stars from our galaxy. Sometimes the software gets confused ! 😄
The green dot could be a foreground star from our galaxy.
Not a dust cloud but a real galaxy with millions and millions of stars.
Really great chance alignment ! 😄
If you mean the bright purple spot in the object at the bottom?That is just an optical artifact because this foreground star is so bright !
Definitely a galaxy. I'd go for (very) disturbed spiral.
Good call ! Always classify the object in the center of the image.
The round blue objects are both foreground stars from our galaxy.
The central object is indeed a galaxy. The blue ones are both foreground stars from our galaxy.
The colorful object, top right corner, is a foreground star from our galaxy. The colors are optical artifacts.
AGN = Active Galactic Nucleus
The red rings are optical artifacts.
The central bject is not a star but a galaxy (smooth and round). The blue objects are indeed stars.
Why? 😄
Here's the link to the image in the optical (image flipped) : http://tinyurl.com/qhuxfgk
Don't get fixated on the colors. This is an infrared image from the UKIDS Survey.
Not an asteroid but a foreground star from our galaxy. The colors are optical artifacts.
What about a disturbed barred spiral.
The 'ring' to the left is indeed an optical artifact (not an asteroid, sorry)
The white dots are artifacts.
Almost all the objects in this image are stars from our galaxy. The colors, spikes and weird center are optical artifacts.
The central object is a galaxy.The bright white objects at 7 and 12 are foreground stars from our galaxy. The red line is a satellite trail.
More weirdness here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
This is actually a star but something went seriously wrong with the imaging/filters.
I'd go for a barred two armed spiral
The bright blue object is a foreground star from our galaxy. Not a supernova, sorry ! 😄
The central galaxy could be an elliptical. The one to right looks like an edge on disk or spiral with a big bulge to me.
The red haze is in fact an optical artifact caused by a bright star just outside of thisimage
I would go for disturbed spial.
And could you please mind your language Tx
Mmm, I see what you mean. I think I would go for two arms, but if you think you see three arms, just go for it ! 😄
Something went very wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The bright object to the left is a foreground star from our galaxy. The different colors are optical artifacts.
Definitely an artifact. More here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
The blue spheres are foreground stars from our galaxy.
Not an exploding star! It's is an image from the UKIDS Survey.This galaxy is extremely bright in infrared. It is Mrk 1239 a Seyfert 1 Galaxy
This is a new one ! 😄 Beautiful optical artifact caused by a bright star outside of this image !
Apparently this smooth and round elliptical has a very active nucleus ! Here's the optical image : http://tinyurl.com/nvwgetb
Oops, no lensing here. The bright blue object is a foreground star from our galaxy. The eird effects are all optical artifacts.
Both galaxies look distorted. Merger for me
The 'halo' is actually two fuzzy spiral arms.
The blue clumps are all star forming areas.
This is a disk or spiral seen edge on. And look at that dustlane ! 😄
The darker dot and the blue ring are optical artifacts.caused by the brightness of the center.
Not a red star ! This galaxy has a very active nucleus (Seyfert1) and that causes the bright red in this infrared image.
You could go for disturbed edge on, but a very loose, two armed spiral is also a possibility.
The green doughnut to the left is (sadly 😄 ) an optical artifact.
The bright blue object is not a star forming region in this galaxy, but a foreground star from our galaxy.
The object to the right is a foreground star from our galaxy. So definitely not a merger, sorry.
Sorry to disappoint you but the blue dot is most definitely a star.
You can see it better in the optical image (image flipped) http://tinyurl.com/pyf6jyp
The little ring at the tip is an optical artifact. Not a nebula, sorry.
This is not a nebula but a star from our galaxy. The colors are not real. More weird mages here : http://tinyurl.com/GZartifacts
First of, always classify the object in the center of the image. And the bright blue object at the top is a foreground star from our galaxy.
Fuzzy spiral for me too !
That is another galaxy. Looks like it's an edge on.
The bright blue object to the right is a foreground star from our galaxy. So, definitely not a merger.
The bright blue objects are foreground stars from our galaxy.
The two bright objects are foreground stars from our galaxy. The colors are optical artifacts.
This is a very disturbed barred spiral.
I think the QSO is the dot at 8 at the left edge. Here's the image centered on the QSO : http://tinyurl.com/p3u9y6z
The green ring to the right is an optical artifact.
The bright spiky thing is a foreground star from our galaxy. The colors, spikes and purple center are all optical artifacts.
Sorry, I don't see an asteroid in this image or in the Skyserver image
The bright object at the top is most likely a foreground star from our galaxy, so no merger whatsoeverer
That is probably two foreground stars that appear to be close together
It could be a merger. Or, looking o more info,in SIMBAD , this galaxy has the tag Seyfert 1. Which means it has a very active center.
Definitely not ! The bright circular objects are foreground stars from our galaxy.
This is actually a star from our galaxy,but something went wrong with the imaging/filters.More weirdness here:http://tinyurl.com/GZartifacts
The central object is a faint, disturbed barred spiral with two arms. Here's the optical image (image flipped) : http://tinyurl.com/no5w34y
The object you are asked to classify is a fuzzy edge on disk or spiral. The bright object is a foreground star from our galaxy.
the 'ring' is actually a bright star from our galaxy.
#overlap for me. Not much distortion.
You could go for #merger or for #irregular
The central object is a faint and fuzzy galaxy. The bright blue dot is a foreground star from our galaxy.
There is definitely some interaction going on.
Correct. The red and the green line are both satellite trails.
This is definitely not a star but a smooth and round galaxy with billions of stars. The ring in the center is an optical artifact.
The bright object at 2 is a very active star forming area in this galaxy.
Good call ! 😄 !
But, please, always classify the object in the the center of the image !
A gorgeous #merger !
The bright object to the left is a foreground star from our galaxy. The colors and weird center are optical artifacts.
The bright blue object, bottom left, is a foreground star from our galaxy. The box shape is an optical artifact.
Yep, definitely artifacts. Don't know what causes them though ! 😄
Not a cloud but a real faint and fuzzy galaxy. Here's the image in the optical : http://tinyurl.com/ospa6fg
Looks like they are interacting. #merger for me.
The blue object at 6 is a foreground star from our galaxy.
Not a satellite galaxy but a foreground star from our galaxy.
The red 'disk' is actually a spiral arm with lots of star forming oging on.
The bright object, top left, is not a galaxy but a star from our galaxy.
And, please,always classify the object in the center of the image.
The dark spot is an otpical artifact caused by oversaturation.
Not an elliptical but a disk (possibly a spiral) and not a merger.
Sorry, no rings here. The darker spot in the center is an optical artifact caused by oversaturation.
The blue stripe is probably a satellite trail.
No noticeable distortion. I'd go for overlap.
It could be a foreground star from our galaxy.
It's a barred spiral with two arms that fold back to make a ring.
The two objects top right are foreground stars from our galaxy. No merger here, sorry.
The blue clumps are indeed star forming regions. Either it's young or this could have been triggered by interaction with another galaxy
The central yellow object is a galaxy, but the white one to the right is a foreground star from our galaxy. No collision possible, sorry.
Looks like a barred, two-armed spiral to me.
For me this is a spiral seen at an oblique angle.
Not a ring for me. I'd go for a disk or spiral seen edge on.
Here's the zoomed out and flipped/rotated image ! Looks amazing !
http://tinyurl.com/npwyfhb
Gorgeous #overlap
That tiny red spot is an artifact, sorry !
The bright object, bottom right, is a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The green smudge is an optical artifact. We don't know what causes them.
Yes, the object in the center is a galaxy and so is the object at 5 o' clock
The blue object, bottom right, is indeed a foreground star from our galaxy.
Great merger at 4.
The colors are very strange in these infrared images from the UKIDS Survey.
Oh no, definitely not a star ! !!!! Looks like an edge on galaxy seen disk or spiral with a very bright centre.
Yep, good call ! The spikes and colors and overall appearance are all optical artifacts
Don't think so. It is probably a foreground star from our galaxy.
The object, top left, is a very faint and fuzzy galaxy. The bright object bottom left is a foreground star from our galaxy.
Spiral seen at an angle. The small dot is a foreground star from our galaxy.
The halo is the bulge. And it looks like a boxy bulge to me. Nice find !
The colourful smudges are optical artifacts caused by a bright star just outside of this image.
The green ring, bottom left, is an optical artifact.
These two objects are actually stars from our galaxy. But something went wrog with the filters/imaging.
And, please, always classify the object in the center of the image.
The lines are diffraction spikes (optical artifact) caused by a bright star just outside of this image. The 'cluster' is just an artifact.
The bright object top right is not a galaxy but a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
The blue doughnuts are (sadly) optical artifacts. And the two bright blue objects are foreground stars from our galaxy.
Lovely image !
But all the objects in this image are foreground stars from our galaxy ! 😄
Just artifacts, sorry ! 😄
Zooming out a bit it is easier to see that it is a very disturbed spiral : http://tinyurl.com/kb9uf7x
And, please, always classify the object in the center of the image, even if it is the most boring one ! 😄
The bright object to the left is indeed a foreground str from our galaxy. The colors, spikes and weird center are all optical artifacts.
This galaxy has a very bright core, probably a AGN (Active Galactic Nucleus)
A very faint and fuzzy galaxy, not much more to tell about it.
The two bright objects are both foreground stars from our galaxy. Nice chance alignment, no lensing ! 😄
Welcome to the Zoo ! 😄 The bright blue/white object at the top is indeed a foreground star from our galaxy.
The dots are artifacts. No idea what causes them ! 😄
More distortions visible in the optical image : http://tinyurl.com/pa7rd37. Merer ! 😄
This is definitely a galaxy. 😄
The central object is a galaxy. The other ones are probably foreground stars from our galaxy.
Irregular is definitely an option. Very fuzzy disturbed spiral is another possibility.
The bright blue object is indeed a foreground star from our galaxy.
C'est une étoile de notre voie lactée. Les couleurs et pointes sont des défauts optiques.
The fuzzy object is a galaxy. Irregular sounds right. The bight blue one is a foreground star from our galaxy
Star from our galaxy ! 😄
Most of the objects in this image are stars from our galaxy.
The object bottom right, is actually a star from our galaxy. The colors, spikes and rings are all optical artifacts
That discoball is actually a foreground star from our galaxy.
This is actually a star from our galaxy. More weird images here : http://tinyurl.com/GZartifacts
The green dot is probably a foreground star from our galaxy.
The central object is a galaxy. The one at the bottom is a foreground star from our galaxy. No merging whatsoever here, sorry!
I think it means clockwise. But please , don't feel intimidated by these posts. just go with your first classification !
The central galaxy and the one to the right seem to be interacting. #merger for me.
This is not a UKIDSS image. The green half circles are optical artifacts caused by the very bright stars.
The dark spot in the center is an optical artifact, caused by oversaturation.
Where do you see the black hole ?
This is not a galaxy but a foreground star from our galaxy (the software got confused). The square and 'jet' are optical artifacts..
The central object is a galaxy, the one to the left is a foreground star from our galaxy.
No distortion, so no merger here for me.
The bright white object is not a galaxy but a foreground star from our galaxy. No merger possible.
Sorry, no merger here. The blue dot is a foreground star from our galaxy.
Definitely a spiral galaxy. Here's the optical image :http://tinyurl.com/plstwab
Looks like they are interacting. #Merger
No, just a star from our galaxy. But something went wrong withthe imaging/filters. More info here : http://tinyurl.com/GZartifacts
A very disturbed barred spiral
Definitely galaxies, probably merging.
Two galaxies interacting. Gorgeous #merger
The rbight blue object at the top is a foreground star from our galaxy.
I don't see any signs of interaction. No merger for me.
Lots of artifacts. More here : http://tinyurl.com/GZartifacts
The central object is definitely a galaxy. The two other objects are foreground stars.
I'd go for merger.
The blue/red tingy is unfortunately, just an artifact. Looks cool though ! 😄
Actually, almost all the objects in this image are stars from our galaxy.
Definitely no lensing here. I'd still go for merger.
The blue object, top right, is a foreground star from our galaxy
The two blue objects are foreground stars from our galaxy.
Definitely not an overlap. Beautiful merger !
Looking at the optical, definitely a #merger
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=325.89994751&dec=-1.05903239&scale=0.1980635&width=512&height=512&opt=&query=
Looks amazing !
Nothing to be seen in the top left corner ! What is your question ????
Correct, the bright blue object is indeed a star !
Again, with these kind of galaxies it is not always easy to see. But I think I see some interaction so, merger for me.
The three objects in the center are definitely interacting ! : #merger
There is no way that it could be interacting with the object at 2, which is a foreground star from ur galaxy.
The central object, which you are supposed to classify, is a galaxy (very disturbed spiral).
At these distances it is not possible to directly see a planet.
The bright object, bottom left, is not a galaxy, but a foreground star from our galaxy. The colors and blue dot are all optical artifacts.
Definitely not lensing. Two galaxies interacting. It is more apparent in the optical image : http://tinyurl.com/pmh32wn
I don't see anything bottom right ??
The one at the bottom is probably another galaxy, overlapping.
The central object is not a cloud but a galaxy. The white object at the top is a foreground star from our galaxy.
Looking at the optical image (http://tinyurl.com/nfytolb), I'd go for irregular with amazing star forming regions.
Nice example of how the infrared and the optical image can give vastly different classifications !
Merger more apparent in the optical image : http://tinyurl.com/pokmvmc
The green ring, bottom left, is an optical artifact. The 3 blue objects (at 12,4 and 8) are foreground stars from our galaxy.
The green dots are artifact. No idea what causes them though ! 😄
Neither. This galaxy is probably a fuzzy spiral. And spirals are usually not massive enough to do any lensing.
These two galaxies are definitely interacting ! Merger for me too.
The blue object at 4 is a foreground star from our galaxy.
This galaxy has a very bright core (AGN Active Galactic Nucleus).
The red smudge is another galaxy. The two dots are probably foreground stars from our galaxy
This is definitely a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
The object at the bottom is probably a foreground star from our galaxy.
The central galaxy is elongated because it is interacting with the other two galaxies. Beautiful #merger ! 😄
That is indeed a satellite trail.
The central object is definitely a galaxy.Could be a fuzzy,disturbed spiral or an irregular.The red dot is a foreground star from our galaxy
LOL ! The bright red object is a foreground star from our galaxy. The colors , spikes and weird centre are all optical artifacts.
The bright blue dot, bottom left, is a foreground star from our galaxy.
This galaxy has a very bright core. The red dot is an optical artifact caused by oversaturation.
The fuzzy object in the center is a galaxy. The bright dot at 5 is a foreground star from our galaxy.
This is indeed a galaxy. But this is an infrared image, so the colors are a bit strange. Here's the optical image http://tinyurl.com/prwo727
The green smudge is an optical artifact. Sorry ! 😄
The blue ring, bottom right, is an optical artifact.
No voorwerpje, sorry. Very disturbed barred spiral.
The ring, bottom left, is an artifact commonly found in these infrared images. No idea what causes them.
The little red streak at 1 appears to be an edge on galaxy.
Doyou mean the faint roundish thingy at 10? That is indeed an artifact !
Yep, definitely an artifact. Good call ! 😄
Star for me too ! 😄
All the stars in this image have the same artifact (the blue dot). I don't see a dustlane in this galaxy
Gorgeous merger. See here the optical image (image flipped/rotated) : http://tinyurl.com/p2ehfd6
The blue thingy is an optical artifact.
The central galaxy an the one to the left could be interacting. The blue object is a foreground star from our galaxy.
This actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
These two objects are stars from our galaxy. But something went wrong with the imaging/filters.
No collision here, sorry. The bright blue object is a foreground star from our galaxy.
Don't think there is lensing going on here ! Probably a merger. The two white objects to the left are foreground stars from our galaxy.
First of, always classify the object in the center of the image. And the bright object top left is a foreground star from our galaxy.
These are actually stars from our galaxy but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Bulgeless ? Looks like there is at least a noticeable bulge there ! ;D
The central object (which you are supposed to classify) is a faint and fuzzy (maybe even disturbed) spiral.
The object at 2 is most definitely an edge on disk or spiral.
Faint and fuzzy spiral for me too ! 😄
Definitely a fuzzy, disturbed barred spiral. Try squinting ! 😄
Just an elliptical (smooth and round) for me, sorry ! ;D
The central object is indeed a galaxy. All the other objects in this image are foreground stars from our galaxy. Not a cluster, sadly !;D
Probably two galaxies interacting. No dust lane for me
The funky object, top right is a foreground star from our galaxy. The colors and weird dots are optical artifacts.
This is an infrared image of this optical image : http://tinyurl.com/NGC-4292A. The squared shape is formed by distorted spiral arms
The central galaxy is probably a fuzzy, barred spiral. The doughnut shape is an optical artifact.
Here's the image in the optical : http://tinyurl.com/CGCG-033-015
This is a faint and fuzzy, disturbed spiral. The 'arc' to the right is part of the galaxy.
Bonjour tbm
C'est un artefact optique
Two spiral galaxies merging !
All kinds of problems (camera glitches etc ! ) More weird images here : http://tinyurl.com/GZartifacts
The bright blue object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central galaxy is a spiral seen edge on.
LOL ! This is a very bright star from our galaxy that completely overwhelmed the camera !
The gridlike pattern is an optical artifact.
The object to the right is indeed a foreground star from our galaxy.But no explosion here.The colors, spikes and ring are optical artifacts.
Could be a merger, could be an overlap;
The bright object is a foreground star from our galaxy. The colors, spikes and weird dots in the center are all optical artifacts.
What is weird ?
The galaxy is smooth and round and has a redshift of 0.139
The blue, round object (bottom right) is a foreground star from our galaxy.
It is definitely an artifact. Don't know what causes it though !
This galaxy has a very bright core, could be an AGN (Active Galactic Nucleus)
This is an infrared image from the UKIDS Survey
The two objects top right are foreground stars from our galaxy.
The central object is an elliptical galaxy :smooth and round
The object to classify is a faint edge on galaxy. The bright blue object is a foreground star from our galaxy.
The bright blue object to the left is a foreground star from our galaxy.
Yes, the two bright objects are foreground stars from our galaxy.
Not one galaxy but two galaxies,possibly merging.
The red line is probably a satellite trail
I'd go for an edge on disk or spiral.
z=0.06 , kpc=3.19, #E4 refers to the galaxy, not the foreground star at 12
It's an artifact. Looks cool though ! 😄
The red arc is definitely an artifact. Could be a reflection caused by a bright star outside of this image.
These objects are actually stars from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Gorgeous spiral ! What more to say ! ;D
But, how did you classify it ?
The green (blue/red) cloud is, sadly, just an optical artifact !
I hope you did classify the central object, as this is the one you are asked to classify ! ;D
But how did you classify the central object ? 😄
The bright orange/red central dot is actually an optical artifact caused by oversaturation !
The green circle is an optical artifact. They pop up regularly in these infrared images from UKIDSS
The dark spot in the center is an optical artifact cased by oversaturation
Thre briight blue objects are foreground stars from our galaxy. Nice chance alignment.
The green line is a satellite trail. The blue object is a star from our galaxy, that only appears to be before the line.
Definitely not lensing. Probably a merger The blue object at the bottom is a foreground star from our galaxy.
Not a star but a galaxy with a very bright centre
Top 1 is another galaxy (probably a faint edge on).Bottom 1 is probably a foreground star from our galaxy. Just a visual classification
But it is most definitely a faint and fuzzy galaxy ! 😄
Merger for me too.
The central object is definitely a galaxy. Overlap or merger are both possible.
Looking at the optical image (http://tinyurl.com/prl9mkw), definitely #merger
Artifacts !
A very disturbed, barred spiral. But beautiful ! 😄
That is a possibility, but it could just as well be line of sight.
#merger for me too.
I'm not a newbie and I can only understand part of it ! 😄
I'd go for fuzzy spiral.
Looks pretty distorted to me. #merger
The central galaxy, is a disturbed barred spiral. And most of the small round objects are foreground stars from our galaxy.
The colorful smudge is an optical artifact
Always classify the object in the centre of the image, even if it is the most boring one ! ;D
The bright objct at the top is a foreground star from our galaxy.
he briight obect is a foreground star from our galaxy.
Sorry, I don't see an asteroid in this image. All the stars have the same colorful artifact.
Just keep on looking at lots of images. you'll get the feel for it ! 😄 Remember , we were all newbies once !
The central object is a (disturbed)galaxy. The two bright blue ones are foreground stars from our galaxy.
Not much distortion (if any) , so, #overlap for me.
Yep, or you could go for disturbed galaxy. It is your call.
That is a possibility I'd go for irregular for this one. The blue clumps are active star forming regions.
Nice reference ! 😄 Disturbed edge on or edge on 'melting' ! ;D
These infrared images from UKIDSS have the strangest colors. More here: http://blog.galaxyzoo.org/2013/10/15/galaxy-zoo-continues-to-evolve/
No distortion, so no merger for me.
All the objects in this image are stars from our galaxy. The 'central' one is a very bright star.
It has a bright core, but nothing in NED or SIMBAD
The bright blue object, upper left, is a foreground star from our galaxy.
Looks like a merger to me too !
The blue object is probably a foreground star from our galaxy. So not a merger and not an overlap.
The blue/green object, top right corner, is a foreground star from our galaxy.
Hard to tell in this infrared image. Here's the optical http://tinyurl.com/LEDA31372 . Looks weird.
Correct, always classify the object in the center of the image.
The red dot at 2 is a foreground star from our galaxy.
The colorful smudge at the bottom is indeed an artifact. No idea what causes it though ! 😄
Fuzzy spiral, possibly disturbed.
The object with the blue center is indeed a star from our galaxy. The object to classify is the small galaxy to the left.
Two galaxies interacting. Merger for me
The bright blue, round objects are foreground stars from our galaxy. At these distances it is not possible to directly see planets.
That is probably just another faint edge on galaxy.
The central object is not a cluster but a real galaxy. The galaxy to the right is a disk or spiral seen edge on.
I'd go for disturbed spiral too.
LOL ! The object top left is a foreground star from our galaxy. The colors, spikes and weird centre are optical artifacts.
The central object is a galaxy (probably fuzzy spiral).The yellow object at 12 and the 1,top left,are both foreground stars from our galaxy.
Could be another galaxy or a foreground star.
This an infrared image. Colors are strange in these images.
Disturbed, barred spiral with two arms for me.
The black dots are artifacts.
These three objects are stars from our galaxy.
The bright object to the left is most probably a foreground star from our galaxy.
The blue thingies are definitely artifacts.
The red spot is actually an artifact caused by oversaturation.
I'd go for disturbed, barred spiral.
Yep, that is a foreground star from our galaxy. Really cool ! 😄
The green glow is an optical artifact caused by the glare of a bright star outside of this image.
LOL ! Three foreground stars from our galaxy, but I like your explanation better ;D
No lens here. The bright orange object is a foreground star from our galaxy.
The bright objects are foreground stars from our galaxy.
Not a lens or a voorwerpje. A very faint and fuzzy galaxy.
Overlap for me.
I'd go for possible #lens, although the galaxy at 5 is a bit far from the central one.
Unfortunately that is an optical artifact. Looks really cool though ! 😄
The central object is indeed a fuzzy galaxy, but most of the smaller dots are foreground stars from our galaxy. No merger here, sorry.
Sorry, almost all the objects in this image are stars from our galaxy.
Ellipticals don't have features. If you squint you can see faint spiral arms. I'd goo for two-armed, barred spiral.
Bright star from our galaxy. The colors, spikes and the dark center are all optical artifacts.
Not much distortion. No merger for me. Not sure about the dust either, sorry.
Disk or spiral seen edge on.
Could be a merger, could be an overlap. Hard to tell.
The 2 bright objects to the right are foreground stars from our galaxyThe bright dot is also a star overlapping the galaxy.No lensing here
No clouds here ! The central object is a fuzzy galaxy !
Lol ! Lots of imaging and filters and camera problems !
More weird images here http://tinyurl.com/GZartifacts
Yup, a foreground star at 11:30 ! And a nice two armed spiral with a noticeable bulge.
The bright and spiky object to the right is indeed a foreground star from our galaxy. The bright orange dot is also a star from our galaxy.
Amazing optical artifacts for this bright star.
But, please, always classify the object in the centre of the image ! 😄
Nope, this is a foreground star from our galaxy. The colors in these infrared images are a bit strange, mainly blue, red, pink and purple.
Looks like diffraction spikes (optical artifacts) caused by a bright star outside of this image.
Sorry, no voorwerpjes in this image.
The blue clumps are active star forming regions !
Very ! 😄 Lots of imaging and filter and camera problems !
More weirdness here http://tinyurl.com/GZartifacts
It is definitely a galaxy. 😄
That is probably a diffraction spike (optical artifact) caused by a very bright star outside of this image. Looks very pretty ! 😄
A disk or spiral galaxy seen edge on.
Overlap for me. No distortion visible
The object in the center is a galaxy&so are the ones at 1&3.No merger for me. The dots to the left are foreground stars from our galaxy.
There is a very (very) faint galaxy in the center of the image. Not much more to say about it ! 😄
The bright blue&green dots (lower left) are optical artifacts.A lot of the bright dots in this image are foreground stars from our galaxy.
Lovely ! That is an optical artifact caused by a very bright star outside of this image ! 😄
Definitely not a jet ! I'd go for a two-armed, very loose spiral.
The bright blue object at the bottom is a foreground star from our galaxy.
Nope, sorry ! These two objects are foreground stars from our galaxy and hey just appear to be touching !
just another faint and fuzzy galaxy !
A loose, two-armed spiral with a very bright centre.
Great. Tx.
And glad to have you on board ! 😄
Lol ! You must admit, this does look amazing ! 😄
Seriously, lots of filter and imaging problems and even something moving problems.
The bright object to the left is indeed a beautiful star from our galaxy.
But,please,always classify the object in the center of the image.
I'm thinking space bunny ! ;D
No, seriously, that is an optical artifact. But we have no idea what causes it.
The bright spiky object at 2 is a foreground star from our galaxy. The colours, spikes and ring are all optical artifacts.
Could be a satellite trail that didn't get removed quite as it should have been ! 😄
This is an infrared image from the UKIDS Survey. All the colors in these images are blue, red, pink and purple.
The two objects, top right are two faint and fuzzy galaxies. The bright object, bottom right is a foreground star from our galaxy.
This not a galaxy but a star from our galaxy. The colors, spikes and weird center are optical artifacts.
There is just one foreground star in the lower left corner. The different colors are optical artifacts.
If you see four arms, than that is what you should mark ! 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=118.29531202&dec=26.99085814&scale=0.1980635&width=512&height=512&opt=&query=
Besides stars are not nearly massive enough to do this kind of lensing.
See next post for SDSS image (flipped)
In the SDSS image (optical) you can see that it is a faint galaxy next to the star.
the colors, he weird ring in the center and the dots are all optical artifacts.
The central object is a galaxy and the blue one is a foreground star rfom our galaxy. So, they are very, very far apart ! 😄
The central object is a faint and fuzzy galaxy. The object at 8 is a foreground star from our galaxy.
All the objects in this image are stars from our own galaxy. They are not colliding. They only appear to be touching.
The red and white dot are both foreground stars from our galaxy.
Errrm ! 😄
All the objects in this image are stars from our galaxy. The colors are not real. More info here : http://tinyurl.com/GZartifacts
Barred spiral for me too. Not sure about merger.
The green doughnut is an optical artifact. No idea what cause it, though! 😄
The green thing (top) is an artifact and so are the spikes at the bottom. Diffraction spikes caused by a bright star outside of thisi mage.
The green thingy is definitely an artifact ! 😄
That would definitely qualify as disturbed ! 😄
I'm having the same problems with Skyserver ! 😦
Looks like two foreground stars to me too !
Do you mean the bright blue dot, top right ? That is a foreground star from our galaxy.
I'd go for disk with a dominant bulge, maybe even barred.
The central object is definitely a galaxy (smooth and round). The other objects in this image are indeed foreground stars.
As for your question, here's the wiki link : http://en.wikipedia.org/wiki/Galaxy.
This is an infrared image of a faint and fuzzy irregular. Here's the optical image : http://tinyurl.com/nu36x77
The circle, top right, is an artifact. Don't know what causes it though ! 😄
Really cool ! A first for me too !
The ring in the center is an artifact caused by oversaturation.
That is just an artifact, sorry !
No ring for me. I'd go for smooth and round.
The ring is, unfortunately,, an optical artifact ! 😄
The white object with the blue center is indeed a foreground star from our galaxy; The colors are optical artifacts.
It is indeed a star, but something went wrong with the imaging/filters. More weird images here : http://tinyurl.com/GZartifacts
The round, red object at 8 is probably a foreground star from our galaxy.
Almost all of the other objects in this image are foreground stars from our galaxy.
Always classify the object in the center of the image. Here that would be a fuzzy galaxy, possibly a spiral.
The central object is most definitely a galaxy. Have you seen this thread ? http://tinyurl.com/ougmc4x
Yep ! A very faint and fuzzy galaxy in these infrared images ! ;D
Hey, every classification counts ! 😄
Neither. Disturbed spiral for me.
Why not a disturbed galaxy ? 😄
The two bright orange objects to the right of the central galaxy are both foreground stars from our galaxy.
The bright blue object to the right is a foreground star from our galaxy.
fuzzy spiral for me too ! 😄
The green trail is probably a satellite trail
Always classify the object in the center of the image. In this image, all the objects are stars from our galaxy.
Lots of interaction going on in here ! 😄 Here's the SDSS image (rotated) http://tinyurl.com/p64dslb
The red smudge is an optical artifact.
Correct, the blue/green object is an artifact. Looks pretty though ! 😄
i would've gone for merger, but disturbed does the trick as well ! 😄
Definitely an artifact. No idea what causes it though ! 😄
The blue and the green dot are artifacts. Could be cosmic rays that didn't get removed.
Correct, the bright blue object is a foreground star from our galaxy.
This actually a star from our galaxy but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Misalignement of the filters
The bright bllue object to the right isa foreground star from our galaxy.
A faint and fuzzy galaxy
Hi themondo, the bright blue object, top right quadrant, is a foreground star from our galaxy.
Amazing merger of these three galaxies.
it actually looks as if this is one galaxy. Very disturbed, though!
A really, tiny maybe ! 😄
The green/blue thing, bottom right corner, is a foreground star from our galaxy. the colors and weird center are optical artifacts.
That is not a jet. In Skyserver it is more obvious that this is a merger. The 'jet' is a tidal tail.
A very faint and fuzzy galaxy. Really not much more to say about it ! 😄
Very disturbed galaxy. Here's the zoomed out image from SDSS : http://tinyurl.com/q2t7j3m (the green blobs are foreground stars)
The green dotted arc/circle is an optical artifact
The two colorful dots are optical artifacts.
Very disturbed galaxy. The "arc" is too fuzzy to be caused by gravitational lensing
Lovely 2-armed spiral
The green thingy is probably an artifact! (sorry)
the bright blue object at 2.30 is a foreground star from our galaxy.
Don't worry annparker. Every image will get looked at by at least 40-100 people, so any mistake won't make a difference.
Not sure, could be an overlap.
Good call. Looks amazing though ! ;D
Just a disturbed galaxy for me.
It looks like there could be several galaxies involved, but I'm not convinced
The two orange/yellow object at the top are both foreground stars from our galaxy. No merger here, sorry.
The object to the left is indeed a foreground star from our galaxy. So, there is no interaction possible, whatsoever, with the galaxy.
That is definitely an artifact. No idea what causes it, sorry.
No way to tell from just this image. No distortion, so no merger for me.
Some distortion, merger for me.
The green eyes are watching us ! 😄
Sorry, the green circles are artifacts. No idea what causes them.
The greenish circle is an artifact.
The smaller object is another galaxy. Not sure if it is a merger, could be an overlap.
Not much distortion. Overlap for me too.
A very faint and fuzzy galaxy. I'd go for edge on.
The colorful glow and the spike are optical artifacts caused by a bright star just outside of this image.
Here's what wiki has to say about it : http://en.wikipedia.org/wiki/Barred_spiral_galaxy
The central object is indeed a spiral with possibly three arms.
Evil eye AND red doughnut ! 😄
The central object is a galaxy, but the other ones are all foreground stars from our galaxy.
Correct, all the objects here are stars.
features, not an edge on, no bar, no spiral, bulge, odd : yes, disturbed would be my classification) ! 😄
AGN according to SIMBAD
The greenish circle to the right is indeed an artifact.
Definitely a #merger for me ! 😄
Hi Martin, of course you are free to record if the galaxy is CW or ACW, but we do not classify this any more.
Hi Tsourakla, the green circle is an optical artifact. Looks cool though ! ;D
Whatever you see it is definitely not planets ! At these distances it is impossible to see planets !
The bright blue dot to the right is probably a foreground star from our galaxy.
Or maybe even 3 stars. As we know, Skyserver sometimes gets it wrong ! ;D
Don't think the other galaxy is behind. It could be to the left of the central one. Looks like a very messy #merger.
If you see UKIDSS under the image it is from the UKIDS Survey and the images are in the infrared.
The stripe is a diffraction spike (optical artifact) caused by a bright star just outside of this image.
Good call ! The blue object to the right is indeed a foreground star from our galaxy !
This could be a barred spiral. No arc.
It is very hard to see in these infrared images.
The other 'nucleus' could be a foreground star from our galaxy.
Hi Raya016
Please, always classify the object in the center of the image.
The bright thingy, top left corner, is actually two foreground stars from our galaxy. The colors and spikes are optical artifacts.
Two galaxies; the central one has a very bright core. The one to the right is severly distubred
The two bright objects at the bottom are two foreground stars from our galaxy, that only appear to be touching. No merger here, sorry.
The dark spot is an optical artifact caused by oversaturation
Artifact for me too.
Looks like an optical artifact caused by a bright star outside of this image
the objects, top left, are foreground stars from our galaxy.
Looks pretty disturbed to me as well.
Just some optical artifacts. Don't know what causes them though !
A very disturbed spiral. Could be the result of a flyby ! 😄
Anyway, here is the zoomed out image : gorgeous merger !
http://tinyurl.com/p22c7n5
Gorgeous disturbed edge on galaxy.
These 2 objects are actually stars from our galaxy.The colors are obviously not real. More weirdness here : http://tinyurl.com/GZartifacts
That can be a problem with these infrared images. 😄
It looks just like a fuzzy two-armed spiral to me. There are clearly two arms.
i'd go for disturbed spiral myself. The white object is a foreground star from our galaxy.
Could be a foreground star or could be an artifact.
the greenish object at 2 is an optical artifact. No idea what causes it though ! 😄
Definitely a galaxy (not a gas cloud). I'd go for disturbed, barred spiral.
This is an image in infrared; the colors are very strange. This galaxy has a very active core (AGN ? )
Artifacts, sorry.
Disturbed edge on ?
If you see UKIDSS underneath the image it is an infrared imaged from the UKIDS Survey. The colors are strange ! 😄
The bright blue dot is indeed an artifact.
I wouldn't, but that is just me. If you think it is odd, then you should mark it. 😄
Not really.
Nope, sorry. The three objects here are stars from our galaxy that appear to be close together
Some of the smaller objects are other galaxies. Most of them are foreground stars from our galaxy. Not connected to the central galaxy.
Those dots are all optical artifacts. No idea what causes them, sorry.
This one has a redshift of z= ~0.115
It's a faint and fuzzy galaxy.
The central object is a galaxy.The 1 top left is probably a foreground star from our galaxy.So it is not possible for them to get close ! 😄
The object at 9 is another galaxy. Without additional info, there is no way to tell if they are actually close to each other
The object in the center is not a star but a galaxy.
I would go for an irregular (but that is just me).
The coordinates are underneath the image (RA & DEC)
Neither, it is a birhgt star from our galaxy. The colors and spikes are all opical artifacts. And please, mind the language. Tx
Another faint and fuzzy galaxy. Another irregular for me.
The object in the center is a very faint and fuzzy galaxy. I'd go for irregular;
The two orange dots are foreground stars from our galaxy. The galaxy is a very fuzzy spiral , with a big bulge.
No idea what causes it, sorry !
Thisi s actually a star from our galaxy. The colors and weird center are all optical artifacts. No debris flying ! 😄
It is an infrared image of a faint and fuzzy galaxy. Making it appear even fainter and fuzzier.
Yes, it is a Seyfert 1 galaxy, meaning it has a very active center (AGN).
Always classify the object in the center of the image (even if it is the most boring one).
The blue object, top left, is a foreground star from our galaxy.
Could be a diffraction spike (optical artifact) caused by a bright star outside of this image
This is an infrared image from the UKIDS Survey.
The object to the left is indeed a foreground star from our galaxy. No merger here.
The bright blue object to the right is not a galaxy but a foreground star from our galaxy. No merger here, sorry.
It could be a disturbed spiral arm
The object in the bottom right corner is a foreround star from our galaxy.
The whitish object is a foregroud star from our galaxy. So no merger here.
The green circles are artifacts.
The deep blue dot is a artefact. The two blue stripes could be satellite trails.
The central object is a galaxy.with a bright center. The small blue dot to the right is a foreground star from our galaxy.
No merger here, sorry. The blue object at the bottom is a foreground star from our galaxy.
Definitely ! Nice, two-armed, barred spiral.
The bright round dot at 6-ish is a foreground star from our galaxy. And so is the smaller bright dot at the bottom.
Sometimes the software gets confused ! 😄
here it focuses on the top of the green line.
The bright blue object, top right, is a foreground star from our galaxy. The colors and ring are just optical artifacts, no supernova here
Do you mean the two smudges to the right ? Those could be faint gaaxaies or maybe even foreground stars from our galaxy.
That said, this is one of the most spectacular stars I've seen in these images. 😄
The bright colorful object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Definitely a spiral but also with a nice, clear bar.
The bright blue obect, top right, is a foreground star from our galaxy.
Correct, the dots are artifacts.
Not a lens and not a ring, sorry. It's a galaxy with a very bright core AGN ?) The blue dot is an optical artifct caused by oversaturation.
The blue smudge, bottom left, is an optical artifact.
The object in the center of the image is not a gascloud but a galaxy with a big bulge. The blue one is a foreground star from our galaxy.
The blue objects in this image are foreground stars from our galaxy.
The two bright round objects are foreground stars from our galaxy.
The 2 squares with 4 dots are optical artifacts
The object, bottom right, is a foreground star from our galaxy.
Merger for me. Definitely not a lens
The orange glow and the spikes are optical artifacts caused by a bright star outside of this image.
The green dots are artifacts
More weirdness here : http://tinyurl.com/GZartifacts
Loads of artifacts and imaging and filter issues. These objects actually are stars from our galaxy.
Some (major) distortion, so merger for me. And also a merger for the two , bottom left quadrant. Gorgeous pic.
Sorry, I don't see anything in the top right corner.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=14.54810126&dec=-5.16134579&scale=12.676064&width=512&height=512&opt=&query=
Could be an airplane, see the very zoomed out (and rotated) image.
The dark spots are optical artifacts caused by oversaturation. This galaxy has a very bright core. It is a Seyfert1 galaxy
You cannot see if a galaxy has a bar if you see it edge on. Definitely a dustlane here.
I see 4 galaxies, some of them probably interacting. And the central one has a very bright core. Could be an AGN (active galactic nucleus)
The spiral looks distorted, so merger is definitely a possibility.
Gorgeous merger ! 😄
In this case : RA: 134.82154954, DEC: 0.99223341
The bright object,top left corner,is a foreground star from our galaxy.You can find the coordinates for the central object beneath the image
The blue dot in the center of the galaxy is an optical artifact caused by oversaturation.
The object in the bottom left corner is indeed a foreground star.
Those are the images with primarily blue/purple and pink colors.
If you see UKIDSS underneath an image, instead of SDSS , then it is an image in the near infrared.
Or could be a #polarring
Star forming areas don't appear red in the SDSS images. I'd go for foreground star from our galaxy.
More of a chance alignment. The central object is a spiral and spirals are usually not massive enough to do this kind of lensing.
Not much distortion, so I'm not sure about a merger. I'd go for overlap here.
I'd go for two armed spiral too.
The bright blue objects, in the top and bottom right corner are foreground stars from our galaxy.
gpair means a pair of galaxies. I don't find this term particularly useful.
Merger for me here
Very beautiful barred spiral with an inner ring. Possibly disturbed.
I don't see a voorwerpje in this image, sorry.
These two objects are both stars from our galaxy. The colors are not real. No merger here, sorry.
Optical artifact ! sorry ! 😄
Not very unique, sorry!These2 objects are stars from our galaxy!The colors are artifacts.More weirdness here: http://tinyurl.com/GZartifacts
What ! definitely not
What ! Most definitely not ! This one is most definitely a spiral galaxy
Always classify the object in the center of the image. Here that is a smooth and round galaxy.
Lots of imaging and filter problems. More weirdness here http://tinyurl.com/GZartifacts
The bright blue dot in the center is an optical artifact, caused by oversaturation.
Not a ring nebula but a ring galaxy ! Nice catch !
Looks like a loose, two-armed spiral to me
I'm thinking artifact.
This is actually a star from our galaxy. The colors are artifacts. More weirdness here : http://tinyurl.com/GZartifacts
The object in the bottom right corner is a foreground star from our galaxy.
The object in the top right corner is a foreground star from our galaxy.
The bright blue object at 5 is a foreground star from our galaxy.
Lots of imaging and filter problems. Artifacts. More weird images here ; http://tinyurl.com/GZartifacts
Don' think there is lensing going on in here.
The bright blue object is a foreground star from our galaxy
The blue thingy to the left is an optical artifact, sorry ! 😄
Or just a bright star (or two) from our galaxy ! Don't over think things !
Sorry,, all the objects in this image are stars from our galaxy.
Sorry, no mergers here. All the objects in this image are foreground stars from our galaxy that just appear to be close together.
Possible merger.
The central galaxy is indeed a spiral galaxy. I see two arms and a bar.
That is because the older comments don't show up in the view. You have to actively scroll down.
Just one galaxy for me too. Two armed, possibly barred spiral. Weird viewing angle.
Sorry, still don't see it.
I really don't know what you mean by this,sorry.
Definitely not a disk or spiral seen edge on. Smooth, round elliptical for me.
Could be a satellite trail.
Most of the smaller bright dots are foreground stars from our galaxy.
It is a faint and fuzzy galaxy. I'd go for irregular.
The image in Skyserver is rotated or flipped. The object here at the bottom shows up on top in Skyserver.
Could be a merger or could be two galaxies overlapping.
The blue cloud is an optical artifact.
The pale blue object to the right could be a foreground star from our galaxy.
The bright object to the right is a foreground star from our galaxy. The colors,, spikes and weird center are all optical artifacts.
The bright objects in this image are stars from our galaxy. No interaction going on.
The greenish cloud at 2 is indeed an artifact.
The object to the left is indeed another galaxy. But no way to tell if it is actually close to the central one.
The object bottom left, is another galaxy.
That is probably a faint foreground star from our galaxy.
faint and fuzzy spiral for me
Could be another galaxy, or it could be a foreground star from our galaxy.
The red light is an optical artifact caused by a bright star outside if this image.
Could be a merger, or could be line of sight.
The greencircle is an optical artifact.
Sorry, some of these infrared images will be very faint. Just give it your best shot !😄
The bright colored objects in the bottom right corner are all stars from our galaxy!
it could be foreground stars from our galaxy or it could be satellite galaxies, or galaxies not even connected to the central galaxy.
Not sure about this being a star cluster. All the objects in this image are stars from our galaxy.
Or two ellipticals merging 😄
That would be my classification as well.
Only, it is not. It is a galaxy with millions and millions of stars ! 😄
All the objects in this image are stars from our galaxy. So, the correct classification would be : star/artifact ! 😄
The QSO is 0.847 arcmins from the center of this image. The qso is the object in the red square : http://tinyurl.com/k5jdpk6
I'd go for a barred lenticular (disk) galaxy.
The object at 11 is another galxy. But There is no distortion visible, so no merger for me.
The objects in this image are stars from our galaxy. The colors and weird center are optical artifacts.
The bright spiky thing is indeed a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Star for me too !
It looks like there is some merging going on on the left side
The green ring is an optical artifact. No idea what causes it though ! 😄
The object (top right corner) is a foreground star from our galaxy.
I see a fuzzy two-armed spiral with a big bulge.
Not much distortion.: No merger here. And the blue dot is a foreground star from our galaxy.
The blue dot to the right is a foreground star from our galaxy. No merger here.
There is only one galaxy in the center of the image. No merger here.
No merger here. The bright white dot is a foreground star from our galaxy.
The central object is a galaxy, but almost all the other objects in this image are foreground stars from our galaxy. No merger here.
The object to the right is a foreground star from our galaxy. So definitely not a merger.
The blue dot is a foreground star from our galaxy.
The two galaxies in the center are merging. The bright blue object, bottom right, is a foreground star, so no merger there.
Neither. This is a foreground star from our galaxy. The ring is an optical artifact. Sorry.
Sorry, I only see one core.
The object to the left is a foreground star from our galaxy.
For me it is just one galaxy, but it looks disturbed.
The object you are asked to classify if the very faint smudge in the center of the image.
The bright blue orbs are foreground stars from our galaxy. They turn up fairly regularly in these images.
Two fuzzy galaxies, probably merging. I don't see any dustlane here.
This a disk or a spiral seen edge on.
That is one possibility. You could also say it it is a two-armed, barred spiral.
The 3 objects in the center are definitely galaxies and I'd go for merger.
The two blue/green objects are foreground stars from our galaxy. The colors are optical artifacts
Lovely merger going on.
he dark spot in the center is an optical artifact caused by oversaturation.
The bright blue object, top right, is a foreground star from our galaxy.
The two white dots are foreground stars from our galaxy.
LOL ! The object at the bottom is a foreground star from our galaxy
Lots of artifacts. The blue things could be stars but with some imaging problems
It justs depends on which filter catches the satellite. (red, green or blue). They do move very quickly
All the objects in this image are foreground stars from our galaxy. The colors are optical artifacts.
The green streak is a satellite trail, nothing to do with the galaxy ! ;D
Okay, who of you are the aliens ? Please, step forward ! 😄
The bright spots in a square formation are optical artifacs.
Bring out the Death Star! 😄
Looks like you like bars !!! 😄
I'd go for edge on with a lovely dustlane
The colorful glow and the spike are both optical artifacts caused by a bright star just outside of this image.
Everything that could go wrong with the imaging went wrong ! 😄
Don't think so.The central galaxy is a spiral and they are usually not massive enough to do any lensing.And this one looks especially wispy.
The central object is a galaxy,but the two bright ones to the right are both foreground stars from our galaxy. So, no merger possible,sorry.
The object, bottom left corner,is a foreground star from our galaxy.
The blue object to the right is a foreground star from our galaxy. the two green fuzzies are both optical artifacts.
Could be a sign of an AGN (active galactic nucleus), or just a filter problem ! ;D
The two very bright, clear blue objects are both foreground stars from our galaxy. The colors & weird center are all optical artifacts.
Both of these galaxies look a bit disturbed, so, for me, there is definitely some interaction going on.
Some of them could be other galaxies, some foreground stars from our galaxy.
It could be a foreground star or an artifact. Nothing to see in the optical image from Skyserver.
At these distances it is impossible to directly see a planet.
Nope, not a planet. Your first guess was correct. The object to the left is definitely a foreground star from our galaxy.
It'ss an infrared image of a QSO with z =0.17899 (according to SIMBAD), so the colors should be a bit strange.
The two bright blue streaks to the right and to the left are artifacts. No comet in sight in this image, sorry.
Artifact
(very) faint and (very) fuzzy galaxy. Could be a two-armed spiral (squinting helps)
The central object is a lenticular galaxy (disk) with a bar and a nocticeable bulge.Maybe even a bit disturbed. But that is just my opinion
No lens, no arc. The red 'ring' at the centre is just an optical artifact cased by the brightness of the core.
But definitely a satellite trail !
This is a very lovely irregular galaxy with lots of star forming areas (the blue clumps)
The central object is a galaxy as well as the small one at 6. The bright white and yellow objects are foreground stars from our galaxy.
Artifact, sorry.
That is not a black hole but an artifact of some sorts.
This is probably a spiral with a big bulge. But the image is too fuzzy to tell for sure.
😄 artifact for me too !
The central object is a fuzzy galaxy, not a comet,sorry.
The blue smudge is the galaxy. The brighter dot at the bottom could be a foreground star from our galaxy.
I'd go for a two-armed, barred spiral.(but hey, that is just me 😄 )
And it looks like there is some interaction going on with the galaxy to the right. Merger for me.
Always classify the object in the center of the image. Here you could go for an edge on.
Two galaxies. The central one is a disk or spiral seen edge on. Top one could be a disturbed edge on. Could be a merger.
The object in the center is definitely a galaxy. It has a very active core.
The two objects in this image are stars from our galaxy. Definitely not a merger.
The ring is indeed an artefact. No idea what causes it though ! 😄
or two-armed, loose, barred spiral with a bulge
More here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
The brightround objects in this image are all foreground stars from our galaxy. No voorwerpje, sorry.
I's a bright star from our galaxy. The colors, spikes and weird cneter are all optical artifacts.
The bright spiky thing is a foreground star from our galaxy. But, please, always classify the object in the center of the image ;D
If you mean the blue thing in the upper right corner, that is a foreground star from our galaxy. The four dots in a square are artifacts.
Nope, sorry. The object, top right, is a foreground star from our galaxy.
The central object is a galaxy (I'd probably go for a disturbed edge on). The two bright blue objects are foreground stars from our galaxy.
if you have to say no to every question, that will also give them some classification. I'd go for fuzzy irregular.
The bright blue object to the left is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
Or, could be two galaxies merging ! 😄
The two objects in the center are two galaxies, probably merging .
Absolutely correct. This object is indeed a star from our galaxy. And as for your first question : experience !
😄 Gorgeous merger !
The central object is definitely a galaxy. The one to the bottom left is a foreground star. So, no merger possible, sorry.
The red dot is an artifact caused by the brightness of the core.
I wouldn't call this one an irregular. I'd go for a disturbed, 3-armed spiral
Disturbed, barred spiral with two arms.
Those two objects, bottom left, are foreground stars from our galaxy.
Disturbed, but beautiful, spiral
The bright blue object at 12 is a foreground star from our galaxy.
I'm thinking artifact, some sort of filter problem.
SN1992Q means that there was a supernova in this galaxy in 1992.
Artifacts.
The large blue object, top right, is a foreground star from our galaxy.
Correct, the green dotted line is an optical artifact.
All the objects in this image are stars from our galaxy. So, star/artifact is the correct classification.
The two greenish white objects are both foreground stars from our galaxy.
The bright object, bottom right, is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
First of : always classify the object in the center of the image, even if it is the most boring one. ;D
The dark blue dot is an artifact.
All the objects in this image are foreground stars from our galaxy. Sorry, no merger here.
The central object is definitely a galaxy. I'd go for a disturbed spiral. The bright white spot is a foreground star from our galaxy.
The four dots in a square are indeed an artifact.
The bright spiky object, top right, is a foreground star fom our galaxy. The colors, spikes and weird center are all optical artifacts.
Merger for me too ! 😄
The object bottom left is a foreground star from our galaxy.
The blue and the green fuzzies ? Artifacts ! 😄
The green thingy at the bottom is an optical artifact.
The blue, top right, is a foreground star from our galaxy. The blue bottom right is an optical artifact.
The object in the bottom right corner, is a foreground star from our galaxy. Very beautiful.
The colorful glow and the spokes are optical artifacts caused by bright star just outside of this image.
The green glow is an optical artifact caused by a bright star just outside of this image.
The purple object is a foreground star from our galaxy.
Lots of distortion, merger for me too.
Some distortion and interaction. Merger for me too.
it's a Seyfert 1 galaxy. It has a very active nucleus.
Not much distortion, no merger for me. But that is just my opinion 😄
This is just one object. It is a foreground star from our galaxy. The colors and weird distortion are all optical artifacts.
That green ring is an optical artifact.
I'm seeing double ! 😄
Misalignment of the filters.
The fuzzy, central object is a galaxy. The two bright objects , top and bottom, are foreground stars from our galaxy.
Lots of things went wrong here with the imaging. Camera moved, filters going crazy.
The central object is a disturbed glaxy. The bright colored dots (red and yellow) to the right are foreground stars from our galaxy.
According to SIMBAD it is a carbon star and according to NED it is a star as well. Could there be something wrong with the spectrum?
The bright white object is a foreground star from our galaxy, so no merger here, sorry.
Looks like artifacts to me.
The two objects in this image are foreground stars from our galaxy. The colors are optical artifacts.
The donut is an optical artifact.
The blue object to the right is a foreground star from our gaalxy. The ring is an optical artifact
The object in the center of the image is a disk or spiral galaxy seen edge on. The blue dots are foreground stars from our galaxy.
The objects in this image are not clouds but galaxies.
The object at 2 o' clock is another galaxy. The red dots are foreground star from our galaxy.
The two purple objects are indeed galaxies. The red blob is probably a foreground star from our galaxy.
The object at 11 is a foreground star from our galaxy, so no merger possible.
The blue object at 2 is a foreground star from our galaxy.
The blue spot could be a star forming area in this galaxy.
The blue smudge in the center is a very faint and fuzzy galaxy
According to SIMBAD it is UGC 830 a Low Surface Brightness Galaxy
Looks like just one galaxy to me. No merger here.
Two galaxies with very bright centers merging.
beautiful irregular galaxy. The blue clumps are active star forming regions in the galaxy.
LOL !!!!
Sorry, that is just an optical artifact ! 😄
This is probably a barred spiral with two arms, where the arms fold back to make a ring. Technically, that would be ringed galaxy.
Yeah, it does, doesn't it ? Don't you just wish we could invoke aliens ? ;-D 😄
Star for me too ! And agree about the cool looking part too ! 😄
Telescope moving or camera moving. And big issues with the filters. In other words : everything that could've gone wrong went wrong !
Donut = optical artifact (sorry)
I'd go for merger of two ellipticals, but hey, that is just me ! ;-D
Not sure. These are infrared images from the UKIDS survey.
Sort of, the colorful glow and the spike are optical artifacts caused by a bright star just outside of this image.
The object in the center is a galaxy. I'd go for edge on with a big bulge. The bright object at 4 is a foreground star from our galaxy.
Neither can I ! Why would you expect a bulge ?
I see a very fuzzy galaxy. Irregular would be my guess.
Correct, the bright blue object, left top corner, is indeed a foreground star from our galaxy.
Sorry, that is not the case here. The central object is a galaxy and the small blue dot to the right is a foreground star from our galaxy.
Isn't it!The central object(which you are supposed to be classifying is a galaxy)All the other objects are foreground stars from our galaxy.
The object you are supposed to classify is the faint smudge in the center of the image. The only classification I can think of is irregular.
Both of the objects in the center are foreground stars from our galaxy.
I'd definitely go for (disturbed) spiral Not sure about the number of arms. But it is your call ! 😄
The blue sphere is a foreground star from our galaxy.
Could be. Without more info, it's really very difficult to tell. That said, the central object is definitely disturbed.
The green haze at the bottom is just an optical artifact (sorry)
The bright blue object at 12 is a foreground star from our galaxy (definitely not a planet).
At these distances it is just not possible to directly see a planet.
Nope, not a planet, but a foreground star from our galaxy. Planets are not directly visible in these images.
All the other dots in this image, including the bright one at 12 are all foreground stars from our galaxy.
I see one galaxy in the center of the image (and that is the one you are supposed to classify)
Always classify the image in the center of the image. Yes that is right, in this case that is the faintest of blue smudges ! 😄
Yeay ! (sorry) You are absolutely correct : always classify the object in the center of the image, even if it is the most boring one ! 😄
I'd go for merger too !
Btw, the rectangle, bottom left, is an optical artifact. Origin: unknown ! ;D
The blue streak is an optical artifact. Or it could be a cosmic ray that didn't get removed from the image.
Anyway, that is also a star. So the classification : star/artifact still stands ! 😄
Nothing 'wrong' here at all ! 😄
i see a very disturbed (maybe) spiral galaxy.
Just answer the questions as well as you can.
Aaaaw ! ;-D This is actually a star, but something went wrong with the imaging/filters.
LOL ! I don't think that z is correct for the satellite trail. That will be fr the central galaxy.
Not really,all the objects in this image are stars from our galaxy. The colors,spikes&funky little bits are all optical artifacts. Sorry !
Nice one, isn't it ? 😄
The bright blue object (right) is not a planet but a star from our galaxy.At these distances it is not possible to directly see planets.
Definitely a merger ! Nice catch ! 😄
No stars, but three galaxies merging !
All the galaxies we see are so much further away ! ;D
All the individual stars we see in these images are stars from our galaxy. Hence, they are foreground stars.
Both these galaxies are gravitationally interacting. Merger in progress.
Sorry, the object in the center is a galaxy, the one at the bottom is a star (says NED and me too ! ;-D )
Beautiful, isn't it ? All the objects in this image are foreground stars from our galaxy.
Nope, the blue object at the bottom is a foreground star from our galaxy. At these distances it is not possible to directly see planets.
The bright blue object in the bottom right corner is sadly not a voorwerpje but a foreground star from our galaxy.
The bright blue object to the left is a foreground star from our galaxy. The colors and weird center are optical artifacts.
You could go for irregular or for a very disturbed spiral. It is your call. With these faint images, there is no right or wrong ! 😄
Not sure, I'd probably go for two disturbed arms (but that is just me). Just answer the questions as well as you can. Nice find, btw ! 😄
The bright blue object at 2 is a foreground star from our galaxy. The colors and weird center are optical artifacts.
Gorgeous, disturbed, barred spiral. Simply beautiful.
There could be a star in there somewhere, but most of the fuzzy blobs are galaxies. Amazing isn't it ?
I'd go for a disk or spiral seen edge on and with a noticeable bulge ! .
This could either be a disk or spiral seen at an angle (not quite edge on) or an elliptical cigar shaped one.it is your call.
Honestly ! there is very well defined edge on galaxy in the center of the image. What is too faint here ????
The bright object in the top right corner is a foreground star from our galaxy. The colors and ring are optical artifacts.
I see two bulges as well. It could be a merger.
Please read the comments below ! (ps, it is a star from our galaxy)
You are correct:always classify the object in nthe center of the image (lovely dustlane). & the one at the top is indeed a two-armed spiral.
The blue haze is an optical artifact caused by a bright star just outside of thsi image : http://tinyurl.com/q8a2ggu
The central object looks like a disk or a spiral seen edge on. The blue haze is probably an artifact.
No, you are correct, always classify the object in the center of the image. I see a very disturbed spiral galaxy.
The darker red center is just an optical artifact caused by the very bright core (sorry)
At these distances it is not possible to directly see planets.
The object in the center is indeed a foreground star from our galaxy. The other dots are also stars from our galaxy.
You could classify the central object either as a very disturbed, barred spiral or as an irregular.Or anything in between.It's up to you !
And please, always classify the object in the center of the image, even if it is the most boring one ! ;D
The bright spiky thing to the right is a foreground star from our galaxy. The colors spikes and weird center are all optical artifacts.
hey, we were all newbies once ! 😄
The greenish ring thingy in the bottom right corner is an optical artifact.
The two spiky, blue objects are both foreground stars from our galaxy. The colors, spikes and rings are optical artifacts.
First of, always classify the object in the center of the image. Here that is a disk or spiral seen edge on.
The dot at 12 could be a foreground star from our galaxy, or could just be an artifact.
The bright blue objects are indeed foreground stars from our galaxy. Good call. 😄
(But it looks a bit like a little alien 😄 )
The bright object to the right is a foreground star from our galaxy. The colors and the weird center are optical artifacts.
This is an infrared image from the UKIDS Survey.Here's the image in the optical : http://tinyurl.com/pgfsxcc (image rotated). Fuzzy spiral.
Here's the image in the optical : http://tinyurl.com/px636w4
(image is rotated)
This is an infrared image. The central object is a galaxy. The one to the right is a foreground star from our galaxy.
And please, always classify the object in the center of the image. Here it is a faint edge on disk or spiral.
The blue spiky object at 6 is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
This is indeed a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The bright colorful spike is an optical artifact caused by a bright star just outside of this image.
Always classify the object in the center of the image. The two objects center and to the right are both galaxies.
The flare at the bottom is caused by a foreground star and is an optical artifact.
The darker 'ring' in the center is just an optical artifact caused by the brightness of the core.
The rings are arrtifacts. They could be caused by a bright star outside of this image.
Welcome to the Zoo, Holmes83 and Happy Hunting ! ;D
I'd go for merger too ! 😄
The two suares and the blue streak are artifacts (sorry)
The red dot in the center is an optical artifact caused by the brightness of the core
The blue fog at the bottom is probably an artifact.
The bright blue and green object to the right is a foreground star from our galaxy. But please, always classify the object in the center.
Because it is an artifact. It doesn't exist.
The galaxy in the center is not a artifact but a beautiful barred lenticular.
The ring at the bottom is indeed an artifact.
I'd go for disturbed (spiral) galaxy as well.
Not a lens but a severly disturbed spiral.
The brown smudge to the right could be another galaxy.
The bright blue object at 7 is indeed a foreground star.
The bright blue objects, bottom right, are foreground stars from our galaxy.
The dark spot is an optical artifact (that is why it doesn't appear in the optical image of Skyserver)
The object at the bottom is a foreground star from our galaxy.
I'm not sure what you are referring to ?
The white objects with the blue centers are foreground stars from our galaxy. The colors, spikes & weird centers are all optical artifacts.
Do you mean the blue dots at the edge of the galaxy ? that is noise.
Nope not a star but a galaxy.
These objects are indeed galaxies
Correct, the spiky object is a foreground star from our galaxy.
This is a star but something went wrong with the imaging/filters. More weird images here : http://tinyurl.com/GZartifacts
The central object is a galaxy,but the one at the bottom is a foreground star from our galaxy.So, definitely not a merger
Definitely not ! Foreground star ! 😄
Artifact for me ! 😄
Nope, sorry, no lensing here whatsoever. The bright dots are just stars from our galaxy.
Artifact, sorry ! ;-d
Not an artifact. 😄
It is a Seyfert 1 galaxy
The blue spots are active star forming regions in the galaxy.
The two bright blue objects are foreground stars from our galaxy.
The bright object to the left is a foreground star from our galaxy. So, definitely not a merger.
The white dot at 8 is a foreground star from our galaxy. The other two objects are galaxies, but not much distortion. No merger for me.
Not a star but a galaxy zoomed in a bit too much. I'd go for a disk with a bulge
These two objects are not stars but two galaxies. Could be merging !
I'd go for a very loose, two-armed spiral.
The central object is indeed a galaxy. A very faint and fuzzy one !
A faint and fuzzy galaxy ! Sorry, not much more to tell about it ! 😄
The object, bottom left, is an optical artifact.
Gorgeous merger !
The smaller dots are foreground stars from our galaxy.
And please, always classify the object in the center of the image ! 😄
That is just a bright foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue/green ring is an optical artifact.
I think it is two stars that appear close together
Aww, tx too ! 😄
The dark dot in the center is just an optical artifact ! (Sherlock)
Sorry, that is just an optical artifact !
Do you mean the small blob at 2 ? That is probably a foreground star from our galaxy.
Not much distortion, but that doesn't mean that there is not a merger going on. As for my classification : I'd go for overlap !
vrooje just took the words right out of my mouth ! 😉
The pink objects here are indeed galaxies. The blue round ones are all foreground stars from our galaxy.
First of all this image is an infrared image, so the colors are not real.
The object is a star and the colors are artifacts ! 😄
No merging stars at all. The 2 bright blue objects are foreground stars from our galaxy, overlapping the central galaxy.. Line of sight.
The green ring is an optical artifact, sorry ! 😄
The dark spot/green ring are optical artifacts.
Al the white dots in this image are foreground stars from our galaxy.
This is not a galaxy but a star from our galaxy.But something went wrong with the imaging/filters. See here: http://tinyurl.com/GZartifacts
If you squint really hard there appears to be some spiral structure.
Glad to have you on board ! 😄
I see a barred spiral in the center. The yellow dot at 4 is a foreground star from our galaxy. The orange dot upper left is also a star
The four points square is an optical artifact.
Nice merger.
I'd go for a medium, two-armed spiral with a noticeable bulge.
The dark dot in the center is an optical artifact.
The blue and the green blob to the left are artifacts, sorry.
The green lines are satellite trails.
The ring is an optical artifact. The blue line is a satellite trail.
The curved, colored line is an optical artifact cause by a bright star just outside this image.
The green ring is an artifact.
First of, always classify th object in the center of the image. And the blue object at the bottom is a foreground star from our galaxy.
Definitely a galaxy, not a star.
With tis kind of distortion , I'd go for merger too.
The two blue objects are indeed foreground stars from our galaxy. No way to tell from just this image if they are a binary system
I'd go for a disk or spiral seen edge on !
It could be an edge on with a big bulge
The small green object is a foreground star from our galaxy. Btw,the 2 bright blue 1s to the N and the S are also foreground stars.
If you move the square over the object of your interest and then click recenter (to the right) & Get Image again.
Now you can zoom in and out
Click on Galaxy Zoo examine - View on Skyserver- click 'Navigate' (to the left of the image) - Get image .
Merger in progress. Nice catch ! 😄
Not a pea but a star from our galaxy. The colors are not real.
Star for me too.
These objects are indeed stars, but the colors are not real.
The white dot at the bottom is indeed a foreground star from our galaxy.
The white object is indeed a foreground star from our galaxy.
The red object is an edge on galaxy. #overlap
That is an optical artifact caused by a bright star just outside of this image.
The black dots in the center are artifacts.
Beautiful merger. Check the comments below. 😄
A faint and fuzzy galaxy.
The yellow dot at 12 is a foreground star.
Artifact !
What is what ?
The central object is definitely not a star but a galaxy !!!!
Every star you see in these images will be a star from our galaxy !
I assume you mean by spiral: spiral arms ! 😄 So yes, at least tw spiral arms here ! 😄
I wouldn't call this one irregular. I'd go for disturbed.
Look at the comments below ! Gorgeous merger ! 😄
The red coloring at the bottom is indeed an artifact.
As for classification : I'd go for smooth and round.
Amazing galaxy : Messier 061. Here's the image in the optical : http://tinyurl.com/Messier-061 Enjoy ! 😄
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter. 😄
The central galaxy is definitely disturbed. The most likely culprit is the galaxy at é. And they both have the same redshift.
That is not a cloud but millions and millions of stars.
All the objects in this image are stars from our galaxy. The spikes, colors and stripes in the center are all optical artifacts.
Do you mean the red dot in the center of the galaxy ? That is an artifact.
Disturbed galaxy (spiral)
Here's the Skyserver image : http://tinyurl.com/orsnaza
These objects are actually stars from our galaxy. But the colors are not real.
Two galaxies in the center. The white objects are foreground stars from our galaxy.
A spiral and two round ellipticals. The blue dot, top left, is a foreground star from our galaxy (not a nova)
No distortion, overlap for me too.
The bright spiky thing is indeed a star from our galaxy.
Looking at it in Skyserver, it appears to be a foreground star.
Where do you see a green galaxy ?
The round object is indeed a star from our galaxy. the line is a satellite trail. More weird images here http://tinyurl.com/GZartifacts
There are 2 galaxies in the center of the image. The green circle to the left is an optical artifact.
Wow, just what I was going to post ! 😄
The round, white/yellow objects are all foreground stars from our galaxy.
A very busy image! 😄 There could be some interacting between the central spiral and the edge on (bottom left).
Al the objects in this image are stars from our galaxy. So, star/artifact is the correct classification.
So, no interaction possible, whatsoever. 2/2
The central object is just a two-armed, tight spiral. The white object is a foreground star from our galaxy. 1/2
All the objects in this image are stars from our galaxy. And yes, the red dot is an artifact.
Yep ! Take a look at the comments below 😄
Satellite trails can be blue or red too !
Definitely not a gravitational lens. I'd go for merger too !
The central object, which you are supposed to classify, is a galaxy. The round orange objects are foreground stars from our galaxy.
Not much distortion. Could be a merger, but I'm not sure.
The blue object, top right, is a foreground star from our galaxy. The dark areas are optical artifacts.
Satellite trails. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Not much to see in this infrared image. Here's the optical image : http://tinyurl.com/q28h5wz ; Definitely a galaxy ! 😄
I'd go for merger too ! Nice catch ! 😄
The dark spot is an artifact, caused by oversaturation
Good call ! Artifacts.
Definitely a possibility
Skyserver does get it wrong sometimes ! 😄
The red thingy is an artifact, sorry.
The central object (which you are supposed to classify) is a galaxy. the other round dots are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors are indeed artifacts.
Definitely a galaxy, but a very fuzzy one.
Correct ! The blue object is indeed a foreground star.
The object in the center is a galaxy. The blue one at the bottom is a foreground star from our galaxy.
Two galaxies merging in the center. Blue dot, top right, is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. The colors, spikes and weird centers are all optical artifacts.
That is a star from our galaxy, but something went wrong with the imaging/filters. More weirdness here : http://tinyurl.com/GZartifacts
Probably a foreground star. Btw, if you think something is a star it is always in the foreground.
Definitely not a galaxy. All the objects in this image are stars from our galaxy.
The white dots in a square are artifacts.
There is not much distortion visible, but that doesn't mean it is not a merger.
The central galaxy is very disturbed. Probably merging with the smaller one (bottom right)
I'm thinking galaxy, but it is a tricky one.
The coordinates are underneath the image : RA: 185.53672288, DEC: 7.55823135
The bright spiky thing to the right is a foreground star from our galaxy. The colors, spikes and rings are optical artifacts.
Two small galaxies.
The two bright blue objects are both foreground stars from our galaxy. Line of sight.
The 3 bright objects at the top are foreground stars from our galaxy.
A disturbed galaxy. Possibly by the little one to the right.
Artifact.
Thisis a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The bright object to the left is a foreground star fromoour galaxy.
The green circle to the left is an optical artifact.
That is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
The image on Skyserver is in optical wavelengths. This one here is from the UKIDS Survey and is in infrared.
The 3 objects to the left are foreground stars from our galaxy.
The central object is a very faint and fuzzy galaxy.
The purple objects are galaxies. The blue dots are foreground stars from our galaxy.
The central object is a galaxy. The other objects are all foreground stars from our galaxy.
The central object is a galaxy and so is the yellow one to the left. The white objects are foreground stars from our galaxy.
Definitely galaxy.
Not stars but galaxies
Just keep on looking ! Maybe you will find something extra ordinary !
The bright dots are optical artifacts, sorry !
The something at 8 is an optical artifact, sorry !
It is definitely a galaxy !
If you see UKIDSS underneath an image it means that the images are infrared images. Merger for me too !
Definitely two galaxies merging, maybe even 3.
Sorry, no galaxies in this image. All the objects here are stars from our galaxy.
The spikes, colors and rings of the star (bottom left quadrant) are all optical artifacts.
You are correct. The red object is a foreground star from our galaxy.
Sorry, I can't see any rings.
The bright spiky objects are indeed foreground stars from our galaxy. No light bending going on in here.
That line is probably a satellite trail.
I can see what you mean, but the 'lensed' images are the same color as the central galaxy. It appears they are part of the galaxy.
The red star is from our own galaxy. No interaction whatsoever possible with the central galaxy.
The blue object, bottom left, is a foreground star from our galaxy.
The object at the top is indeed a foreground star from our galaxy The colors and spikes are optical artifacts.
Both the objects in the center are galaxies with millions and millions of stars
Looks like two galaxies to me.
LOL! These 2 objects are actually stars from our galaxy.But the colors are not real. More weird images here: http://tinyurl.com/GZartifacts
Merger is definitely a possibility !
That is, unfortunately, an artifact ! 😄
Barred for me too !
The bright blue object at the bottom is a foreground star from our galaxy. The central object is a galaxy.
The white and orange dots are foreground stars from our galaxy.
Definitely an artifact
This is a foreground star from our galaxy. The orange object to the right is also a star
This is actually a star from our galaxy. The colors are not real.
So funny! 😄 This is actually a star from our galaxy, but something went wrong with the imaging/filters.
The bright spiky thing, to right, is indeed a foreground star from our galaxy.
The central object(which you are supposed to classify)is a galaxy.The bright spiky thing at the bottom is a foreground star from our galaxy.
The red/orange spot is a foreground star from our galaxy.
A disk or spiral galaxy seen edge on. The blue dots are foreground stars from our galaxy.
These two objects are actually stars from our galaxy. But the colors are not real. More weird images here http://tinyurl.com/GZartifacts
No, the red thing is the bright center of the galaxy
Th green and blue thingies are artifacts.
Th e blue object at the top is a foreground star from our galaxy.
If it is a spiral, it is a very disturbed one.
There are two galaxies in this image. The 3 dots are foreground stars from our galaxy.
A barred, two-armed spiral.
Disturbed spiral with active star forming regions (the bllue clumps)
The 2 objects at 12 are both foreground stars from our galaxy.
The bright blue object top right is a foreground star from our galaxy.
The central object is a galaxy, probably a disturbed spiral.
I wouldn't call this one a spiral.
The ring at 6 is an optical artifact. The central galaxy is disturbed. No obvious culprit.
The central object isa galaxy. The bright one to the top right is a foreground star from our galaxy.
The one at the bottom has a bar,but please always classify the object in the center of the image ! 😄
Not really,it's actually the other way round.
Probably satellite trails.
These are infrared images from the UKIDS Survey. The bright blue object to the left is a foreground star from our galaxy.
Artifact for me too ! 😄
Every picture gets looked at by a number of people. That way we get a consensus and mistakes are ironed out. Definitely real science !
Correct. But the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
There is not much distortion, so no obvious interaction for me.
The central objec is a galaxy. The two smaller dots are both foreground stars from our galaxy.
Yep, a very faint and fuzzy one ! 😄
There is no separate entry for that. You can come in here and tag it as such.
The blue object to the right is a foreground star from our galaxy. And so is the small one, bottom left.
The central object is a star from our galaxy. The horizontal and vertical lines are optical artifacts. The black circle is also an artifact.
Beautiful planetary nebula. Nice catch ! 😄
This spiral galaxy has an AGN (active galactic nucleus)
Those two circles are optical artifacts.
Sorry, there is no easy way to identify artifacts. Experience helps !
It is a galaxy, possibly a spiral, with a very active galactic nucleus (AGN)
The red glow and the spikes are optical artifacts caused by a very bright star just outside of this image.
The green ring is an optical artifact, sorry.
The void to the right is an optical artifact. Don't know what causes it.
Not a merger. All the objects in this image are stars from our galaxy.
Gorgeous merger. Very bright core
The object, bottom right, is not a galaxy but a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts
The object at the top is indeed a star. The colors, spikes and weir center are all optical artifacts.
The two squares of green dots are artifacts.
These two objects are not galaxies but stars from our galaxy.
The colorful clouds at the top are optical artifacts.
Barred, two-armed spiral. Disturbed
Here'd I'd go for smooth and round (elliptical)
I'd go for disturbed spiral with a big bulge
Always classify the object in the center of the image. And the ring is an optical artifact.
I'd go for irregular
The bright object to the left is not a supernova but a foreground star from our galaxy.
Definitely not a star but a galaxy.
This is actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The object in the bottom left corner is indeed a foreground star from our galaxy.
Beautiful disturbed spiral. No lensing here.
I don't understand the question , sorry.
It is a disk or spiral galaxy with a big bulge seen edge on.
Nope, just a faint and fuzzy gaalxy.
The central object is a very faint and fuzzy galaxy. The bright round dots are foreground stars from our galaxy.
The bright object to the right is a foregrond star from or galaxy. No interaction possible with the central galaxy.
Nope, definitely a galaxy. It has a very bright center.
All the objects in his image are foreground stars from our galaxy.
The ring, bottom right, is an optical artifact, sorry ! 😄
this is actually a star from our galaxy, but the colors are not real. And the ring at the center is also an optical artifact.Sorry ! 😄
Hope you are having fun with this project !
The squares of green dots are optical artifacts ! 😄
Optical artifact, sorry !
The bright white object to the left of the central a galaxy is a foreground star from our galaxy.
Hi milkomix
The z-value you quote has to do with the different filters used in SDSS (u g r i z). I t is not the redshift for this galaxy.
The square dots formations are optical artifacts. Definitely not stars.
The green ring is just an optical artifact. Really don't know what causes it though ! 😄
The faint and fuzzy thingy in the center is actually a galaxy.
The bright purple object at the bottom is a foreground star from our galaxy.
The blue object at 7 is probably a foreground star from our galaxy.
I'm thinking foreground star from our galaxy.
The redshift for this galaxy is 0.041870
The z value you cite has to do with the different filters (u g r i z) that SDSS uses.
Yes, the blue object is a foreground star from our galaxy.
Artifact, sorry ! 😄
The green cloud is an optical artifact.
I'd go for edge on disk or spiral. If it has pointy ends it is usually a disk or spiral seen edge on.
The 'lens' is too vague. I'd go for disturbed galaxy.
If you see UKIDSS underneath the image, then they are infrared images
The red/orange object, top left, is a foreground star from our galaxy.
The red and orange objects are both foreground stars from our galaxy.
The term overlap is used for galaxies overlapping other galaxies. The white object at the bottom is a foreground star from our galaxy.
I think the central object is actually the tiny dot, but I expect that almost no one will classify that. Don't worry ! 😄
Could be a satellite traiL.
Artifacts. Could be cosmic rays that didn't get removed.
But, please, always classify the object in the center. 😄
Correct ! The ring to the right is an artifact.
All the objects in this image ae foreground stars from our galaxy.
The darker spot in the center is an optical artifact (over saturation)
The blue dots in the center are optical artifacts (oversaturation)
But, please, always classify the object in the center of the image.
Not a cloud or a nebula but a disturbed galaxy.
Not a star. Could be a cosmic ray that didn't get removed.
artifacts
The two dots are indeed stars from our galaxy. So, no interaction whatsoever possible between them and the central galaxy.
The green dots and the bright blue dot upper left are indeed artifacts.
The 'ring' at the bottom is an optical artifact
Yep, both these objects are stars from our galaxy.
Disturbed spiral galaxy. 😄
Neither ! It's a barred, two-armed, (ringed) spiral
No gravitational lens here. It is a fuzzy spiral
The 'ring' is an optical artifact.
The central object (which you are asked to classify) is a galaxy. The red dot is a foreground star from our galaxy. No merger here, sorry.
More weird ilages here : http://tinyurl.com/GZartifacts
Yes, that is indeed a foreground star from our galaxy.
Always classify the object in the center of the image. But if you see something strange you can always come in here and talk about it.
The images where the galaxies arer blue, purple or pink are mostly from the UKIDDSurvey. These are infrared images.
The dark dot in the center is just an optical artifact.
The red and yellow object is a foreground star from our galaxy.
Definitely a galaxy. It is the infrared image of this galaxy : http://tinyurl.com/p7lukfm
The bright object to the right is a star from our galaxy. So, no merger possible.
That is a foreground star from our galaxy, the colors are not real.
That is actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The circle to the right is an optical artifact.
The spiky object is indeed a foreground star from our galaxy.
Not dust but a very faint and fuzzy galaxy.
The central galaxy is a smooth and round galaxy. The two smaller dots are probably foreground stars from our galaxy.
The blue objects to the left are not a supernovae but a foreground stars from our galaxy.
The bright blue objects are not supernovae but foreground stars from our galaxy.
The bright blue object to the left is not a supernova but a foreground star from our galaxy.
The bright blue object at the bottom is not a supernova but a foreground star from our galaxy.
The bright white object is indeed a foreground star but it cannot have any effect on the much farther away galaxies.
Not a supernova, but a foreground star from our galaxy.
No supernovae, sorry. These two objects are foreground stars from our galaxy.
It is a fuzzy disturbed spiral.
Definitely an artifact, don't know what causes it. Sorry.
These two objects are actually stars from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Not a nebula but two galaxies merging. The blue dots are not individual stars but regions with active star formation.
See the comments below. Merger for me too
The blue/green thingy is an optical artifact
That is not a bar, but another galaxy. Looks like an edge on spiral or disk galaxy.
Whatever you want to talk about is just fine ! 😄.
The central object is a good example of a two-armed, barred spiral.
Correct ! The bright blue object at the top is indeed a foreground star from our galaxy.
Both of these objects are galaxies. Smooth and round.
The object at 2 is probably a foreground star. The two objects to the left are probably small, fuzzy galaxies.
Yep ! Two-armed and loose spiral.
The central object, which you are supposed to classify is a galaxy. The two objects to the left are foreground stars from our galaxy.
The object underneath is another galaxy.
The red dot at 10 is a foreground star from our galaxy.
It's actually a foreground star from our galaxy. But I like your explanation better ! 😄
The bright object at the top is a foreground star from our galaxy The colors and weird center are optical artifacts.
The blue object bottom right is a foreground star from our galaxy.
I'd classify it as smooth and round.
This galaxy has a very bright core, possibly an AGN (active galactic nucleus)
The yellow objects are indeed galaxies. The white objects as well as the orange one are foreground stars from our galaxy
I'd go for overlap
These images are infrared images. The colors are not real.
It's an artifact, don't know what causes it though ! 😄
That is taking the easy way out ! 😄
Either it is a merger or it is an overlap, it can't be both !
Oh no ! Please, always classify the object in the center of the image, even if it is the most boring one ! 😄 Happy hunting ! 😄
Not too sure about he interaction. No distortion whatsoever.
Sorry, no collision here. The bright object to the left is a foreground star from our galaxy. So, no collision possible.
djj, is that you ? 😄
Sorry, that is just an artifact ! Don't have a clue what causes hem though ! 😄
Please,always classify the object in the center of the image, even if it is the most boring one ! 😄
Always classify the object in the center of the image. In this case, it really doesn't matter because these are all stars from our galaxy..
These two objects are actually stars from our galaxy. No merger here , sorry.
I have no idea what you are on about !
This is a galaxy, probably a fuzzy spiral.
A barred, ringed galaxy.
Looks like an imaging artifact.
Definitely artifacts ! 😄
It's a very faint and fuzzy galaxy. Sorry not much more to tell about it.
Yep, satellite trail
The images here are from the UKIDS Survey and they are infrared images. The ones in Skyserver are from SDSS and are in optical wavelenghts
The blue object at the top is a fuzzy irregular galaxy.
Correct ! This is indeed a star from our galaxy. More weird images here : http://tinyurl.com/GZartifacts
This two objects are actually tars from our galaxy, but something went wrong with the imaging/filters.
Lots of artifacts ! 😄
Good catch ! 😄
In this infrared image the active center appears very red.
Definitely a bulge, but not sure about two arms. Too fuzzy to tell for me.
There are lots of strange artifacts in these infrared images. No idea what causes them, sorry.
The bright spiky object is indeed a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue object is a foreground star from our galaxy, so no collision possible
Why 'failed' ? 😄
I see a disturbed galaxy.
The star is the bright blue dot at 10.
The bright object at the top is a foreground star from our galaxy. Not a supernova, sorry !
It could be part of the galaxy,or maybe not. Very difficult to tell just from this image. But I'd go for a disturbed two armed spiral too !
Usually, edge on's (like the one in the center of this image) are not massie enough to do any lensing !
Definitely not a lens and definitely not an artifact. Just a conveniently nice placed faint edge on galaxy.
I don't really see a dustlane here, sorry.
That is a diffraction spike (optical artifact) caused by a bright star just outside f this image.
The bright object top right is a foreground star from our galaxy. The smudge at 7 is a faint galaxy.
That is anartifact ! 😄
If you right click on the image you can copy it.
It is a fuzzy barred, two armed spiral. The spiral arms fold back to make a ring
The small dot at 3 and the bright object top right are both foreground stars from ur galaxy.
Three galaxies, not stars
That could be a star from our galaxy,or an artifact.
Those green circles are artifacts.
Nope, just a foreground star from our galaxy, sorry ! 😄
Could be a far away galaxy or could be a foreground star. Just from this image, no way to tell !
Yeay ! 😄
Sorry, just artifacts ! 😄
The central object is a galaxy. Almost all the other objects are foreground stars from our galaxy.
Sorry, that ring is just an optical artifact. No black hole whatsoever.
Definitely a galaxy. I'd go for disturbed spiral
The bright blue object is a foreground star from our galaxy. The ring is an optical artifact.
The two yellow objects are galaxies. The red objects are foreground stars from our galaxy.
Not a star cluster but a faint and fuzzy galaxy.
The central object is not a star but a disturbed galaxty.
The bright object, top left, is a foreground star from our galaxy. The colors, rings and spikes are all optical artifacts
That ring, upper right, is (alas) an optical artifact ! 😄
Not sure about it being a cluster, but all the objects in this image are stars from our galaxy ! Good call ! 😄
Lovely merger indeed ! The red thingy looks more like an artifact.
Merger for me to ! -D
There is no interaction possible between the central galaxy and the object top left, which is a foreground star from our galaxy.
This is a very fuzzy and faint galaxy. It doesn't look massive enough to do any lensing.The blue green thingy is probably just noise, sorry.
Some distortion in the right galaxy, so definitely interaction ! 😄
Artifacts for me. Don't know what causes them, though ! 😄
These objects are actually stars from our galaxy, but the colors are not real ! . More weird images here : http://tinyurl.com/GZartifacts
The thin line could be a diffraction spike (optical artifact) caused by a bright star outside of this image.
The object itself is a star, the colors are artifacts.
With these kinds of distortions, definitely merger.
Imaging and filter problems. These objects are actually stars from our galaxy, but the colors are not real.
That is a satellite trail. Definitely artifact ! 😄
the green circle is an artifact
The fuzzy object in the center is not a star but a galaxy
The green ring at the top is an artifact. Don't know what causes it though! 😄
Te blue lines are definitely arifacts. I'm thinking satellite trails.
Not sure what you mean ? The central galaxy is very possibly a spiral or disk galaxy seen edge on.
Looks like an overlapping galaxy.
The two circles at the bottom are some funky artifacts !
Just coincidence. No lensing here, sorry.
The line is a diffraction spike (optical artifact) caused by a nearby star. Happy Hunting ! 😄
The yellow/orange objects at the top are both foreground stars from our galaxy.
This galaxy has a very bright center. The blue cloud in the center is an optical artifact.
The central object is a fuzzy barred spiral. The bright object , bottom right, is a foreground star from our galaxy.
The central galaxy is definitely disturbed, but not by the bright object at 12. That is a foreground star from our galaxy.
I'd go for smooth - in between - merger
This is actually a star from our galaxy, but the colors are not real. More weird image here : http://tinyurl.com/GZartifacts
Still a merger, more than a year late ! 😄
Two foreground stars from our galaxy.
Those two green objects are foreground stars from our galaxy.
The green object, top left, is probably a foreground star from our galaxy.
Oh yes ! And a very beautiful one too !
Distorted spiral. Nice merger
That is how these projects work : every image gets looked at by multiple users. That way we can get a consensus.
The bright object at 7 is a foreground star from our galaxy. No lensing here, sorry.
The round blue object, top right, is a foreground star from our galaxy
That is actually a star from our galaxy, but something went wrong with the imaging/filters.
The bright object is a foreground star from our galaxy.The blue spots are artifacts.
There is not much distortion. Overlap for me.
Edge on galaxy, no bulge.
You are not the first ! 😄 More weird images http://tinyurl.com/GZartifacts
That is a foreground star from our galaxy. 😄
The object at the left is a foreground star from our galaxy. 😄
Nothing exploding here ! These objects are foreground stars from our galaxy. The colors are not real
The central object, which you are supposed to classify , is a two armed spiral.
The two blue objects are foreground stars from our galaxy. No dustlane in this image, sorry.
The bright blue object at the top is foreground star from our galaxy.
A smooth and round galaxy.
Not sure about the overlap !
Sorry, but it is just a star, nothing special !
Those red rings are optical artifacts, sorry.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=189.27451005&dec=7.55084354&scale=0.09903175&width=512&height=512&opt=&query=
In this infrared image it looks very much like an arc, but looking at it in the optical it is just an overlapping galaxy. Sorry.
No lensing whatsoever going on in this image, sorry.
artifacts ! 😄
No lensing in this image, sorry. The central object is a faint spiral and these are usually not massive enough to do any lensing.
With this kind of distortion, merger is a safe bet ! 😄
The red dots are foreground stars from our galaxy. The white objects to the left are also foreground stars.
The bluish/white object is a foreground star from our galaxy.
The green/black thingy to the left is an artifact.
The object to the leftis a foreground star from our galaxy. The colors are not real.
These three objects are all stars from our galaxy.The rings are optical artifacts.
artifact ! 😄
The 'lensed' galaxies are the same color as the 'lensing' galaxy. In a real lens the colors would be different.
There is a slight possibility that this could be lensing. But somehow I don't think so.
Please, always classify the object in the center of the image !
The ring to the right is an artifact.
Not a galaxy, but a star from our galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Irregular for me.
The green fuzz with the black circle is an optical artifact.
The ring at the bottom is an optical artifact
A fuzzy spiral. The clumps are active star forming regions.
A flyby ?
The squares are optical artifacts
This galaxy has a very bright center. The 'ring' and the dark bars are optical artifacts. No lens here.
The object to the left is a foreground star from our galaxy. The ring is an optical artifact. No lensing here.
The brlue object to the upper left of the galaxy is a foreground star from our galaxy. The ring is an optical artifact.
Always classify the object in the center of the image.The object you are describing is a foreground star from our galaxy.
The blue objects at the bottom are foreground stars from our galaxy.
It's just a star ! 😄 The colors and weird center are optical artifacts
Disturbed galaxy. No lensing here, sorry.
The galaxy is certainly disturbed. I don't see another galaxy that it is merging with.
The two white objects are indeed stars. The central object is a galaxy.
The object at the bottom is a foreground star from our galaxy. No merger here.
The blue object, top left, is a foregroundstar from our galaxy. The colors, spikes and white center areall opticall artifacts.
So, the bright object is a foreground star from our galaxy. What is the problem here ????
No distortion, so not a merger forme
Are you referring to the central galaxy ? that is probably a disturbed spiral.
Now, that is not the way it happens. Just google galaxy evolution.
These blue and purple images are from th UKIDS Survey (infrared). So the colors are very differernt
This is a star from our galaxy. More weird images here : http://tinyurl.com/GZartifacts
That is an artifact caused by the very bright center.
At first I thought diffraction spike from a nearby star, but there is no star to cause this. Maybe some moving object. (satellite)
That ring to the right is an optical artifact.
These two objects are actually foreground stars from our galaxy. More weird images here http://tinyurl.com/GZartifacts
Do you mean the blue dot at 2 o'clock at the right edge ? That's an artifact.
The object at the bottom is indeed a
2/2
This is the new GZ : https://www.zooniverse.org/projects/zookeeper/galaxy-zoo/talk
1/2
Althoug this is an amazing image, not sure why you are posting this here. GZ Talk Ourobouros is almost closed.
Definitely a galaxy. The odd colouring to the left could be an optical artifact.
Oh no, Don't be sorry, I just thought it was hilarious ! 😄
Groan ! 😉
The 'ring' could be fuzzy spiral arms and the central object looks more like a bar with a bulge. But, hey, that is just me !
2/2
A ring is a feature. So, if you start out with smooth, you cannot end with a ring.
1/2
Not sure how you, an experienced classifier, can classify something as an elliptical with a ring!
Not sure I see anything 'jet'-like, sorry !
The blue dots int he galaxy are active star forming areas ijn the galaxy.
Nope, not a nebula. It is indeed a spiral galaxy seen almost edge on.
Definitely not a star but a barred two-armed spiral !
I'd probably classify this galaxy as a disturbed spiral galaxy. But that is just me ! ;D
I'd go for a two-armed barred spiral to me.
According to SDSS it is another galaxy, but I'm not so sure. It looks like a foreground star from our galaxy to me.
The central object is a fuzzy galaxy.You could classify it as an irregular or as a very disturbed barred spiral. Just give it your best shot
It could be a cosmic ray hit that didn't get removed.
Fuzzy disturbed galaxy or irregular galaxy.
The bright object in the bottom right corner is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
If you see a central bulge, you cannot classify this galaxy as an elliptical.
The central object is a galaxy and the white one is a foreground star from our galaxy.
Sorry, no merger in this image. The yellow object, bottom right, is a foreground star from our galaxy.
2/2
If they are merging they are close together. If it is an overlap they are very far apart and the closeness is just a line of sight.
1/2
Sorry, it can't be both.
The blue blob, top left, is a foreground star from our galaxy.
The yellow/orange line, top right, is probably a satellite trail.
Just looking at this image I'd say the small white object is a foreground star from our galaxy.
Do you have a spectrum ? 😄
2/2
And the object top right is a foreground star from our galaxy. The colours and spikes are all optical artiffacts.
1/2
Nope ! The object in the centre is a very beautiful very disturbed barred spiral.
Hi Angelika !
What do you mean by a 'heated bulge' ?
Maybe yes, maybe no. Just give it your best shot !
For me it is just one disturbed (spiral ?) galaxy. The blue blob is probbaly a very active star forming area.
The bright object is a foreground star from our galaxy. See the zoomed out image from SDSS (https://tinyurl.com/ya9axvud)
???
Then why are there so many images of very clear spirals ?
Yep ! A faint and fuzzy one ! 😄 If I squint really hard I think I can see a disturbed spiral galaxy.
The blue line could be a satellite trail.
With the more or less pointy ends I'd go for edge on.
The object, bottom left, is a foreground star from our galaxy. So, definitely not a merger !
Happy hunting !
Or a disturbed spiral galaxy ? 😉
How did you classify this one ?
Sorry, I don't see any objects below and left side?
What do you mean by heated bulge ? And I don't see any objects below and above the central galaxy.
Sorry, I don't see a large dzrk object above the central galaxy.
What do you mean by heated bulge ?
Not sure I see an overlap in this image, sorry.
I have no idea what you are talking about. Could you explain it a bit more ?
Not sure what you mean by your explanation. I just see a disk or spiral galaxy (with a rounded bulge) seen edge on.
The bright spiky thing is a s foreground star from our galaxy. The colours and spikes are all optical artifacts.
Sorry, the 'jet' is another galaxy interacting with the central one.
Although the central galaxy looks disturbed, I don't see any obvious culprits in sight.
Not a dust cloud, but a real (irregular) galaxy with billions of stars.
Sorry, no supernova in this image. The central object is a disk or spiral galaxy seen edge on. The round object (left) is a foreground star.
Where ?
The yellow line is not a satellite trail, but a diffraction spike (optical artifact) caused by a bright star outside of this image.
You can get tidal tails when galaxies are merging, so you can classify it as both.
Sorry, I don't see an object, right side above !
Or you could go for a disturbed barred disk or spiral seen edge on.
2/2
And the galaxy bottom right is not an elliptical but a disk or spiral galaxy seen edge on.
1/2
The object in the centre is not an edge on but a barred disk or spiral galaxy seen face on.
Two galaxies interacting. Nice #merger
2/2
The bright object, top right, is a foreground star from our galaxy.
1/2
Here's the SDSS image : https://tinyurl.com/yaqk5buy . I'd classify this as a disturbed spiral interacting with another one.
The objects in this image are not stars but galaxies, probably interacting. Impressive #merger.
This is a disk or very fuzzy spiral galaxy with a big bulge.
This is not a planet but a real galaxy with billions of stars in it
The bright object bottom right is a foreground star from our galaxy. The colours, spikes and the yellow bar are all optical artifacts.
Dear Angelika, What do you mean by a heated bulge ????
Both galaxies look very distorted, so #merger for me too.
Not a nebula but a fuzzy galaxy. The blue blobs are indeed areas with star formation.
This is a barred two armed spiral where the spiral arms fold back to make a ring; No dustlanes in this image, sorry!
Sorry, there are no objects on the left side or above. There is a smudge in the bottom left corner and that could be a foerground star.
No merging in this image, just one smooth round galaxy in this image.
The dark spot is just an optical artifact.
The blue object in the centre is definitely not a planet but a star forming area in a (probably) irregular galaxy.
Looks like some optical artifacts around this smooth round galaxy.
Not enough distortion in either galaxy to tell if they are merging, sorry !
Sorry, I don't see a dark object below the central galaxy.
Oops ! Definitely not an elliptical ! I'd classify this one as a very disturbed barred spiral
Sorry, don't think this is a lensed galaxy. For one the 'arc' is too far away from the lensing galaxy. And it is too fuzzy as well.
I'd probably go for the two ellipticals merging. The spiral doesn't look to be involved (but that is just me ! 😉 )
Not sure I'd call these ones ellipticals, but they are definitely interacting !
The central object is not a star but a real galaxy.
The bright object top right is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The bright object bottom right is a foreground star from our galaxy.
No clouds but two galaxies, probably interacting. Nice #merger!
The central object is not a star cluster or a nebula but a real galaxy. You could classify it as an irregular or as a very disturbed spiral.
The bright object, bottom left, is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The bright white object is indeed a foreground star from our galaxy.
It is most definitely an artifact. The spikes and the round structure are optical artifacts caused by a bright star outside of this image.
The object in the centre is an elliptical galaxy and there is no ring of stars or a clump of stars in this image.
Sorry, there is just one elliptical galaxy in this image.
Or a very disturbed spiral galaxy. Just classify it as you see it !
I wouldn't classify this as cigar shaped as it is pointy at the ends. This is probably a disk or spiral galaxy seen edge on.
Not sure where you see these overlaps. There is just one spiral galaxy in this image.
With these fuzzy elliptical it is not easy to see if there are disturbances, so merger is still a possibility.
See the comments below : two galaxies interacting. Lovely #merger.
There is no object sending a blue flash of light in this image, sorry.
No merging and no shadow object in this image, sorry.
There is no shadow object (don't know what this means anyhow) and there is no double star in the centre either !
Sorry, I have no idea what you mean.
See the comments below. The "jets" is just the disk of this disk or spiral galaxy seen edge on. + a beautiful dustlane.
Nope, not a supernova but a bright foreground star fromo ur galaxy. The spikes and colours are all optical artifacts caused by overexposure.
The faint blue blobs are star forming areas in the galaxy. The object at 5 o'clock is probably a foreground star from our galaxy.
And the round object at 5 o'clock is a foreground star from our galaxy.
Most of the other objects in this image are other galaxies, but without additional info it is not possible to tell if they are close.
The object at 9 looks like another galaxy to me. So, without any obvious disturbances, I'd go for overlap. But just classify what you see !
Gorgeous disturbed barred spiral with an inner ring !
The yellow line is a satellite trail.
See the comments below : the blue line is a satellite trail.
Why ?
Not sure what you are asking ! This looks like a disturbed spiral to me .
Or it could be the aftermath of a merger ! ;D
Your guess is as good as mine ! The central galaxy looks a bit disturbed, but the one to the right doesn't ! Just classify what you see !
Looks more like two galaxies interacting to me!
What do you mean by 'shadow object' ?
What do you mean by 'shadow object' ?
What do you mean by 'shadow object' ?
What do you mean by 'shadow object' ?
No dust in this image, sorry ! And what do you mean by 'shadow object' ?
No dust in this image, sorry !
Nope, no 'shadow-objects' (whatever that may mean) in this image!
I'd classify the object in the centre as a disturbed spiral or disk galaxy seen edge on. But just answer the questions as well as you can !
If that is what you see, classify it as such ! 😄
I'd go for a disturbed two-armed spiral. But, hey, that is just me ! Just classify what YOU see !
Sorry, just one (disturbed) galaxy in this image.
2/2
The blue stripe is just an optical artifact.
1/2
The object in the centre of the image is a galaxy. But the bright white one is indeed a foreground star from our galaxy.
The yellow line is probably a diffraction spike (optical artifact) caused by a very bright star outside of this image.
With these smooth ones it is not so easy to see disturbances . #Merger for me ! 😄
It does look iiek a foreground star. No z availabke, sorry.
Apparently the bright object is part of the fuzzy galaxy. Weird !
The bright object at 3 o'clock is a foreground star from our galaxy.
Definitely two galaxies interacting.
The object in the centre of this image is a disk or spiral galaxy seen edge on.
What do you mean by 'a dead galaxy' ?
And there is nothing between the central galaxy and the star at 12 o'clock
For the umptieth time : galaxies CANNOT merge with foreground stars from our galaxy.
Looking at the disturbances in ith galaxies, they are already interacting/merging.
C'est certainement une possibilité ! Gorgeous #merger anyway.
Yep, yep and yep ! 😄
No merger in this image, sorry.
What do you mean by 'dead galaxy' ?
I'd classify this one as a disturbed edge one as well ! Or, possibly, a disturbed loose two armed barred spiral. 😉
What Budgie said !
Still don't know what you mean by 'dusty by inversion'. Some explanation would be much appreciated.
Please ! There is no merging with a black shadow in this image !
Sorry, no merging in this image. And what do you mean by 'dark stars' ?
Sorry, no merger in this image. Just one galaxy.
Sorry, I have no idea what you are talking about.
The blue blobs are active starforming areas in the galaxy.
I'd classify this one as a very disturbed barred spiral.
Sorry, there is no dust trail in this image.
I'm not sure what you are referring too ! (sorry)
The central object is a fuzzy galaxy and the blue spot is an active star forming area in the galaxy.
It's a optical artifact (a diffraction spike) caused by a very bright star outside of ths iimage.
Looks like an #overlap.
Sorry, just one galaxy in this image. No merger here.
Looks like another galaxy overlapping the central galaxy.
If I squint really hard (my favourite scientific method ! 😉 ) I'd say yes ! 😄
No double stars in this image
Sorry, just one fuzzy galaxy in this image. And galaxies CANNOT merge with foreground stars, sorry !
Definitely disturbed galaxy.
This could be a smooth galaxy, but you could also classfify this one as a fuzzy disk or tight spiral galaxy with a big bulge.
The central object is a heavily disturbed spiral galaxy probably interacting with the smalller one to the right.
The object, bottom left, is another galaxy. Not sure if it is interacting with the galaxy in the centre.
The bright white object is not a supernova but a foreground star from our galaxy.
The yellow is a diffraction spike (optical artifact) caused by a star outside of this image.
According to Skyserver the object in the centre of the image is a foreground star from our galaxy.
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The white round object is a foreground star from our galaxy.
1/2
In the centre of the image there are two galaxies interacting. Or it could be just one heavily disturbed galaxy.
The central object is a disk or spiral galaxy seen edge on.
Definitely a galaxy ! 😄
The blue blob is probably an active star forming area in the galaxy.
2/2
The large white round object is a foreground star from our galaxy.
1/2
The white object in the centre of the image and the yellow one at 7 o'clock are both galaxies, probably interacting.
No overlap here, sorry. The bright object is a foreground star from our galaxy.
Again, sorry, no gravitational lensing in this image.
Sorry, definitely no gravitational lensing in this image.
Not sure what you mean by this comment !
That is definitely a possibility.
The central object looks like a severely disturbed barred spiral galaxy to me !
It is caused by interaction with another galaxy.
What do you mean by remnant ? The object in the centre is a fuzzy galaxy overlapping the edge on.
Do you mean the dark spot ? That is sadly just an artifact.
happy hunting !
The object bottom left is a foreground star from our galaxy .The colours and spikes are all optical artifacts.
This looks like a disturbed spiral galaxy to me.
Definitely not a dustlane. Sadly, just an artifact !
Happy hunting !
Just one galaxy for me. No merger, no overlap.
The bright blue object is a foreground star from our galaxy. The fuzzy orange one (which you are supposed to classify) is a real galaxy
You could go for a very (very ! ) disturbed barred spiral galaxy. Or you could classify it as an irregular. It's your call !
The white object is a foreground star from our galaxy, so it is not possible that it is interacting with the central galaxy. No merger !
Erm, no ! It's a very disturbed spiral galaxy (sort of ! )
The two small circular objects are probably foreground stars from our galaxy. Not sure what you mean by halo ?
The bright yellow blob is a foreground star from our galaxy.
Wow ! Something definitely came whizzing by !
The central galaxy is defintely disturbed, but no obvious culprit in sight. Could be the result of a fly-by.
Yep, two galaxies interacting. Nice #merger.
The 3 objects inthe centre of this image are 3 galaxies, probably merging.
The star is a foreground star from our galaxy, so it is just not possible for it to be 'crashing' into the central galaxy.
The blue blobs in the galaxy are active star forming areas in the galaxy.
The central object is definitely a galaxy.
Definitely two objecs (galaxies), probably merging.
The object at 5 is definitely a foreground star from our galaxy, so there is no way possible that it is influencing the central galaxy
Blue blobs are almost always signs of very active star forming areas.
I'd classify this one as a disturbed barred two-armed spiral. But hey, that is just me ! ;D
The bright object at 2 o'clock is indeed a foreground star from our galaxy.
I'd go for a faint and fuzzy disturbed two-armed spiral anyway. Not sure what you mean by darker ring though.
Yep, this is a disk or spiral galaxy seen edge on. It looks a bit disturbed as well.
The object at 10 o'clock is probably a foreground star from our galaxy.
The blue blobs are star forming regions in the galaxy,But I'd classify it as a disturbed spiral with a noticeable bulge,but that's just me !
The bright object to the right is indeed a foreground star from our galaxy.
The blue dots are active star forming areas in the galaxy !
The central galaxy is definitely disturbed. It is certainly interacting with another galaxy.
No merger for me in this image, sorry.
Sorry, no merger in this image for me.
This is not a star but a galaxy with billions of stars.
See the comments below : the bright object at 5:30 is a foreground star from our galaxy.
I'd classify this one as a extremely disturbed barred spiral galaxy, but hey that is just me !
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The central galaxy (which you are supposed to clasisfy) is a disk or spiral galaxy seen edge on.
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The white spot is probably a foreground star from oiur galaxy.
The blue dot is probaly a cosmic ray hit that didn't get removed.
Not a cloud but a real galaxy !
See my comment in 'Chat'
It certainly looks like the galaxy in this image is interacting with the one in AGZ000duhe
https://tinyurl.com/yd4u9zfe
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But the object you are supposed to classify is the faint and fuzzy galaxy in the centre of the image.
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The bright object (top left) is inded a star from our galaxy, but the colours, spikes and weird centre are all optical artifacts.
Just one disturbed galaxy for me.
I'd go for two medium wound spiral arms, slightly disturbed galaxy too
Eeps ! You are right ! It is an asteroid ! Sorry !
But how did you classify it ? ;D
And the bright spiky object to the left is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The central object is either an irregular galaxy or you could classify it as a very disturbed spiral galaxy. It is up to you.
The bright blue lines are indeed a rotating/tumbling satellite.
The bright object to the left is a foreground star from our galaxy.
Original post deleted because of language.
L'objet en bas a gauche est une étoile de notre voie lactée.
It's a foreground star from our galaxy.
Yep ! The bright object at the bottom is a foreground star from our galaxy !
The central object is not a star but a real galaxy containing millions of stars. The ohter faint objects are probably also galaxies.
The yellow round object is a foreground star from our galaxy.
Hi and welcome to the Zoo,
The two colours are ,sadly, just an artifact. Image processing error
Just an optical artifact (sorry! )
No dark jets here, but lovely dustlanes !
It's a diffraction spike (optical artifact) caused by a very bright star outside of this image.
I'm thinking cosmic ray hit that didn't get removed.
Lovely foreground star from our galaxy !
The brigh, spiky object at the bottom is a foregound star fom our galaxy. The colours and spikes are all optical artifacts.
Probablility of it being a foreground star = 99.9999999% !
(sorry 😉 )
No merging whatsoever in this image (sorry)
The bright object (bottom left corner) is a foreground star from our galaxy.
The orange/brown streak is a satellite trail.
Sorry, no gravitational lensing in this image. The galaxy in the centre is not massive enough to do this kind of lensing.
Not a clumpy gas cloud but a real galaxy with some star forming areas (the blue clumps)
The bright object at 2 o'clock is a foreground star from our galaxy. So, definitely no merger here !
I'd classify the central galaxy as a slightly disturbed two-armed, barred spiral. But hey, that is just me !
Or a disturbed barred spiral galaxy ? 😄
Probably stars from our galaxy and tons of optical artifacts. Just classify as star/artifact.
I'd classify this one as a very disturbed spiral galaxy with a noticeable/dominant bulge.
The two colours are just an optical artifact. (misalignment of filters)
The yellow line is an optical artifact. It is a diffraction spike caused by a bright star outside of this image.
I would classify this one as a very disturbed galaxy with a big bulge.
For me, there is just one galaxy in this image.
Definitely a polar ring suspect ! ;D
Oh yes (the blue blobs) ! 😄
The central galaxy is definitely a disk or spiral seen edge on. The 'jet' is not a jet but another fuzzy galaxy. I'd go for overlap.
I'd go for merger here.
The different colours are not real. Looks like a misalignement of filters.
You could classify it as a disturbed edge on or as a very loose two armed spiral. Just give it your best shot.
The yellow object a the bottom is a foreground star from our galaxy, so it is impossible that it is merging with the central galaxy.
The two colours are, sadly, just an optical artifact.
Maybe even two edge ons merging ! 😄
The bright object (top left) ? Yep, definitely a foreground star from our galaxy.
Happy hunting !
Sorry,but could you point out where you see an arc ? I really don't see it !
Just classify what you see !
Thanks and happy hunting !
Fuzzy galaxy ! Just give it your best shot ! 😄
Happy hunting !
Fuzzy disturbed spiral for me;
I'd probably classify his one as a very disturbed spiral !
Not sure if there is a merger in this image.
the 'arc' is probably a tidal trail from the yellow galaxy. See this SDSS image : http://tinyurl.com/y9gohmg7
See the comments below : the bright white object to the right is a foreground star from our galaxy.
Both galaxies look disturbed, so this is a #merger for me !
The bright object, top left, is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The bright round object to the left is a foreground star from our galaxy, so it cannot be interacting with the central galaxy.
See the comments below : It's a satellite trail.
Looks like a 3-armed spiral ! Nice catch !
Sorry, no jet in this image !
This is not a star but a real galaxy containing billions of stars<;
You know the saying : when it looks too good to be true it probably is. Sorry, but that is the case here as well. Just an optical artifact.
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The other weird artifacts are probably caused by a very bright foreground star from our galaxy outside of this image.
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The bright spiky object is not a supernova but a star from our galaxy. The colours and spikes are just optical artifacts.
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The yellow/orange one at 2 could be a foreground star from our galaxy.
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According to my super high tech tool (a paper cutout with lines on it) it's the fuzzy galaxy with a dominant core.
One ring to bind them all ? 😉
The image is centered on one of the star forming areas (blue blobs) in the spiral galaxy. So it is safe to classify the spiral galaxy.
I'd classify the central object as a disturbed barred spiral with a couple of star forming areas (the blue blobs)
Sorry, no gravitational lens in this image.
Galaxies cannot merge with foreground stars from our galaxy. And the 'jet' is either an asteroid or a satellite trail.
Did you mark the lovely #dustlane ?
I'd go for merger. Both galaxies look disturbed.
Please, always classify the object in the centre of the image (even if it is the most boring one ! )
Happy hunting ! 😄
Sorry, just misaligned filters .
Happy hunting !
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So, definitely not a merger here.
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The central object is a disk or spiral galaxy seen edge on. The 3 small round objects are foreground stars from our galaxy.
Too fuzzy to tell, sorry. But I wouldn't classify this one as a merger anyhow.
The bright object bottom left is a foreground star from our galaxy. The colours and spikes are optical artifacts.
I'd call this one a ringed galaxy.
The different colours are just a filter misalignment (sorry)
It's probably a seriously distorted spiral galaxy, but it is more of a ring than the majority of ringed galaxies that I have seen here !
The colour gradient is just an optical artifact (sorry).
Happy hunting !
The yellow line is a satellite trail.
2/2
Could be an overlap could be a merger. Just give it your best shot !
Sometimes there just isn't a right answer !
1/2
The central object looks disturbed enough, but not enough data so know if it is interacting with the small round galaxy.
Arc can be any number of features, but here in GZ (and that is not very clearly stated) arc originally meant gravitational lensed galaxy.
Correct, it is a ringed galaxy, but definitely not an elliptical.
Sorry, not an elliptical but a two-armed spiral galaxy.
Definitely not an elliptical. It is a two-armed spiral where the spiral arms fold back to make a ring. It's a ringed galaxy.
The blue blobs are star forming areas in this disturbed spiral or disk galaxy seen edge on.
Wow, you have keen eyes ! It could be a foreground star from our galaxy or even an artifact. Hard to tell.
The blue spots are starforming areas in the galaxy.
The central object is a fuzzy galaxy. The two small round objects are probably foreground stars from our galaxy. Nice chance alignment.
What 'black artifact' are you referring to ?
Sorry, just one (maybe) disturbed spiral galaxy for me. No merger here.
Just classify what you see !
Thanks for participating and happy hunting !
Nope, sorry ! You cannot go back to 'correct' a classification. And anyway, for some images, there just is not a correct classification.
Sorry, no dust lanes in this galaxy.
See bluemagi's comment : one galaxy (the white object) and one foreground star (the yellow object).
The spiky object to the right is indeed a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts
You could classify this one as a very (very ! ) disturbed two armed, barred spiral
Gorgeous ! 😄
Sorry, not a gravitational lens, but a faint, disturbed spiral arm.
The bright object at the top of the edge on is either a foreground star from our galaxy or it could be an asteroid.
There are millions upon millions of galaxies so there are bound to be some that ressemble each other ! ;D
Sorry, no merger here, although the central galaxy looks disturbed. . The colour are just caused by some misaligned filters.
Definitely interaction, so #merger for me.
Irregular is not used for galaxies distorted by interaction with other galaxies.
Not sure there is a pea in this image. First of, it doesn't look like a pea and second, do you have a spectrum ?
Yep ! Here they are : https://tinyurl.com/y9pgsqv8
Not really that fuzzy,sorry ! I'd classify this one as a two armed spiral seen at an angle. Just answer the questions as well as you can !
Nope ! Just misaligned filters and lots of other optical artifacts.
Sorry, no merger here. Just misaligned filters.
@angelikabellinghausen : the weird centre markings in the centre of the star are just optical artifacts.
@Buckstarchaser : Correct : always classify the object in the centre of the image !
Always calssify the object in the centre of the image Andh ere that is indeed the edge on spiral or disk galaxy.
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But please, always classify the object in the centre of the image, even if it is the most boring one ! 😉
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The bright spiky object at the top is a foreground star fromour galaxy. The colours and spikes are all optical artifacts.
The other 'core' (orange round object) could be a foreground star from our galaxy
Very disturbed spiral galaxy. Not sure about the double dust though !
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...
or an irregular or even a disturbed spiral galaxy. But just give it your best shot !
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But there is a galaxy in the centre of the image. You could call it an LSB (Low Surface Brightness Galaxy) ....
The orange round object is probably a foreground star from our galaxy.
Not sure what you mean by 'strong radiation' ? I see two interacting galaxies. Gorgeous #merger !
The red object is a foreground star from our galaxy..
Happy hunting !
Sorry, it is just not possible to see planets in these images. The dot, top right, is just an artifact.
Again not sure where you see a pea ? Could you point it out for me ?
Where do you see a pea ?
Could be a merger could be an overlap. With these smooth galaxies it is very difficult to say.
The central galaxy is a very disturbed spiral galaxy with a great dustlane. Gorgeous #merger.
Because it's so fuzzy,I'm thinking meteorite.
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The resolution is just not good enough to decide either way. So star/artifact is the best solution.
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Yep, there is definitely something in the centre of the image. But it could be a far away galaxy or a foreground star from our galaxy.
Yeah ! Sometimes the software gets confused. But that is where we come in ! ;D Just classify this one as star/artifact.
Happy hunting !
Wow ! This image never ceases to amaze me. Truly beautiful !
The black dot is not a star but an artifact.
Sorry but galaxies cannot be merging with foreground stars from our galaxy.
I see just one very disturbed galaxy. Could be any shape ! Just classify what you see and your classification will be invaluable.
Yep ! definitely a disk for me as well ! As for spiral arms, just give it your best shot ! 😄
Just one galaxy for me !
Gorgeous #merger !
The bright,spiky object is definitely a foreground star from our galaxy, but these images are heavily processed,so the colours are not real
It's a lenticular (disk) galaxy with a strong bar and a big bulge.
Foreground stars can be very dim or extremely bright and everything in between ! And almost every color imaginable.
I'd go for an almost edge on disk or spiral ! But hey, that is just me ! ;D
Sorry, no gravitational lensing going on in this image. Just two galaxies (probably merging ) and two foreground stars (the smaller dots)
Looks like a typical barred spiral to me. Lots of barred spirals have the arms starting at the ends of the bar.
Happy hunting !
An elliptical (=smooth) cannot have any features. This is a barred ringed spiral, where the two spiral arms fold back to make a ring.
This is definitely a two-armed, barred spiral. Nice catch !
If I squint I can see a two-armed spiral too ! 😄
There are just two galaxies in this image. But they both are disturbed, so they are interacting. Nice merger.
LOL ! 😄
Also , these images are heavily processed so the 'red dwarf' is also just a foreground star from our galaxy.
Not sure what you mean by this . All the stars you see in these images are from our Milky Way & all the galaxies are 'behind' the Milky Way
Sorry ! No supernova here. That is just a foreground star from our galaxy.
It is a disturbed edge on disk or spiral galaxy with an amazing dustlane !
Definitely an artefact. Could be a satellite trail.
I'm thinking tumbling satellite.
Beautiful overlap.
The big thingy in the bottom right corner is a foreground star from our galaxy; . The colours and spikes are (sadly) just optical artifacts.
The blue glowing thing at the top is a foreground star from our galaxy. The colours and spikes are sadly just artifacts.
I'd probably go for a disturbed edge on disk or spiral with lots of star forming going on.
Sorry, but I had to laugh ! And you are right PrinceofEurope, that is just a load of gibberish ! Somehow we missed this (sorry ! )
Yep ! The bright white object is indeed a foreground star from our galaxy.
See the comments below : the colours are just artifacts.
Neither, just misaligned filters
Happy hunting !
The blue thingy with spikes is a foreground star from out galaxy.
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It can be closer or further away than the central galaxy, but without additional info (redshift) there is no way to tell.
1/2
The small round object (bottom right) is another galaxy.
The small round object at the bottom is a foreground star from our galaxy, so it cannot in any way be merging with the central galaxy.
Sorry, but you cannot tag this as an elliptical and a spiral ! They are both very different types of galaxies !
It's not a gas cloud but an irregular star forming galaxy !
Happy hunting !
The blue speck could be a cosmic ray that didn't get removed.
No dust lane in this image, sorry !
Not sure what you mean by 'dead stars' Could you please explain ? Tx
No idea what you mean by 'old galaxy' ? Could you please explain ?
I have no idea what you mean by 'by inversion very dusty bulge'. This has no meaning in astronomical terms.
The 'jet' looks like a satellite trail to me.
The red dot is (sadly) just a foreground star from our galaxy !
But thanks for participating and happy hunting !😄
I'd call this a medium two armed (ringed) spiral where the spiral arms fold back to make a ring. With loose spiral arms that is impossible.
Sorry, no ring for me here !
Please take a look at this (http://www.galaxyzooforum.org/index.php?topic=6732.0) for what we really are looking for if we use overlap.
Merger for me as well !
That trail is made up of stars ! The galaxy is heavily disturbed by another galaxy.
No the star is not disturbed. The spikes and colours are all optical artifacts.
It could just as well be a merger in progress ! But anyhow, just give it your best shot !
Happy hunting !
Just one bar for me, sorry !
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I do hope GZ Bars will have tons more examples of what they really want us to classify !
1/2
Tx ! I'll second that ! And that is with leaving out gravitational lenses !
I mentioned the possible confusion in the feedback form for Galaxy Bars ! Because here in GZ 'lens' means gravitational lens.
I'd love to be wrong, but for me it is too clumpy to be a voorwerpje.
It is just not 'cloudy' enough !
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But without additional info (z) we cannot be sure. But just give it your best shot. If you think it is a merger, classify it as one.
1/2
The central galaxy looks slightly disturbed and the small one at 11 as well, so there could be some interaction.
Both galaxies look disturbed, so they are probably interacting .
Galaxies CANNOT merge with foreground stars from our Milky Way
The object at 10 is probably a foreground star from our galaxy, but it is impossible for it to be merging with the galaxy in the centre.
Sorry, I don't see it. Where do you see a gravitational lens in this image ?
The red glow and the diffraction spikes are optical artifacts caused by a bright foreground star from our galaxy jus toutside of this image.
The bright object top right is a foreground star from our galaxy. The colours and spikes are all just optical artifacts.
No bulge here in this either dwarf or Low Surface brightness or irregular galaxy.
Please explain what you mean by 'dead galaxies' !
Hi angelikabellinghausen
Could you please explain what you mean by 'dead stars' ? And could you point them out for me in this image ?
Just one (very beautiful) ringed galaxy here.
Or one very (very) disturbed spiral galaxy. Looks amazing though ! ;D
Don't worry ! Every image gets classified by at least 20 people. And sometimes there are no 'right' answers. Just give it your best shot !
I'd classify the central galaxy as a disturbed two-armed spiral ! ;D
There is a (very faint) galaxy in the centre of this image, but you can tag these ones with #wrong_size.
Sorry, the object to the left is indeed a foreground star so it CANNOT in any way be merging with the galaxy in the centre of the image.
I'd classify this as a disturbed spiral galaxy too !
Definitely not an elliptical ! It is a disk or spiral galaxy seen edge on with an amazing dust line !
Happy hunting ! ;D
Hi, here in GZ we only use the hashtag overlap for galaxy/galaxy overlaps (not for foreground stars overlapping a galaxy) . Tx ! 😄
Some galaxies and a foreground star. And please remember to always classify the object in the centre of the image ! 😄
And again, here in GZ, it is not useful in any way to mention stars overlapping a galaxy.
For the umptienth time : there are no dead stars in this image.
Dear Angelika, here in GZ we only use overlap for galaxy/galaxy overlaps. No need to mention foreground stars overlapping a galaxy.
Spiral galaxy for me as well, with a bar and two very fuzzy spiral arms.
Yep, it is a disk or spiral galaxy seen almost edge on. And I think I can see the hint of a dustlane as well !
The object in the centre is a smooth and round galaxy. Not sure what you mean by double star.
Sorry, no gravitational lens or arc in this image. The 'outer ring' are just two faint spiral arms .
The bright spots are active star forming areas in the galaxy.
Now that is an overlap if I ever saw one ! 😄
Sorry, no dust in these galaxies.
No dust whatever in this galaxy. (and no bulge either)
the blue line is probably a satellite trail . Looks amazing though ! ;D
Not sure about either !
Gorgeous chance alignment !
That is, sadly, just an artifact !
Disturbed barred spiral for me.
SDSS says galaxy, but it could just as well be a foreground star.
The yellow and blue thingies at the top are, sadly, just artifacts.
The second 'bulge' is probably a foreground star from our galaxy.
Sorry, just a foreground star from our galaxy.
The blue object top right is a foreground star from our galaxy.
Not a merger for me,sorry!Just a barred spiral galaxy in the centre of the image.All the small objects are foreground stars from our galaxy.
What about a smooth and round galaxy ? That is how I would classify this one.
Don't think so. The two lower blue clumps are star forming areas in the galaxy.
Merger for sure ! 😄 (both galaxies are severely disturbed)
Definitely not. We are looking at other galaxies very, very far away The stars you see in this image are foreground stars from our galaxy.
Oh my word ! What an amazing image ! This is just beyond gorgeous !
Not sure what you mean by 'dusty by inversion'. No dustlanes in this galaxy.
Overlapping stars are not interesting. There is really no need to mention these. Tx.
PLEASE, explain what you mean by clumps of dead stars ?
No disturbances in either galaxy. So, no merger for me. Maybe, an overlap.
Sorry, but I don't see any dustlanes in this galaxy.
Not sure what you mean by that ! There is probably a black hole in the centre of this image but you cannot see them.
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No gravitational lenses in this image as spiral galaxies are usually not massive enough tot do any lensing.
1/2
The central galaxy is a seriously disturbed spiral galaxy.
Sorry, there is just one galaxy in the centre of the image. It's a barred fuzzy spiral with a big bulge and an inner ring.
Overlaps by a star are really not necessary to mention. Tx.
Not sure I'd call this one dusty. Even in inversion ! 😄
The object at the left is a foreground star from our galaxy. Colours, spikes and weird centre are all (sadly) just optical artifacts.
Sorry, those different colours are just optical artifacts. 😦
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And most of the other small dots in this image are foreground stars from our galaxy.
1/2
The galaxy in the centre of the image is severely disturbed and has lots of star forming areas (the blu clumps)
With what ?
Sorry, but the bright object at 7 o'clock is a foreground star from our galaxy.
I just see one galaxy in the centre of the image. And overlaps by stars are not called overlaps in GZ.
There are some serious distortions so definitely interacting.
Please, only use the hashtag overlap for galaxy/galaxy overlaps. Thanks.
Or a disturbed spiral ?
I'd go for a very disturbed galaxy with an active star forming region (the blue blob).
The bright object to the right is a foreground star from our galaxy.
The blue line could be a satellite trail. Definitely no jets in this image.
Sorry, no lens or arc in this image. Lenses or arcs should refer to gravitational lenses and arcs.
Sorry, Angelika, but galaxies and foreground stars from our galaxy cannot merge ! They are just too far apart to be interacting.
LOL ! 😄 (btw, I think that is the first time anyone called me Ma'am. Makes me feel regal ! ;D )
The 'dark jet' is sadly just an artifact.
Okay, children ! Play nice now ! 😉
Now that is a boxy bulge if I ever saw one !
Nope ! the bright red 'halo' is just an optical artifact.
The bright spot is indeed a foreground star from our galaxy. And any stars that you see in these images are always foreground stars !
Hi ajrobb,
This is definitely a spiral, so it is NOT an elliptical. The 2 are mutually exclusive. Please don't use these two #'s together
@angelikabellinghausen you have been told time and time again that foreground stars from our galaxy and galaxies cannot merge.
Please explain what you mean by dead star ?
Definitely ! Nice catch !
Yep, definitely two galaxies. I don't they are interacting, so #overlap for me.
Neither, sorry. This is a simulated galaxy from the Illustris project and the simulations are not powerful enough to create lenses.
Not sure this one counts as an overlap.
The pattern in the foreground star is sadly just an artifact.
Not one galaxy but two separate galaxies.
Looks like a foreground star from our galaxy to me.
The bright object to the right is not a galaxy but a foreground star from our galaxy.
No lensing for me, sorry.
Merger/disturbed : Check. Dustlane : ? I don't see one !
The bright red object is indeed a foreground star from our galaxy. The Illustris simulated galaxies are placed on real foreground images.
Sorry, no gravitational lens in this image. Looks mor like a merger to me.
No, no,no ! The star is a foreground star from our galaxy, so it cannot be interacting with the central galaxy.
Hi ajrobb
If you think a galaxy is a spiral it cannot be an elliptical & vice versa.Using both tags for one galaxy just doesn't make sense.
It's a simulated galaxy from the Illustris project with star forming areas (the white dots)
See the comments below.
No, it is just one simulated galaxy from the Illustris project; And in these images the blue/white smudges mean star forming areas.
It's a very disturbed barred spiral galaxy from the Illustris data set. Meaning that it is a simulated galaxy.
Sorry, that is just an optical artifact. Just one galaxy in the centre of this image here.
Not sure about there being no interacting ! The central galaxy definiteily looks disturbed !
There are no galaxies overlapping one another in this image.
With these images, merger is a better option.
Not an overlap for me, sorry.
Not an overlap for me, sorry.
Not much overlapping going on here, sorry.
Erm, no !
Not much of an overlap for me, sorry. Beautiful #dustlane though !
Where do you see an overlap here ?
Or merger ! 😄
Nope, not happening ! Foreground stars from our galaxy CANNOT merge with galaxies.
The bright object top right is a foreground star from our galaxy . So it cannot be merging with the galaxy in the centre of the image.
What do you mean ?
What do you mean by clump of dead stars ?
Definitely not an elliptical.
That's a foreground star from our galaxy. The colours, spikes and weird centre are all just artifacts.
Yep ! 😄
This is also a simulated galaxy from the Illustris project.
The central object is just one disturbed galaxy. It is a simulated galaxy from the illustris project.
Ooh ! Nice one indeed ! 😄
See the comments below.
Yep ! 😄
This is a simulated galaxy from the Illustris project and in these images blue/white smudges mean star forming areas.
The red dot is a foreground star from our galaxy.
Really cool image ! 😄
Sorry, but the red stars are foreground stars from our galaxy !
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And in these images blue/white dots/smudges indicate star forming areas in the galaxy.
1/2
It's a simulated galaxy from the Illustris project.
Not really an overlap ! The galaxies need to be overlapping for it to be called an overlap !
The colourful spike is an optical artifact (diffraction spike) caused by a bright star outside of this image.
This looks very much like two galaxies merging.
Sorry, but I have no idea what you are talking about !
Foreground stars from our galaxy and galaxies just cannot interact with each other! Do you understand the distances involved ?
The bright object, bottom left, is a foreground star from our galaxy. But the colours and spikes are just optical artifacts.
Sorry, this galaxy doesn't have a bar.
It's a simulated galaxy from Illustris. And in these images, blue/white blobs are star forming areas in the galaxy.
No idea what you are referring to !
Foreground stars from our galaxy and galaxies CANNOT merge !
It's a simulated galaxy from the Illustris data set. And in these images blue/white smudges mean star forming areas in the galaxy.
Why would the brighter object be further away if it appears to be in front of the galaxy? Looks like a star forming area in the galaxy to me
The Illustris software messed up. Just classify it as star/artifact.
Definitely not an elliptical ! It is very clear that this is a barred two armed spiral.
The small object in the top right corner is probably another galaxy. Could be a disturbed edge on
This is a simulated galaxy from the Illustris project. Blue dots/smudges are star forming areas in the galaxy
Just one galaxy here, sorry.
What do you mean by 'clumps of dead stars' ?
The red line is not a jet but a satellite trail.
The star is a foreground star from our galaxy so it cannot in any way be interacting with the galaxy.
The small white object is a foreground star from our galaxy, so it CANNOT in anyway be interacting with the central galaxy.
Angelika : What do you mean by 'dead stars ' ?????
Or a disturbed spiral or disk galaxy seen edge on.
The bright object at the top is a foreground star from our galaxy.
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And in trying to simulate spiral arms, they tend to produce these rings of star forming areas.
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This a simulated galaxy from the Illustris data set (https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/)
The blue 'balls' are star forming areas in the galaxy.
Not bulges but star forming areas in this simulated galaxy from Illustris.
The orange object is a foreground star from our galaxy.
Which bits would that be ?
And the elongated bulge is actually a bar.
No problem ! We were all newbies once ! 😄
And, please, keep the questions coming !
The orange object at 9 o'clock is a foreground star from our galaxy. Definitely no merger here.
The white object to the left is a foreground star from our galaxy, so there is no way that it can be interacting with the central galaxy.
The red object to the right is just a foreground star from our galaxy. Nothing exploding in this image ! 😄
The central object could be a disturbed spiral. The object at 4 o'clock could be another galaxy.
This is a simulated galaxy from the Illustris dataset and in these images blued smudges mean star forming areas.
The curved one ? That would be a disturbed spiral arm.
Nice chance alignment ! 😄
A disturbed spiral with a dominant bulge for me.
Where ?
The blue smudges in these simulated galaxies from Illustris mean star forming areas in the galaxy.
Another simulated galaxy from the Illustris data set.
Sorry, not a merger but just one simulated galaxy from the Illustris data set.
Galaxies and foreground stars from our galaxy cannot in any way interact.
Galaxies CANNOT merge with foreground stars from our galaxy !
What do you mean by 'clump of dead stars' ?
Not a jet but an artifact .
It's a simulated galaxy from the Illustris dataset.
The bright object, bottom right, is a foreground star from our galaxy.
definitely not an edge on. It is a barred spiral with an inner ring seen face on.
It is a possibility ! 😄
I'd go for definitely a (two-armed) spiral. But hey, that is just me ! 😉
No worries. See here https://tinyurl.com/y8muecct for more info and scroll down to 1.9
So, I'd classify this as a disturbed spiral. Definitely not an irregular galaxy.
I wouldn't have used the # irregular here. It is definitely a spiral (maybe disturbed, but not really).
Okay, this stops here, both galaxies look disturbed, so definitely a merger.
This is a simulated galaxy from Illustris and the 'square' bulge is just an artifact.
No merging with clumps of dead stars, sorry. This is a disturbed barred spiral.
Sorry, no 'big dead stars' in this image. Those 'shadows are just artifacts.
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The satellite reflects the sunlight and because it moves so fast it gets caught in just one filter.
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The blue line is not a jet but a satellite trail.
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And the 'blue line' is a disk or spiral galaxy seen edge on and slightly disturbed.
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The yellow dot is a foreground star from our galaxy, so it is just not possible for it to merge with the central galaxy.
No, no, no ! Galaxies and foreground stars from our galaxy just CANNOT merge as they are so very far apart !
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So there is no way that the star and the galaxy can be interacting.
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Nope, definitely not ! The star is a foreground star from our galaxy and the central galaxy is very, very far away.
The red glare and the spike are artifacts caused by a bright foreground star from our galaxy.
Which object are you talking about ?
It's a simulated galaxy from the Illustris data set. The blue/white dots are star forming areas in the galaxy.
Not so much an irregular as a heavily disturbed (possibly a spiral) galaxy.
I don't think the edge on at the top is in any way interacting with the central galaxy. Looks just like a line of sight.
Nope, not a supernova remnant/planetary nebula, but a simulated galaxy from the Illustris data set.
If they are merging they cannot be overlapping and vice versa ! 😄
Where ?
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So there is now way possible for them to interact with the very far away galaxies !
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You do realize that the stars we see in this image are foreground stars from our galaxy.?
The Illustris simulation algorithm got a bit carried away (or was just lazy ! 😉 ). Just classify as star/artifact.
If you think these are interacting, you could classify it as a merger!
Happy hunting ! 😄
2/2
Nice line of sight ! 😄
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The star is a foreground star from our galaxy, so there is no interaction whatsoever possible between it and the central galaxy.
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The central object is a disturbed spiral galaxy with a beautiful dust lane, interacting with another galaxy outside of this image.
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There is no gravitational lens in this image.
Beautiful very disturbed galaxy. Could be the result of a fly -y or the late stages of a merger.
Not sure I'd classify this one as dusty !
What about a barred two armed spiral (maybe an inner ring). And the red dots are all foreground stars from our galaxy. !
Happy hunting !😄
This is an image from Illustris (ie simulated galaxies). Obviously something went wrong, so just classify this one as star/artifact.
Not a merger but a simulated galaxy from Illustris. The blueish ring means star forming area in the galaxy.
What about a merger or else a very (very! ) disturbed galaxy.
If you classify it as an elliptical (ie smooth) there shouldn't be an inner ring or a bar (these are features).
If you classify it as an elliptical (ie smooth), it cannot have a bar.
You could call this a disturbed barred galaxy, but you could just as well go for irregular. Just answer the questions as well as you can.
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So, both these objects are very (very, very) far apart.
Happy hunting !
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Hi Leo Doms, The central object is a far away galaxy and the object, bottom right, is a foreground star from our galaxy.
This is actually a simulated image from the Illustris data set. So, I'm guessing something didn't quite go right.
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The two blue clumps at 11 are star forming areas in the galaxy.
Happy hunting !😄
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This is a two armed spiral seen nearly edge on. So the "indentation" is the curve of the lower arm.
Fuzzy galaxy. There isn't really much else to say about it. 😉
The 3 small and bright dots in this image are stars from our own galaxy.
Yep, edge on for me too !
More info on these images here : https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
This is a simulated galaxy from the Illustris dataset and they tend to produce quite a lot of these star forming rings.
Not an overlap but a #merger ! 😄
Definitely not an overlap ! Gorgeous #merger ! 😄
Ys it is an artifact. It's a diffraction spike caused by a bright star outside of the image.
Happy hunting ! 😄
Try squinting (my favourite way of looking at galaxies) and it really looks like a barred spiral ! 😄
Or a very disturbed barred spiral ! 😄
Could be an overlap , but looking at the distortions I'm thinking #merger ! 😄
2/2
The bright dot to the right is just a foreground star from our galaxy.
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You do realize that with these dots there are lots of artifacts and oversaturation issues going on !
Definitely some interaction ! Gorgeous merger here !
The central galaxy is certainly disturbed, but I do not think the top one is the culprit.They do have some different photoz's !
Both galaxies look disturbed, so I'd go for merger here !
The central object is most definitely a galaxy. You could classify it as a very disturbed spiral , but irregular is also a possibility!
I'd also go for foreground star. Nice catch @CeciliaB
Neither ! It is probably a very disturbed spiral with an inner ring. Looks gorgeous though! 😄
Neither ! The bright object at the bottom is a foreground star from our galaxy. So , I'd classify this one as a disturbed spiral.
Sorry, there is no gravitational lens in this image. It is just a very disturbed spiral galaxy.
Loose two-armed barred spiral for me too ! 😄
Not sure what you are referring to?
Any stars you see in these images are from our own galaxy, so they cannot be interacting with the central galaxies.
The white object is a foreground star from our galaxy. The yellow one is the bulge of a very faint disturbed (spiral ? ) galaxy.
The foreground star from our galaxy cannot in anyway be interacting with the central galaxy.
The blue star is indeed a foreground star from our galaxy. So it cannot be interacting with the central galaxy.
The blue line could be a satellite trail.
Please only use the hashtag overlap for galaxy/ galaxy overlaps; Tx .
Definitely not a lensed galaxy as these Illustris images cannot simulate lenses.
It could be a bar in this simulated galaxy from Illustris.
Bar for me.
See the comments below: The blue or white smudges in these simulated galaxies are star forming areas in the galaxy.
The blue dots in these simulated galaxies from Illustris are star forming areas in the galaxy.
Don"t think this is a double dust lane !
Gorgeous dustlane though ! 😄
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It is just the void between the centre and the spiral arms;
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Erm ! The blue thing is indeed a foreground star from our galaxy, but the 'black' ring is not dust at all !
Not sure what blue lines you are talking about, sorry.
Just answer the questions as well as you can and your classifications will be extremely usefull ! 😄
The blue (or white smudges) in these simulated galaxies from the Illustris dataset indicate star forming areas in the galaxy.
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And they do tend to produce a lot of these ring like star forming rings.
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See the comments below : These are simulated galaxies from the Illustris data set.
No gravitational lens in this image. The 'arcs' are spiral arms from the galaxy.
Definitely artifacts. . No idea what causes them though.
Sorry, this is not a lensed galaxy. It is a fuzzy disturbed galaxy.
The two bright objects are foreground stars from our galaxy and the yellow lines are just optical artifacts.
Happy hunting ! 😄
The bright green object is a foreground star from our galaxy. But the color is not real !
Happy hunting ! 😄
Beautiful !
wow ! Gorgeous merger ! 😄
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... in these images blue/white smudges are star forming arae in the galaxy.
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No gravitational lensing in this image (sorry). Thisiis a simulated galaxy from the Illustris data set &
Not sure what you are referring to. Sorry !
Please only use the hashtag overlap for galaxy/galaxy overlaps ! Tx . Happy hunting !😄
The bright dot to the left is indeed a foreground star from our galaxy.
It is a simulated galaxy from the Illustris data set and in these images blue or white smudges are star forming areas in the galaxy.
Yep, they look more like merging companions to me as well.
Boxy is extremely rare. Not sure I'd call this one boxy. But hey, that is just me !😄
The bright object is a foreground star from our galaxy.
That is just a foreground star from our galaxy. The colours and spikes are, sadly, just optical artifacts.
Happy hunting ! 😄
If you're asking about the bright yellow object to the left? That is indeed a foreground star from our galaxy.
Happy hunting ! 😄
Yep ! See the zoomed out image : https://tinyurl.com/ycq6ozav
It's an optical artifact caused by misaligned filters.
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Blue & white smudges in these galaxies are star forming areas in the galaxy.
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It's a simulated galaxy from the Illustris data set. They do produce quite a number of these ringed galaxies.
Foreground stars from our galaxy and background galaxies just cannot merge/crash/interact in any way possible !
Sorry, but if the central object is a foreground star from our galaxy it is just not possible that it is merging with the galaxy at the top.
Not sure what you mean by 'magnet field visible' ?
There is no way possible that a foreground star could be merging with the central galaxy as they are very (very ! ) far apart
Not sure these two galaxies are merging. Neither of them looks disturbed.
Where do you see a gravitational lens in this image ?
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The colours and weird dots in the centre are all optical artifacts.
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The bright object at the top is not a galaxy but a bright foreground star from our galaxy.
I'd go for a disturbed edge on.
Where is the supernova in this image ?
It's a simulated galaxy from the Illustris data set. And they do produce quite frequently these star forming rings.
It's a simulated galaxy from the Illustris data set. And they do tend to produce a lot of these star forming rings.
It's a disturbed galaxy allright. Not sure what is causing it though.
I think the simulation went a bit wrong ! 😉
The bright object to the left is a foreground star from our galaxy. The colours and weird 'halo' are just optical artifacts.
Sorry, no gravitational lens in this image. The 'arc' is part of the disturbed spiral galaxy.
Looks like two edge on's to me as well ! 😄
This is a simulated galaxy from the Illustris dataset. Blue or white smudges in these galaxies are star forming areas in the galaxy.
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Somehow they do produce a number of these galaxies with a starforming ring
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Sorry, this is not a supernova. It is a simulated galaxy from the Illustris dataset.
Looks like a two armed spiral where the spiral arms fold back to make a ring. Beautiful #ringed galaxy.
This is a simulated galaxy from the Illustris dataset. And they do produce quite a number of these bulgeless ringed galaxies.
Yep, this happens sometimes. Just click star/artifact and hope for a better image ! 😃
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And you should definitely not be getting duplicates. I'll kick this upstairs ! 😄
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The 'already seen' or 'finished' banners are only for the Panoptes projects. GZ is an Ourobouros project.
The blue smudge is an active star forming region in the galaxy.
Looks like star forming areas in the galaxy to me.
The central object looks like a disturbed spiral galaxy interacting with the galaxy to the left. #merger.
Yep ! You can see this when it says 'Illustris' on the classifying page or here on Talk.
If you cannot see a dust lane in the 'normal' view, there is no dust lane at all.
Why only dusty by inversion ? Just a two armed spiral for me, sorry.
This is a simulated galaxy from Illustris, and in these simulated galaxies blue/white dots are star forming areas in the galaxy.
This is a simulated galaxy from Illiustris and they superimpose their sims on SDSS backgrounds. So I'm thinking this is just a coincidence.
See the comments below ! 😄
There is a faint and fuzzy galaxy in the centre of the image, but clicking star/artifact is perfectly acceptable in these cases
#wrong_size
Now that is an amazing artifact ! 😄 And it is probably caused by that bright star : https://tinyurl.com/y8wmfuos
Nice catch ! Without the z's I would've gone for foreground star ! 😄
The central object is a disturbed, barred spiral with lots of star forming areas (the blue clumps). Nice pic ! 😄
Merger is a possibility as the large galaxy does look disturbed.
The red spot is foreground star from our galaxy, so it cannot collide with the central galaxy.
The spiky object to the left is not a supernova but a foreground star from our galaxy. The colours and spikes are optical artifacts.
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But please, always classify the object in the centre of the image, even if it is the more boring one. 😄
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The bright object is a foreground star from our galaxy.
That bright object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The smaller galaxy could be in the foreground or background. And the central galaxy doesn't look that disturbed. No merger for me.
Both of the galaxies in this image are sims. It could still be a simulated merger.
I don't think the galaxy to the left is interacting with the central one. No merger here for me.
Not a dust cloud but a real galaxy with billions and billions of stars.
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So there is no way that they can be merging with any galaxy in these images.
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Not sure what you mean by thus. The stars we see in these images are foreground stars from our galaxy.
Sorry, no gravitational lens in this image.
Just WOW ! 😄
Not sure what you are trying to say ?
Mergers always look strange ! ;D But, here, both galaxies look disturbed, so merger is definitely a possibility.
Yep ! And even though they are simulated, your classifications of them are incredibly valuable !
Happy hunting ! 😄
No, some of the images that we are asked to classify are simulated galaxies (more here : https://tinyurl.com/z8k7s42)
You can mark these in Talk with #wrong_size. You can classify these as star/artifact.
It's a simulated galaxy from the Illustris data set and these 'square' galaxies are not that uncommon.
Sorry, not a supernova but a simulated galaxy from the Illustris data set. And somehow they produce quite a lot of these 'rings'.
Just give it your best shot and that is all we ask from you ! 😄
The star (top left) is a foreground star from our galaxy, so there is no way that it can influence the galaxy that is soo much farther away.
Or a disturbed tow-armed spiral.
It just looks red. Could be because of dust in the galaxy.
It's an sim from Illustris & these simulations are not capable of producing gravitational lenses. What about a very disturbed barred spiral?
Yep ! 😄 Both galaxies are clearly interacting, so definitely #merger for me.
This is a simulated galaxy from the Illustris data set.
The blue or white spots are star forming areas in the galaxy.
It could be two galaxies merging or it could be two galaxies overlapping. Just give it your best shot !
Happy hunting ! 😄
Looks like a artifact to me, sorry !
The yellow object is indeed a foreground star from our galaxy,so there is no interaction whatsoever possible between it &the central galaxy.
Try looking at it as a barred spiral galaxy with two arms that fold all the way back to form a ring.
Those 'jets' are just artifacts. So they are not real !
This is a simulated galaxy from the Illustris data set . See here : https://tinyurl.com/z8k7s42
Sorry, I don't see it.
This is a simulated galaxy from the Illustris dataset. Blue/white smudges signify star forming areas in the galaxy.
Some of the blue blobs are star forming areas in the galaxy, others are foreground stars from our galaxy.
Both galaxies look distorted so maybe they are interacting.
The image is very fuzzy, so merger and overlap are possible. Just classify what you see and that will be very valuable.
The blue smudge at 7 o'clock could be a star forming area in the galaxy.
Definitely not an overlap ! 😄
The bright object to the left is actually a foreground star from our galaxy.
See the comments below : Optical artifacts and filter misalignments.
My pleasure ! Hope you are having fun here ! 😄
2/2
You could make a case both for overlap and for merger. You classify it as you see it..
Happy hunting ! 😄
1/2
That is really difficult to tell as they both look a bit fuzzy so no obvious signs of distortions. And there are no redshifts available
Not smooth at all.
Another simulated galaxy. from Illustris.
And in these images blue/white smudges signify active star forming regions in the galaxy.
3/3
But you should just answer the questions. Classify it as you see it.
Happy hunting !
2/3
As for the classification : I'd go for features- not an edge on - no bar - no spiral - no bulge - anything odd : ring and disturbed.
1/3
This is a simulated galaxy from the Illustris data set. More info on Illustris here : https://tinyurl.com/z8k7s42
This one looks a bit like an Illustris sim ! 😄
Oh wow ! What an amazing #merger ! 😄
Sorry, not a nova. The bright blue /green object is a foreground star from our galaxy.
Truly amazing !
Happy hunting ! 😄
Not sure I'd classify this one as a barred galaxy. It could be a merger but not sure . Anyway, just classify what you see !
Beautiful ! Aren't we the privileged ones to get to see these images !
Happy hunting ! 😄
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or if they are in the foreground/background.
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Without additional information (redshift) it is impossible to determine of these galaxies are close to the central galaxy, ...
Nope, most of the objects in this image look very red. This just means that there were some filter problems.
Without additional information, it is impossible to tell if the two smaller galaxies are actually close to the central galaxy.
You could classify it either way (merger or no merger). I'd personally would go for no merger, but hey, that is just me ! 😄
happy hunting
The object (bottom left) is another galaxy, but without extra info (redshift) it's impossible to say if it's in the foreground or background
That red object is a foreground star from our galaxy.
Blue and white smudges in these simulated galaxies from Illustris are star forming areas in the galaxy.
Probably a merger, not an overlap.
Definitely an edge on spiral or disk galaxy. Good call ! 😄
Just 1 galaxy here.It's a simulated galaxy from the Illiustris set & in these images blue/white blobs are star forming areas in the galaxy.
Good call Alex ! 😄
And after looking at the SDSS image I'm still going for the star forming area ! 😄
Without looking at the extra information, I'm going for star forming area in the galaxy.
The blue smudges in these simulated galaxies from Illustris mean star forming areas in the galaxy.
Neither of the galaxies look very disturbed, so I don't think they are interacting. No merger for me.
This is a simulated galaxy from the Illustris data set. The blue/white smudges are star forming areas in the galaxy.
The orange dot is a foreground star from our galaxy.
Sadly, no ! This is a simulated galaxy from the Illustris data set. The blue/white smudges are star forming areas in the galaxy.
The bright object bottom left is another galaxy. See here : https://tinyurl.com/yd9uzrff (zoomed out view SDSS)
Merger for me too !
The green sphere is a foreground star from our galaxy.
This is a simulated gaalxy from the Illustris data set. The blue and white smudges in thes images are star forming areas in the galaxy.
The yellow object to the right is a foreground star from our galaxy.
This is a simulated galaxy from the Illustris data set. In these images blue/white blobs are star forming areas in the galaxy.
The two bright colourful objects are both foreground stars from our galaxy. The colours and spikes are all optical artifacts.
Not a dust cloud, but a real galaxy with millions of stars.
Nope the faint white stripe is not coming out of anything; It is an edge on galaxy. Could be foreground, could be background.
Could be a merger ! The central galaxy does look disturbed. It is your choice ! Just go for it ! 😄
Nope, not a gas cloud, ut a real galaxy. I'd go for either a very disturbed spiral galaxy or an irregular. it is your choice ! 😄
Is there a question here ?
So, what is your remark ?
You do need to have something following the # ! Even if it is something completely useless !
Where ?
Why do you ask for a reference? Here in GZ people are asked to classify what they see, not what they have a reference for.
Just classify what you see ! For me personally, it's just one galaxy. But hey, that is just me. 😄
Happy hunting !
The object at 1 o'clock is probably another galaxy.
Sorry, it is neither. This is a simulated galaxy from the Illustris data set. The white/blue blobs are star forming areas in the galaxy.
Something obviously went wrong ! 😄 Just click star/artifact.
It's a simulated galaxy from the Illustris data set. The blue/white blobs are sar forming areas in the galaxy.
The blue and yellow dots are star forming areas in this simulated galaxy from Illustris.
This is an image from the Illustris dataset of simulated galaxies. But obviously something went wrong here. Just click star/artifact.
Just by looking at this image I would've thought that the small white one is a star. But apparently it is also a galaxy.
The bright red dot is a foreground star from our galaxy.
It's definitely two galaxies. And always classify the object in the centre of the image.
Happy hunting ! 😄
That is just a foreground star from our galaxy. Looks amazing though ! 😄
The bright red object?Yes,that's a foreground star from our galaxy.But the object you are supposed to classify is(always)the central objetct
Not really. The two bright orange objects are foreground stars from our galaxy. The central galaxy does look disturbed though ! ;D
Don't think so. The 'lens' is much too far from the lensing galaxy.
The round object is not a foreground star (it has a z of .036), so it is probably part of the galaxy; Weird configuration !
Could be a merger. Both galaxies look disturbed.
2/2
And in these images blue/white clumps signify star forming areas in the galaxy.
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This is actually a simulated galaxy from the Illustris data set. And they sometimes produce 'strange' looking galaxies.
I'd classify this one as smooth and round.
Looks like a disturbed spiral galaxy to me.
Thank you for your explanation. But I don't think anyone (apart from you) understood this abbreviation.
Could you please explain *fing ? It looks as if you are masking a swear word. If I do not get an answer these posts will be removed. Tx.
Both galaxies look distorted, so definitely a merger.
With these kind of distortions it is most definitely a merger !
My classification would be a merger with a lot of dust lanes ! And what a gorgeous one at that ! ;D
No, but you could just explain what you mean by these abbreviations ! Tx.
No idea either. Just take no notice ! 😄
The bright object (top left) is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The small round object is a foreground star from our galaxy.
Could be two galaxies merging as there seems to be two centres.
SDSS
And lots of galaxies do not have a central bulge.
The blue/white bright object is a foreground star from our galaxy.
Sorry, no dustlane in this one for me.
Not sure about a dustlane.
You could classify this as a fuzzy barred spiral. The blue/white features in these simulated galaxies from Illustris mean star forming areas
The red object is a foreground star from our galaxy.
Happy hunting! 😄
Could be two galaxies merging.
2/2
The two spiky objects are bright foreground stars from our galaxy. The colours, spikes and weird centre are all optical artifacts.
1/2
The central galaxy is a disk or spiral galaxy seen edge on. It has a rounded bulge and a lovely dustlane.
Hi Txuslay, I'd classify this one as smooth and round. Maybe a bit disturbed. Happy hunting !
This is a simulated galaxy from the Illustris data set and in these images blue/white patches areas are star forming areas in the galaxy.
Yep, it is a sim from the Illustris data set and in these images the blue/white smudges are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris data set. And in these images, the blue/white smudges are star forming areas in the galaxy.
That is sadly, just a foreground star from our galaxy, and all the colours, spikes and weird things around it are just optical artifacts. 😄
The red object is a foreground star from our galaxy, but the colours, spikes and the green cloud/spike are just optical artifacts! 😄
Yep, this is a diffraction spike (optical artifact) caused by a bright star outside of this image (https://tinyurl.com/yaflks7q)
The bright object (bottom right quadrant) is a foreground star from our galaxy. Colours,spikes and weird centre are all optical artifacts.
@neoncoolguy:Sorry, the star is a foreground star from our galaxy,so there is NO way that this star can be merging with the central galaxy
Not every sim is a bad sim !
Please take note that this particularly hashtag has no influence on the classifications !
No,this is just one galaxy.It is a simulated one from the Illustris data set. And in these images blue/white smudges mean star forming areas
Hi CeciliaB : You are right. This is indeed a fairly good sim of a polar ring galaxy.
@zoob1172 : This one looks like a very realistic barred spiral galaxy.
I agree there are others that do not look very realistic.
The 'purple' object is indeed a foreground star from our galaxy. But the colours, spikes and weird centre are all just optical artifacts.
The blue/white smudges in these simulated galaxies from the Illustris data set are star forming areas in the galaxy.
The blue smudges in these simulated galaxies from the Illustris data set are star forming areas in the galaxy.
Correct. The object to the right is a foreground star from our galaxy.
Not an elliptical but a simulated disk galaxy from the Illustris data set. The blue blobs are star forming areas in the galaxy.
Yep, it is a simulated galaxy from the Illustris data set.
The bright red object is a foreground star from our galaxy.
Probably two ellipticals merging ! 😄
The blue blobs in this simulated image are star forming areas in the galaxy.
@958bacsal : There is no gravitational lensing in this image.
See the comments below : The object to the left of the centre is a foreground star from our galaxy.
Don't classify by the colours, but by the features that you see ! And I would go for a disturbed (maybe barred), spiral as well ! 😄
The central galaxy is a simulated galaxy from the Illustris data set. & these simulations are not capable of producing gravitational lenses
Edge on with a big bulge for me.
I'd go for disturbed barred spiral.
Actually it is clearer in the Skyserver image. Anyway, just give it your best shot ! We can only classify what we see ! 😉
I don't think this is an arc because the central galaxy is a fuzzy spiral galaxy and they usually are not massive enough to do any lensing.
Both galaxies look disturbed, so merger is very likely.
No gravitational lensing in this image. It is a heavily disturbed spiral galaxy.
It's a simulated galaxy from the Illustris dataset. The blue clumps are star forming areas in the galaxy.
The backgrounds are not simulations ! So, all of the Illustris images are hybrid images ! So what !!
Yep ! It is a simulated galaxy from the Illustris data set. Just classify what you see !
Sigh! The central galaxy from the Illustris dataset is a sim. & it is placed into a real background to make it more realistic. Nothing new
Sorry, that is not true. Only the central galaxy is a simulated galaxy and it gets positioned on a real background ! 😄
Yep,a simulated galaxy from the Illustris data set. & they do tend to produce a lot of weird ring(ed) galaxies. Just give it your best shot?
Just one disk or spiral galaxy seen edge on for me.
Sorry, no gravitational lensing in this image. It is a ringed barred spiral galaxy.
The central galaxy doesn't look disturbed, so no merger for me. And besides, the bright white object is a foreground star from our galaxy.
The red dot is a foreground star from our galaxy.
I'd classify this one as a disturbed two armed spiral with a large bulge.
It is a simulated galaxy from the Illustris data set. I'd classify it as a spiral galaxy with a dominant bulge.
This is a simulated galaxy from the Illustris data set. For some reason they do produce quite a number of ring(ed) galaxies.
I'd classify it as a disturbed lenticular (disk) galaxy with a dominant bulge and maybe a tiny bar.
That 'jet' is a satellite trail. Because the satellite moves so fast it just gets imaged in one filter.
Sorry, but the central object is most definitely a galaxy !
If I recall correctly it is not possible to simulate gravitational lenses in Illustris.
There is a tiny galaxy in the centre of this image.
#wrong_size
Nothing exploded at 6 o'clock. Looks like another galaxy overlapping the central galaxy.
Not sure I'd call this one an elliptical. I'd go for a gorgeous disk galaxy.
Not sure if I would classify this one as an an elliptical. Looks like there is a bar there ! 😄
Could you pls explain what you mean with your rather cryptic messages , Tx !
Hi Ine, which object do you think is the other bright galaxy with strange colours ?
Where is that other very bright galaxy with strange colours ?
A simulated galaxy from the Illustris data set. And they do produce quite a lot of these weird 'ring'-like structures.
It is a simulated galaxy from the Illustris dataset (https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/)
All of the red blobs in this image are foreground stars from our galaxy ! ;D
Blue/white dots in these simulated galaxies signify star forming areas in the galaxy.
Two stars and a galaxy. Nice chance alignment ! 😄
Yep ! I'd classify this one as a disturbed barred spiral
You can definitely classify it as an irregular. But you can also classify this one as a slightly disturbed disk or spiral seen edge on.
Not sure what you mean. The bright white dot is indeed a foreground star from our galaxy.
It is a simulated galaxy from the Illustris data set. The bluish patches are very active star forming areas
Nothing to classify here ! Just click star/artifact and move on to the next one.
Happy hunting !😄
The pink ribbon is just an optical artifact ! 😄
It's not a nebula but a faint and fuzzy galaxy.
Hi adriano.zallo,
If you squint a bit you can see a bar and two fuzzy spiral arms. So not an elliptical.
Happy hunting !
2/2
Just classify what you see, not what you expect to see ! 😄
1/2
But there are definitely red spirals just as there are some blue ellipticals (courtesy of Galaxy Zoo ! )
Not a nebula but a very (very ! ) faint and fuzzy galaxy. ! 😄
Not sure I'd go for merger here. Neither of the galaxies look disturbed. I'd probably go for overlap.
The central object is a disturbed barred spiral.
The green line is part of a satellite trail.
Those bright blue blobs are active star forming areas in the galaxy.
Could be an optical artifact as well ! ;D
And in these Illustris images, pale blue means star forming areas in the galaxy.
It is a simulated galaxy from the Illustris data set. And somehow they produce quite a number of these rings !
Not a nebula, but a real galaxy ! . But a really faint and fuzzy one at that ! 😄
Yep ! Just classify this as star/artifact.
Happy hunting ! 😄
Not sure what you mean by loose, but this is definitely not a loose armed spiral.
Unfortunately, it is just part of a satellite trail ! 😉
Both galaxies look disturbed, so merger is definitely a possibility.
Actually, there is nothing in the centre of this image ! ;-D
Just click star/artifact and move on to the next one !
Happy hunting !
Yep, gorgeous barred spiral ! 😄
Not a ring of stars but a ring of star forming areas in this simulated image from the Illustris data set.
2/2
And somehow they produce quite a lot of these rings. And in these Illustris images pale blue means star forming areas in the galaxy.
1/2
Désolé, mais ceci n'est pas un supernova. This is a simulated galaxy from the Illustris data set.
@zoob : even with your directions, this will not help newbies. What about easy to understand thingies !
2/2
And the colours and the blue 'halo' are just optical artifacts.
1/2
I suppose you are referring to the red and blue thingy ? That is sadly just a foreground star from our galaxy.
The blue blobs in these Illustris images mean star forming areas in the galaxy.
Correct ! At the bottom of the image is a small edge on galaxy.
Yep ! The blue object is indeed a foreground star from our galaxy.
Just click star/artifact and move on to the next one ! 😄
The bright blue object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
It doesn't get any better than this ! 😄
You are correct. he small smooth round one is in the centre of the image. But I'm certain that most people will classify the odd one.
No gravitational lens here. This is a simulated galaxy and I'd classify it as a disturbed spiral with a big bulge.
See the comments below : Most of the objects in this image are foreground stars from our galaxy.
I'd classify it as a disk or spiral seen edge on, seriously disturbed with two star forming areas ( the two blue dots).
Lovely image ! 😄
😃 ! It is a simulated galaxy from the Illustris data set. And somehow they do produce a lto of these 'ringed' galaxies.
The white dot a 3 o'clock is a foreground star from our galaxy. The greenish blue dots are star forming areas in the galaxy.
Indeed ! Amazing #merger !
LOL !
It is (admittedly a gorgeous) simulation from the Illustris data set and they do produce these rings fairly regularly.
A very bad simulation ! 😄 Just click star/artifact.
Happy hunting !
2/2
And for some reason they occasionally produce some weird rings.
The blue/white blobs in these images signify star forming areas.
1/2
This is a simulated galaxy from the Illustris data set. See her for more information : https://tinyurl.com/z8k7s42
This one could also qualify for #wrong_size ! 😄
Sorry, cedartree, but the Illustris simulated galaxies cannot produce lenses. The white dots are star forming areas in the galaxy.
This is a faint and fuzzy disturbed spiral. The blue blobs are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris dataset. You could classify it as an edge on or even an irregular.
It is a simulated gaalxy from the Illustris dataset. The blue/white blobs are active star forming areas in the galxy.
Both the objects in the center of this image are galaxies not stars. The image is very fuzzy so not sure if it is a merger or an overlap.
If you see a bar than it cannot be an elliptical. I'd classify this one as a disk with a bar.
yes ! It is a two-armed spiral seen at an angle. And it is a beauty !
Definitely a merger for me. Both galaxies are heavily distorted.
That is for you to decide ! 😄
2/2
But, please, always classify the object in the centre of the image !b 😄
Happy hunting !
1/2
The bright spiky object (bottom right ) is a foreground star from our galaxy. And the line at the top is a satellite trail.
The bright white object is indeed a foreground star from our our galaxy , so it cannot in any way be interacting with the central galaxy !
#wrong_size
Yep ! The two objects, bottom right corner, are indeed foreground stars from our galaxy.
The bright red object at the top is a foreground star from our galaxy. The colors, spikes and green square are all optical artifacts.
You can tag these with #wrong_size as the software didn't display them correctly.
I don't see a ring here, but hey that is just me. Classify what you see. So if you see a ring add that option.
Yep ! A faint and fuzzy one ! I'd go for irregular !
Happy hunting ! 😄
Oh yes ! 😄 ! Nice catch !
Nope ! The central object is a real galaxy! I'd classify it as an irregular with a very active star forming region (the blue blob).
The blue clouds are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris dataset. Somehow they produce quite a lot of these rings. And blue means star forming areas
The object in the centre of the image is a fuzzy galaxy.
The central object is a galaxy ! One of the small objects (bottom right) is a foreground star from our galaxy.
I'd go for features - edge on - something odd : dustlane and other. And tag it here in Talk ! 😄 Happy hunting ! 😄
The galaxy in the centre and the galaxy in the bottom right corner do look indeed to be interacting !
Nope, just a fuzzy and disturbed galaxy or otherwise an irregular one ! It is your call !
You should classify the object in the centre(?) but in this case Illustris just created an almost non existing galaxy. Star /artifact for me
Yep, zoob1172 is right. The green/red/blue object is an asteroid ! 😄
I suppose you are talking about the green dots at 9 o'clock ? They are sadly just artifacts.
It's a simulated galaxy from the Illustris dataset. I'd classify it a s a disk - no spiral arms.
Yep ! A misalignment of the filters. Looks amazing though ! 😉
These disturbances could be the result of a fly-by !
The bright centre ? ! And there is a lovely bar as well !
It is a disk or spiral galaxy seen edge on (with a big bulge !)
Happy hunting! 😄
Just one disturbed galaxy for me, sorry.
The central object is a fuzzy galaxy. Not easy to classify.
Correct, the bright , spiky thing is indeed a foreground star from our galaxy.
2/2
Strangely enough, they do produce quite a lot of these ring structures. The blue dots are star forming areas in the galaxy btw.
1/2
Yep, it is a simulated galaxy from the Illustris dataset : https://tinyurl.com/z8k7s42 .
Those are just artifacts ! 😦
The two round objects are foreground stars from our galaxy.
That is just not possible ! The star is a foreground star from our galaxy and the galaxy is immensely far away.
The red spiky thing is a foreground star from our galaxy and the blue 'cloud' is an optical artifact caused by that star.
Most probably foreground star from our galaxy.
This is a simulated galaxy from the Illustris data set. And somehow Illustris produces quite a lot of these rings.
Yep ! A faint and fuzzy one ! 😄
The central object is indeed a galaxy. The one at the top is a foreground star from our galaxy.
The object at the top of the galaxy is a foreground star from our galaxy. Please, only use the # overlap for galaxy/galaxy overlaps. Tx!
I'd go for edge on with a rounded bulge.
Just classify it as star/artifact and hope the next one will be gorgeous! 😄
Yep, this galaxy got simulated into oblivion ! 😄
Just classify as star/artifact and hope the next one will be a good one! ;D
Nice catch ! 😄
Probably overloaded ccd's. In other words, just artifacts.
The background galaxy is indeed a gorgeous spiral galaxy. See the zoomed out view : https://tinyurl.com/kmmga23 ! 😄
Always classify the object in the centre of the image and here that is, sadly, just a foreground star from our galaxy.
Sorry, but no lensing going on in this image. This is a simulated galaxy from Illustris & they frequently produce these weird ring galaxies.
The red object is a foreground star from our galaxy.
It's one of the simulated galaxies from the Illustris data st and they do tend to produce a lot of these weird 'ring' galaxies.
The bright object in the lower right hand corner is a foreground star from our galaxy. The colours and spikes are just optical artifacts.
Again , I wouldn't call this one smooth.
I wouldn't call tis one an elliptical. It has so many features !
With these fuzzy galaxies it is not easy to see if they are distorted, but merger is certainly a possibility.
The blue areas are star forming regions in this galaxy.
Not sure ! All three galaxies have different photo z's, but photo's can be very unreliable. Not sure this is a group !
Although the galaxy to the left looks disturbed I don't think these two are interacting, so no merger for me.
Sorry,there is no gravitational lens in this image. & the bright object top right is a foreground star from our galaxy. So no merger either.
It could still be a simulation of two edge on galaxies interacting !
And yes ! Just a very funny coincidence ! Remember the universe is veryyy large ! ;D
Two elliptical galaxies interacting. Nice merger ! 😄
The bright white dot at 10 o'clock is a foreground star from our galaxy.
The blue blobs in these Illustris (simulated) galaxies are star forming areas in the galaxies.
Yes, most probably a foreground star from our galaxy.
Yes, this is definitely a galaxy. I'd probably would go for smooth and in between.
I'd go for an amazing (simulated) merger ! 😄
And this is one of the most realistic mergers I've seen from the Illustris dataset !
Or it could be a lenticular galaxy (ie a disk galaxy without spiral arms)
The red line is a satellite trail.
In this case you can safely click star/artifact ! 😄
The white blob is indeed a star but it is a foreground star from our galaxy
Yes, it's is a simulated galaxy from the Illustris data set & they do seem to produce quite a lot of these rings! No one knows why right now
The central object is a simulated galaxy from the Illustris data set.
The red object is indeed a star, but it can never be behind the galaxy. It is a foreground star from our galaxy.
The yellow spike is an optical artifact caused by a bright star outside of this image. And I do hope you classified the 'boring' galaxy ? ;D
Sorry,no merging going on here whatsoever. The object to the right is a foreground star from our galaxy. Distorted objects=possible merger.
Definitely no voorwerpjes here. You need these very bright colours for one !
If that is a bright star it is a star from our galaxy and it cannot in any way have any influence on the central galaxy
Yep ! Nice catch ! 😄
You can tag these ones with #wrong_size
If you classify a galaxy as cigar shaped (ie smooth) you cannot classify it as having a ring or a bulge. Smooth means no features whatsoever
That is defiinitely an option !
Don't think so! Sorry. It is a simulated galaxy from the Illustris data set.
That is sadly just an optical artifact. But it does look amazing ! 😄
But this pic looks amazing anyhow ! 😄
Not sure what you are asking, sorry ?
This is a beautiful example of two galaxies interacting/merging !
The bright blobs in the centre are the central cores of the two galaxies.
Not sure about the dustlane, but what a nice merger ! 😄
That 'ray' is a diffraction spike (an optical artifact) caused by a bright star outside of this picture.
The bright yellow object is a foreground star from our galaxy.
Do you mean the round yellow object ? That is a foreground star from our galaxy.
It is a simulated galaxy from the illustris data set. See here for more info : https://tinyurl.com/z8k7s42
The red dot is a foreground star from our galaxy!
Happy hunting ! 😄
Yep ! Good catch !😄
The blue line is a satellite trail ! Nice catch !
Giggle ! ;D
Extreme simulations will get you this result ! ;D
#wrong_size !
Correct ! 😄
Possibly disturbed barred spiral.
Always classify the object in the center of the image !
In this case you can tag this image with #wrong_size
Meh ! Don't think so. Just one galaxy for me. And in these simulated galaxies from Illustris, the blue blobs are star forming areas !
It is a simulated galaxy from the Illustris dataset. And they do seem to produce a lot of these 'rings' of star forming areas.
Correct, the object, top left, is a foreground star from or galaxy. The blue and yellow spikes are just optical artifacts.
Misalignment of the filters. The pretty colours are just artifacts.
2/2
The central galaxy is heavily disturbed and the blue blobs are areas of active starformation.
1/2
The white obejct to the left of the cenral galaxy (which you are supposed to classify) is a foregroud star from our galaxy.
Meaning ? ;D
What a gorgeous (disturbed) spiral edge on with an amazing dustlane !
It could be another galaxy ! Without additional information (redshift) it is not possible to tell !
The bright yellow object at the top is a foreground star from our galaxy. And so are the two white ones at the bottom.
The object in the center is very much a galaxy. I'd classify it either as a very disturbed spiral or else an irregular.
Star forming galaxy ! 😉
What an amazing #merger !
z = 0.088 and 0.087
The white object at the top is a foreground star from our galaxy. So, definitely no merging going on here !
I'd go for a slightly disturbed edge on. But you are right, this galaxy is too small to classify ! Tag these as #wrong_size
Both of the galaxies do not show any kinds of disturbances , so no merger for me here ! 😄
A fuzzy and disturbed barred galaxy
The bright object top left is a foreground star from our galaxy.
Sorry, no supernovae here. Just two foreground stars from our galaxy.
Correct ! The bright white object is indeed a foreground star from our galaxy !
Gorgeous merger for me ! 😄
Eeps ! The red glow and the green stripe are just optical artifacts caused by a bright star just outside of this image !
The bright areas are active star forming regions in this simulated Illustris image !
The white and the yellow objects are foreground stars from our galaxy. The blue one in the middle is a fuzzy galaxy. Smooth and round for me
Looks like two galaxies interacting. Nice #merger.
That is also an optical artifact caused by the bright star.
Yep, could be. This looks like a seriously disturbed galaxy !
You can tag these images with #wrong_size.
Nope, sorry ! This is a simulated galaxy from the Illustris data set. The blue regions are active star forming areas in this galaxy.
Irregular is definitely an option. Or you could go with disturbed barred spiral. Just answer the questions as well as you can !
Yep, definitely a galaxy. It is from the Illustris dataset.
It could be a satellite trail or a diffraction spike caused by a bright star outside of this image.
The bright yellow object to the left o f the central galaxy (which you are supposed to classify) is a foreground star from our galaxy.
Just one disturbed galaxy for me.
Sorry, there is no gravitational lens in this image.
The object top right is another galaxy. But it looks really bright in this image.
Foreground star from our galaxy, sorry !
Definitely no lensing in this image ! 😄 Happy hunting anyway! 😄
Those blue dots signify star forming areas in this galaxy.
The bright object is indeed a foreground star from our galaxy, so it cannot be interacting with the spiral. But it's a lovely image !
Ooh ! Really gorgeous one ! 😄
Oops ! 😄 Just click star/artifact and move on to the next one ! And hope that one will be a stunner ! 😄
If the satellite is not very reflective, this could still be one. And why do you need a bright foreground star ?
The green line is indeed a satellite trail.
The pale blue dots are starforming areas in this simulated galaxy.
The wo red dots are foreground stars from our galaxy. No gravitational lensing in this image, sorry.
The bright object at the top is a foreground star from our galaxy. So definitely no merger here.
You could classify this one as a disturbed spiral galaxy !
Yep, that could be a spiral seen edge on!
The backgrounds/foregrounds superimposed on these images are real ones to make these images more inline with the real images.
The bright object at 10 o'clock from the centre is probably a foreground star from our galaxy.
You could go for a very disturbed spiral or else for an irregular.
2 spirals and a smooth one ! 😄
It is a simulated galaxy from the Illustris dataset.
See here : http://tinyurl.com/z8k7s42
Eeps, the simulated galaxy from Illustris has disappeared ! 😄
Just classify as star/artifact !
Nope,it is a simulated galaxy from the Illustris dataset. And in these images we get rings (fairly often) with star forming areas(blue dots)
It's a disturbed (spiral ?) galaxy. So this galaxy has been interacting with another galaxy that has bent it out of shape !
It is definitely a galaxy. You could go for irregular or else for a disturbed edge on.
It's a very fuzzy and disturbed galaxy.
The blue smudge is a star forming area in this simulated galaxy from the Illustris data set.
Correct. The object in the centre of the image is indeed a foreground star from our galaxy.
No lensing here, sorry. The blue patches are indeed star forming areas in the galaxy.
I don't think that is a star. Could be a star forming area in the galaxy.
I wouldn't go for a cigar shape but for a disturbed, barred disk. And the star is just a foreground star from our galaxy.
I would say yes ! I see a fuzzy two-armed spiral with a dominant bulge. But hey, that is just me !
LOL ! Actually, the green line is a satellite trail ! 😉
The small blue object is no a star but another galaxy. The yellow one is a foreground star from our galaxy.
Just click star/artifact and go to the next image! And that will be a stunner ! (hopefully! )
According to Skyserver it is a foreground star from our galaxy.
It's a simulated galaxy from the Illustris data set and there have been some odd rings in there ! 😄
2/2
But anyway, a smaller object is not massive enough to 'suck in ' a more massive one.
1/2
The dot on the right could be a foreground star from our galaxy.
Merger is definitely a possibility. But this image is just too fuzzy to tell for sure.
Welcome to the Zoo !
The yellow dot is a foreground star from our galaxy.
Happy hunting ! 😄
This one will have so many conflicting classifications ! The scientists will surely have a second look !
Here in GZ we only use overlap for galaxy/galaxy overlaps. So, no overlap here.
Yes, this is probably two galaxies interacting. Nice #merger.
The blue smudges in these simulated galaxies from the Illustris data set are meant to be star forming areas.
😄
Barred disk for me. 😃
Just give it your best guess ! 😄
The image is too fuzzy to tell for sure. But if you think they are merging you should classify it as such.
You could classify it as a barred disk galaxy with a ring of starforming areas.
All the stars in this image are foreground stars from our galaxy. So, they do not need to be included in the classification
The black spot is sadly just an artifact.
The orange/red spiky thing is a bright foreground star from our galaxy. The colours and spikes are just optical artifacts.
No, this is not a gas cloud but a simulated galaxy from the Illustris data set.
Wow ! Lovely disturbed barred spiral with lots of star forming areas ! 😄
The blue smudges in these simulated galaxies from the Illustris data set mean active star forming regions in the galaxy.
Looks like a very (very !) disturbed spiral galaxy with an amazing dustlane ! 😄 (No cloud in this image, sorry)
Gorgeous disturbed barred(spiral?)galaxy with lots of star forming areas (the blue smudges).& it's a sim galaxy from the Illustris data set
Don't worry, lots of people will get this same image to classify, so any oopsies will get ironed out !
Happy hunting ! 😄
Both galaxies look disturbed, so #merger for me ! 😄
See the comments below ! 😄
😄 Yes, there is a difference in pronunciation. And the Belgian Dutch 'r' sounds slightly softer than the Dutch one ! 😄
😄 ;D
😉 I'm from the Dutch speaking part of Belgium ! 😄 LOL
A voorwerpje ! 😉 (it's the diminutive of Voorwerp ). And I wasn't talking about the size or anything, just the colour.
Couldn't hurt at all ! (But the voorwerpjes have these 'in your face colours ! 😉 )
Aww ! Let's nominate this one for next year's Valentine ! 😄
I'd classify the central galaxy as a disturbed barred spiral.
You could think that both galaxies looks slightly disturbed, so merger is still a possibility.
Somehow, I missed the dust reference ! Maybe you are mistaking the spiral arms for dust lanes ?
With lots of features, I wouldn't classify this one as an elliptical (smooth).
I would say two arms, but if you think you see 3, you should mark it as such.
Just give it your best shot ! 😄
Those two blue blobs are not individual stars but star forming areas in the galaxy !
You can tag these with #wrong_size ! Tx !
The blue smudges are star forming areas in this simulated galaxy from the Illustris data set.
Possible satellite trail. The object you are supposed to classify is the fuzzy galaxy in the centre. But here you can click star/artifact.
Probably not ! The yellow object at the top is a foreground star from our galaxy and neither of the galaxies look disturbed ! 😄
Definitely ! 😄
The red dot is a foreground star from our galaxy.
The white object to the right is a foreground star from our galaxy.
The very bright object (top right) is indeed a foreground star from our galaxy. The colours and spikes are all optical artifacts.
Barred spiral for me too !
Not sure if there is an elliptical in this image (but that is just me ! 😄 )
Yep ! Definitely a galaxy ! 😄
The one in the centre is a galaxy and the one to the left is a foreground star from our galaxy. Hope this helps ! 😄
It could just as well be a very disturbed lenticular (= disk) galaxy.
LOL ! 😄 It does look a bit like the Enterprise !
Not sure if I'd go with elliptical for this. Way too many features !
It probably is ! 😄
Looks more like two galaxies interacting !
The blue dot is probably an active star forming area in the galaxy.
The blue clumps are star forming areas in these simulated galaxies.
Yep ! In these simulated Illustris images pale blue means star forming areas in the galaxy.
A disk galaxy without spiral arms is called a lenticular galaxy. And this one is a beauty ! 😄
I'd go for disturbed, barred spiral with a bit of star forming going on (the blue clumps)
2/2
See this one : https://tinyurl.com/zqyyjb3 ! 😄
1/2
Although this is a simulated galaxy from the Illustris dataset, some real galaxies have been known to look quite rectangular
The red glow and the spike are optical artifacts cause by a bright foreground star from our galaxy just outside of the image.
Sorry, not a voorwerp but a real galaxy with lots of star formation going on (the blue clumps).
Looks like spiral arms to me !
The red line is a satellite trail.
Gorgeous ! 😄
Both galaxies look disturbed so merger is a very obvious classification.
I wouldn't call that a dustlane, sorry. Dustlanes in these images tend to be brown.
The bright white object at the bottom is a foreground star from our galaxy.
The blue dots are star forming areas in this simulated galaxy from the Illustris data set (https://tinyurl.com/z8k7s42)
Sorry, not a planetary nebula, but a simulated (spiral) galaxy from the Illustris data set. See here for more : https://tinyurl.com/z8k7s42
This is a simulated galaxy from the Illustris datz set. See her for more info : https://tinyurl.com/z8k7s42
The image is fuzzy , but merger is definitely a possibility.
😄
That bright spot is a foreground star from our galaxy.
Correct ! The yellow object is a foreground star from our galaxy.
Absolutely gorgeous !
Thankfully no ! That is just a bright star from our galaxy! 😄
The bright white object is a foreground star from our galaxy that is just getting in the way ! ;D
Not sure I'd go for a ring here as it is a disk or spiral galaxy seen edge on.
Sorry, not as far as I know .
Yes, it is a foreground star from our galaxy.
The red spiky thing is indeed a foreground star from our galaxy. But don't foget to classify the galaxy in the centre of the image ! 😄
2/2
Blue in these images means star forming areas.
1/2
This is a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
The blue spot is probably an artifact !
I'd go for a disturbed spiral or disk galaxy seen edge on with some star forming areas (the blue clumps)
Definitely not a smooth one ! Way too many features !
If it has pointy ends, it is probably a disk or spiral seen edge on (and not a smooth - cigar shaped galaxy), Sorry !
If you see a bulge and double clumps, these would qualify as features, so definitely not a smooth one !
The yellow line is anoptical artifact caused by the bright star top right.
It's a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
What a gorgeous #merger !
Your guess is a good as mine ! 😄
Sorry, that makes absolutely no sense at all. The blue blobs are star forming areas in the galaxy.
This is a simulated galaxy from the Illustris dataset. The blue blobs are star forming areas.
The central object is definitely not a star but a galaxy.
2/2
And with these features I wouldn't call this one smooth !
1/2
It's a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
It's a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
It's a simulated galaxy from the Illustris data set. See here for more info : https://tinyurl.com/z8k7s42
Could be ! 😄
Yep, looks like it ! 😄
The dark thingy is just an artifact ( sorry)
Sorry, no merger here ! The two bright objects left and right are foreground stars from our galaxy, so no merger possible whatsoever !
No way to tell from just this image ! (sorry ! )
Look at this blog post for more info : https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/ 😄
Have youseen this blog post ? : https://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
😄 There was probably a galaxy in there, but it got redshifted too much ! 😉
No gravitational lensing inthis image, sorry.
Wow ! What a gorgeous #merger!
Sorry, but the two colours effect looks like an artifact to me.
Its' a simulated galaxy from the Illustris data set. See here for more : https://tinyurl.com/z8k7s42
I'd go for a fuzzy disturbed barred spiral
2/2
See here for more info : https://tinyurl.com/z8k7s42
This is an image from a new set of Illustris images
1/2
It's a simulated galaxy from the IIlustris dataset.
Yep, foreground star for me as well !
The two toned/coloured thingies are most likely optical artifacts. I'd classify this one as smooth and round !
Yep ! Nice dustlane !
Yes, the blue dot is indeed a foreground star from our galaxy.
The yellow/orange line is probably a satellite trail.
The galaxy in the image is a disturbed barred spiral.
That is just an optical artifact !
The bright white object to the left is indeed a foreground star from our galaxy.
If it is weird, it will get the attention of the scientists ! Just give it your best shot !
Happy hunting ! 😄
So, how did you classify this one ? 😄
It's a very fuzzy and disturbed (spiral ?) galaxy. Or you could go for an irregular.
The blue dots are probably very active star forming regions in the galaxy.
You could classify the central object as a smooth - in between-galaxy.
Where ?
The bright dot is a foreground star from our galaxy.
Nope, this is a real galaxy with millions and millions of stars !
Or it could just be a line of sight. Just by looking at this image it is not possible to tell if these two stars (top left corner) are close
Not sure I'd call this a dust lane. I'd go for a very disturbed one armed spiral (with a very big bulge ! )
Nope, just a very (very!) fuzzy galaxy ! 😄
Nope, no merger here possible ! The top left object is a foreground star from our galaxy !
Happy hunting !
With these fuzzy smooth ones it is not always easy to tell, but merger is definitely a possibility ! 😄
The bright orange object is indeed a foreground star from our galaxy.
If you see spiral arms then a spiral galaxy is the correct classification ! 😄
Correct, the central object is a foreground star from our galaxy. Sometimes the software gets confused ! 😉
Two-armed barred spiral : check. But the bright dot is probably just a foreground star from our galaxy, not a supernoa.
Without additional information and because neither of the galaxies is deformed/disturbed I'm thinking #overlap !
Very disturbed (loose) two-armed spiral galaxy with a gorgeous dustlane would be my classification ! 😄
Looks like a two armed spiral to me !
Fuzzy and disturbed spiral for me.
With these smooth ones it is always difficult to tell, but merger is still a possibility.
Oui ! 😄
Voici le zoomed-out image : https://tinyurl.com/zc5mm7y 😃
Wow ! This looks amazing. Here's the Skyserver (DR7) image : https://tinyurl.com/jm9mszy
The bright object at the top is a foreground star from our galaxy, so no interaction posssible whatsoever with the central galaxy.
The red dots are foreground stars from our galaxy.
The central object is indeed a galaxy. The small birght dots are foreground stars from our galaxy..
The central object is definitely a galaxy.
Merger for me too !
Peut-être ! It could be a very disturbed spiral galaxy seen edge on. But just answer the questions as well as you can !
Happy hunting !
The bright dot is probably a foreground star from our galaxy. No merger for me in this image !
2/2
But I can imagine that most people will classify the barred spiral galaxy ! 😄
1/2
Unfortunately, in this image, it looks like the foreground star is in the centre of the image.
The green object is a foreground star from our galaxy (and so is the orange smaller one ! )
The bright blue blob is possibly a very active star forming region in the galaxy.
No, there is no gravitational lens in this image. It's just a chance alignment.
There is no gravitational lens in this image, sorry.
It's a ring galaxy. See the discussion in 'Help' (to the right)
No, this is not a planetary nebula but a real galaxy. Two-armed or three-armed spiral ?
The yellow object is a foreground str from our galaxy.
The blue dot could be either a foreground star from our galaxy or an active star forming region in the galaxy.
Just classify this as star/artifact.
The coloured line is probably a satellite trail
Oh wow! Let's call it the scorpion galaxy ! 😉
#dailyzoo
The galaxy behind it could be a disturbed spiral galaxy.
Unfortunately the central object is a foreground star from our galaxy. The software does get confused sometimes ! 😄
No and no ! The smaller round object is a foreground star so no merger possible and definitely no gravitationally arc !
The bright red object is a foreground star from our galaxy. The colours, spikes and the weird green glow are all just optical artifacts.
Don't worry about your English , we'll get to understand each other quite well ! Just keep posting your questions here and have fun ! 😄
Not sure what you are asking, sorry ! You could classify this one as an edge on with a bulge or even a fuzzy spiral. It is your call !
Lots of star formation going on in this galaxy ! 😄
First of all : always classify the object in the centre of the image and from there just answer the questions as well as you can ! 😄
Oh dear! Don't you start ! 😉
Everyone else, please keep posting questions ! 😄
I'm no going to answer any of your questions anymore since you are not reading the answers we post.
Not a nebula but a real galaxy. The blue dots are star forming areas in the galaxy.
Not a nebula but a real galaxy.
Looks like two galaxies merging. Nice catch ! 😄
#merger
The object in the centre is indeed a glaxy and the two coloured ones are foreground stars from our galaxy.
The two large ones have comparable z's, so merger is a possibility.
Correct ! The orange object is a foreground star from our galaxy ! Nice catch ! 😄
Yep, I'd go for fuzzy spiral as well ! 😄
Hi 958bacsal
I didn't mean to come over this bossy! But 140 characters is just not enough !
Just keep asking questions and have fun ! 😄
2/2
The galaxy in the image is probably a very fuzzy spiral galaxy with a big bulge.
1/2
No, sorry, the central orange object is a foreground star from our galaxy (it is not a galaxy!).
The central object is a foreground star, but there is no gravitational lensing in this image.
Looks like it ! 😄
The central object is indeed a foreground star from our galaxy. But there is no gravitational lensing in this image !
Sorry, but there is no gravitational lensing in this image !
The object to the left is definitely a foreground star from our galaxy. But there is no gravitational lens in this image.
The 'jet' is probably another galaxy seen edge on, overlapping the central galaxy.
The bright dot in the centre of the image is a foreground star from our galaxy.
The red dot at the top is a foreground star from our galaxy.
This is a spiral galaxy with fuzzy spiral arms. The small bright dots are all foreground stars from our galaxy. But is's a lovey image ! 😄
The white round object to the left is a foreground star from our galaxy. So, definitely not a merger.
The red object is a foreground star from our galaxy.
Very fuzzy and disturbed barred spiral for me ! 😉
I'd go for an extremely disturbed barred, two armed spiral, but hey, that is just me ! ;D
A beautiful example of a "ring galaxy ! Just one of these extremely weird galaxies that the Universe trows at us ! #dailyzoo !
Yep ! Merger for me as well ! 😄
Remember, always classify the object in the centre of the image, even if it is the most boring one ! 😄
2/2
And the small spiral/disk galaxy seen edge on at 10 o'clock is just too far from the central galaxy anyway to be a gravitational lens
1/2
The central object is a spiral galaxy and they are usually not massive enough to do any lensing visible in these images.
I'd go for a two armed, disturbed, spiral galaxy
Both galaxies are seriously disturbed, so definitely a #merger !
@zorrobis : Are you reading any of the comments we post ? You are always asking about foreground stars and I have had just enough of it !
The red object is probably a foreground star from our galaxy. No meteorite in this image !
As it says on the classifying page : always classify the object in the centre of the image (even if it is the most boring one ! )
And the bright object at the top is indeed a foreground star from our galaxy ! 😄
Correct ! The central object is an edge disk or spiral galaxy sen edge, with a bulge !
The bright orange object is a foreground star from our galaxy (and I suppose that is what you are asking about ! 😉 )
The bright (yellow/orange) object is probably a foreground star from our galaxy.
The pink object is possibly a foreground star from our galaxy. So, the 'correct' classification would be star/artifact.
2/2
And the bright yellow object at 7 o'clock from the centre is a foreground star from our galaxy .
1/2
The green/red/blue object is a an asteroid ! Nice catch !
The bright object int he centre of the image is a foreground star from our galaxy !
Both galaxies are gravitationally interacting, but not sure what you mean by 'where they migrated from'. Gorgeous #merger !
If you see 3 arms, you should mark it as such ! And yes, the spiky, bright object, bottom right, is a foreground star from our galaxy.
The bright object at the bottom is a foreground star from our galaxy. The colors, spikes and the yellow line are all just optical artifacts.
The red dot is a foreground star from our galaxy. There is no gravitational lens in this image.
If you classify it as an elliptical galaxy (smooth)it cannot have all these features.If you think it has features it cannot be an elliptical
There is not a gravitational lens in this image.
The two stars are foreground stars from our galaxy and are not lensed.
Sorry, no gravitational lensing in this image.
The green bright object to the left is a foreground star from our galaxy.
The central object is most definitely a galaxy.I'd classify it as smooth and round.
The blue dot is probably a foreground star from our galaxy.
Merger is certainly a possibility.
The bright yellow object to the right is a foreground star from our galaxy.
The small round object to the right is probably a foreground star from our galaxy. No merger here, sorry.
The red object is a foreground star from our galaxy
The yellow object to the right is a foreground star from our galaxy.
The bright white object at the top is a foreground star from our galaxy.
But definitely a dustlane in the the upper galaxy !
Maybe yes, maybe no ! It is your call ! ;D
The orange object is definitely a foreground star from our galaxy.
Always classify the object in the centre of the image.
The colourful, spiky object at the bottom is indeed a foreground star from our galaxy. The colors and spikes are optical artifacts.
You should be able to recognize foreground stars by now. You have been asking so many questions about them.
The red object to the right is a foreground star from our galaxy.
zorrobis, do you ever read the answers we post ?
The yellow round object is a foreground star from our galaxy.
Two galaxies in Skyserver for me as well and definitely in this GAMA-KiDS image.
The central object is definitely a galaxy!
Some of the small dots are active star forming areas in the galaxy, others could be foreground stars from our galaxy.
But how did you classify the central galaxy ? 😄
Not a nebula, but a ferengified image of a galaxy. See here for more : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
For me it is just one very (very ! ) disturbed galaxy.
That is possibility ! ! But be sure to always classify the object in the centre of the image ! 😄
It's a seriously disturbed galaxy! Looks amazing though ! 😄
Yep ! Star for me too !
The bright object is a foreground star from our galaxy !
Sorry, no boxy bulge in this image for me !
Here in GZ, we only use the hashtag overlap for galaxy/galaxy overlaps. So, this foreground star overlapping a galaxy is not an overlap.
Where ?
The 3 bright objects in this image are indeed foreground stars from our galaxy.
A very fuzzy disturbed barred spiral galaxy (maybe ?) 😉
A very faint & fuzzy galaxy. You could go for a very disturbed (barred ?) spiral or you could go for irregular. It is up to you ! 😄
Just classify this image as star/artifact ! It is an extremely ferengified image.
The object to the right could be a foreground star from our galaxy.So,no merger for me here ! (sorry)
The bright object to the right is a foreground star from our galaxy. The colors,spikes and weird centre are just optical artifacts !
The bright object, bottom left, is indeed a foreground star from our galaxy. The colors and and colorful spikes are just optical artifacts.
And, I agree, the bright object at 10 o'clock is a foreground star from our galaxy.
Please, only use the hashtag overlap for galaxy/galaxy overlaps !
Let's wait for Budgieye! She's the expert on these ones ! 😄
The blue dots are active star forming regions in the galaxy.
Wow ! That is an amazing image! 😄
#dailyzoo
Allthough both galaxies look a little it disturbed, I'd still go for #overlap. Anyway, what an amazing image !
#dailyzoo
See the comments below. Just one object in the centre of the image !
Both galaxies look disturbed, so 8'd go r #merger ! Stunning image !
Still, always classify the object in the centre of the image ! 😄
Clicking on SDSS Skyserver and then get on to NED seems to work for me !
Nope ! Just one galaxy in this image ! 😄
That is definitely a possibility.
Yep ! Nice catch ! 😄
Gorgeous image btw ! 😄
Both galaxies look disturbed, so merger for me.
The spiky bright object is a foreground star from our galaxy. Any 'shadows' are just an optical artifact.
The two bright objects are foreground stars from our galaxy.
The bright, spiky object top left, is a foreground star from our galaxy. The colors and spikes are optical artifacts.
The bright white object to the left is a foreground star from our galaxy.
The spiky red object at the top is a foreground star from our galaxy. The spikes and colors are all optical artifacts.
That is what you got from the Skyserver site ! But how did you classify this image ! 😉
That is certainly a possibility. But what a fuzzy image ! 😄
I have no idea what you mean by your orientation acronyms. Maybe you could just use eg 4 o'clock or something like that.
Too fuzzy to tell ! Star/artifact is the best classification for these extreme pixellated images.
This us an artificially redshifted image of this galaxy (https://tinyurl.com/hy2px73). no concentric rings but faint and fuzzy spiral arms.
Yep ! That is a very good description of this galaxy ! 😄
See the comments below ! The orange object is a foreground star from our galaxy.m
The bright white object is a foreground star from our galaxy, so it is definitely NOT interacting with thte central gaalxy.
Just click star/artifact in these cases ! 😄
#wrong_size
The line is an artifact (diffraction spike) caused by a bright star outside of this image
The centre of the lower gaalxy is not blocked by a foreground star. It is just a very bright centre.
Where do you see a pea ?
The blue spots are probaly active star forming areas in the galaxy
I'd go for a fuzzy barred galaxy. (maybe slightly disturbed)
Not sure about the other two. And I'm not sure the central galaxy ( which you are supposed to classify) is an elliptical.
Just looking at this image and the bright orange and red objects are foreground stars from our galaxy (definitely not ellipticals).
Nice spiral or disk galaxy (with a big round bulge) seen edge on
The yellow bar is indeed an artifact. But you should always classify the object int he centre of the image ! 😄 Happy hunting!
The small dot (at 2 o'clock) could be a foreground star from our galaxy.
What do you mean : no features ????
I do hope you classified this one as a disk or spiral galaxy seen edge on !
I see just one galaxy, but it is a very (very ! ) disturbed) spiral !
Hy Ryanswear, always classify the object in the centre of the image (even if it is the most boring one! ) 😄
Yep ! I'm with Liz here ! 😄
Yep, and as it says in the blog (https://tinyurl.com/jqav8eb), some of these images will have been seen before !
Have you seen the difference between the Skyserver and the GAMA-KiDS image ? Amazing !
Btw, what does MTG and LTG mean ?
It makes me smile to see an asteroid (the blue/red/green smarties, bottom left). So much fond memories ! 😄
The central object is just one galaxy.
Where do you see a voorwerpje ?
😃 I did have to check myself, because the star looks elongated. Not obvious at all !
The 'halo' is probably two fuzzy spiral arms in this gorgeous barred spiral.
Jets are usually not visible in these images.But what an amazing image. Looks like two galaxies interacting. Great catch !
Yep ! I'm with CeciliaB here. Probably a disk galaxy.
Looking at the zoomed out image in Skyserver, al the stars in it have this slightly elongated look. So, star for me (and no overlap !) 😉
I'd go with very disturbed spiral.
The central object (which you are supposed to classify) is a fuzzy galaxy. The bright round one is a foreground star from our galaxy.
LOL ! The red line is a satellite trail. The satellite reflects the sunlight and bcause of its speed it gets caught in just one filter.
Two spiral or disk galaxies seen edge on, possibly interacting.
The round object to the left of the galaxy is a foreground star from our galaxy.
Not a supernova but a foreground star from our galaxy.
The small round objects are foreground stars from our galaxy.
The two green/white objects and the big red one are all foreground stars from our galaxy. The colors and spikes are optical artifacts.
The bright yellow object to the right is a foreground star from our galaxy.
The bright white and red objects are foreground stars from our galaxy.
The three bright round objects top left of the galaxy are foreground stars from our galaxy
I'd go for a very disturbed barred spiral.
The bright object to the right is a foreground star from our galaxy.
The red dot is a foreground star from our galaxy.
Bar for me ! 😄
WOW ! What a gorgeous #merger ! No doubt about it ! 😄
I'm okay with warped,but to be clear, the foreground stars have nothing to with that (how could they !!!!)! 😄
Ooh , but those pesky stars ! 😉
Yep ! Definitely a WOW one ! 😄
Gorgeous disturbed spiral galaxy !
That is the most plausible possibility. But then again it could be an active star forming region connected with the galaxy.
The bright blue dots are not supernovae but very active star forming areas in the galaxy.
The bright blue dot is a very active star forming region in the galaxy.
The bright round object top left is not a galaxy but a forground star from our galaxy. No gravitational arcs in this image.
The bright object to the right is a foreground star from our galaxy.
The bright object to the right is a foreground star from our galaxy
According to Skyserver both objects are foreground stars from our galaxy. But I'm not so sure about the blue one.
The small round objects in this image are foreground stars from our galaxy.
The bright object top right is a foreground star from our galaxy.
You could go for a disk or spiral galaxy seen edge on.
That is a possibility ! 😄
You could classify this one either as a very disturbed spiral galaxy, but irregular is equally valid.
No overlap here, sorry ! The purple dot is a foreground star from our galaxy. The hashtag overlap is only used for galaxy/galaxy overlaps.
The object to the right of the galaxy centre is probably a foreground star fro our galaxy.
The green object, bottom left, is a foreground star from our galaxy. The color is an optical artifact.
The bright object at the bottom is a foreground star from our galaxy. The colours and coloured stripes are optical artifacts.
The bright object top right is a foreground star from our galaxy.
It's an extremely artificially redshifted galaxy
See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Looking at the original image (http://tinyurl.com/zgt6mp3), it could just as well be a disturbed, barred spiral with lots of star formation!
2/2
See this blog for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
1/2
Please classify the galaxy as it appears in this image !
Please, classify the object as it appears in this image and not what you think/know it is ! This image should be classified as smooth&round
The bright white object is indeed a foreground star from our galaxy.
Yes, two galaxies. I'd go for #overlap.
It is an artificially redshifted gaalxy. See here for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
I'm thinking it is a disk or spiral galaxy seen edge on. The slightly pointy tips give it away ! 😄
Hey ! Go for it ! 😄
The central object is a very disturbed, barred spiral galaxy with a couple of active star forming areas (the blue clumps).
The object in the centre is the tiny edge on galaxy. #wrong_size
The round bright objects are foreground stars from our galaxy.
In the centre of the image there are two galaxies (not a star) overlapping.
Most probably foreground stars from our galaxy.
You could make a case for it 😄
It is an artificially redshifted galaxy. See here for more information : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
If it is a star it is always a foreground star from our galaxy
Yep ! There are two (not connected ) galaxies and one foreground star from our galaxy in the centre of this image.
Hey, you are right ! The bright spiky dot is a foreground star from our galaxy. The colours and spikes are all optical artifacts.
The star is a foreground star from our galaxy and there is no way that it is causing disturbances in the central galaxy ! 😄
It could be a bar ! See the original image : http://cas.sdss.org/dr13/en/tools/chart/navi.aspx?ra=198.764634583627&dec=24.6188267682862
The bright dot at 4 o'clock is a foreground star from our galaxy.
The white object at the bottom is a foreground star from our galaxy. But what a gorgeous #dustlane ! 😄
#wrong_size
Most of the objects in this image are foreground stars from our galaxy.
The small bright dots are all foreground stars from our galaxy. No graitational lensing in this image.
The 'cross' is juss an optical artifact !! (sorry!)
More information on these images here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Have you seen this blog post ? https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
See my comment below ! 😄
Some of the small objects are other galaxies, others are foreground stars from our galaxy.
Spiral galaxies can rotate clockwise or anti-clockwise ! No problem.
Probably a spiral or disk galaxy seen edge on.
Probably ! 😄
It could be a disk galaxy with a very dominant bulge but you could classify this one just as well as smooth and round.
Yep ! Looks like it ! 😄
This is definitely a disk or spiral galaxy seen edge on. The 'pointy' ends give it away.
Merger is a possibility, but neither galaxy looks (very) disturbed, so it could just as well be an overlap.
Here's the zoomed out image : http://tinyurl.com/jne2p4w
Gorgeous #merger ! 😄
The bright spiky object to the left is indeed a foreground star from our galaxy. The colours and spikes are optical artifacts.
The blue object at 12 o'clock is a foreground star from our galaxy.
2/2
The white object is a foreground star from our galaxy and the 2 others are disk or spiral galaxies seen edge on, slightly overlapping.
1/2
Have a look here : http://tinyurl.com/z6u5tuy.
The object at 6 o'clock from the core is probably a forground star from our galaxy.
A very faint and fuzzy irregular galaxy.
I see just one very disturbed galaxy.
The round one at 6 o'clock is a foreground star from our galaxy. The one to the right is another galaxy.
The blue dots are active star forming regions in the galaxy.
No gravitational lens here. This is a fuzzy disturbed (spiral) galaxy.
See here : http://tinyurl.com/z2opfap
Happy hunting ! 😄
The straight line is a diffraction spike (optical artifact ) caused by a bright star outside of this image
Definitely an edge on galaxy, and disturbed.
The object in the centre of the image is definitely not a star, but a very fuzzy and 'irregular' galaxy !
If you see a dustlane, you should classify it. (I don't see a dustlane, but that is just me ! )
The object to the left looks like a galaxy to me. Not sure if it is overlapping or merging. It is your call ! 😄
The blue dot is an active star forming area in the galaxy.
Very poetic ! 😄
That could be a foreground star from our galaxy.
I wouldn't call this one smooth ! I see a bar and more than a hint of disturbed spiral arms (but hey, that is just me ! )
Both of these objects are foreground stars from our galaxy, so no merger here whatsoever ! 😄
In that case, just give it your best shot ! 😄
The red dots in this image are forground stars from our galaxy.
The central object is not a nebula but a disturbed galaxy with lots of star forming areas (the blue regions).
It looks like they are interacting to me. Nice #merger ! 😄
The red line is a satellite trail.
The green line is a satellite trail
Both galaxies look disturbed. Definitely a #merger for me ! 😄
What a gorgeous #merger !!!!
The bright pink object, top right, is a foreground star from our galaxy, so it cannot have any interaction with the central galaxy.
It is an artificially redshifted image of a galaxy. Just give it your best shot! 😄 Happy hunting !
The bright object, bottom right, is a foreground star from our galaxy!
The blue dot at 7 o'clock is probably a very active star forming area in the galaxy ! 😄
Two galaxies, probably interacting ! Gorgeous image !
It could be two galaxies interacting !
What object are you referring to ? 😄
This is an image from an old and retired data set. And the strange colours are just optical artifacts and filter problems !
See the comments below.
Not turning into a spiral gaalxy. It is a slightly disturbed spiral galaxy with two very faint spiral arms.
The two bright white/green objects are indeed foreground stars from our galaxy.
The two stars look amazing ! Gorgeous line of sight ! The Universe is full of surprises! 😄
It's an artificially redshifted image ( http://tinyurl.com/j6frzzx ) and it is not easy to classify. Just give it your best shot ! 😄
The purple thingies are just artifacts. It is safe to ignore these ! 😉
The bright spot is indeed a foreground star from our galaxy, but we only use the # overlap for galaxy/galaxy overlap.
The central object is a very faint and fuzzy irregular galaxy. .
Not sure what you mean by anomaly. If you squint very hard you could just make out a two-armed barred spiral.
The bright red object is indeed a foreground star from our galaxy. The spikes, dark hirzonal lines and colors are all optical artifacts.
The blue dots (top right side) are just artifacts.
The violet dots and the green line are (sadly) just artifacts.
The blue line is a satellite trail.
The bright object, top left, is a foreground star from our galaxy.
You do realize that the object at the bottom is a foreground star from our galaxy, so no merger whatsoever possible ! 😄
The purple object, top left, is a foreground star from our galaxy, but the colours are not real ! 😄
The red object to the right is a foreground star from our galaxy. The colours, spikes and red 'halo' are all optical artifact ! 😄
The blue object at the top is indeed a foreground star from our galaxy. I do hope you classified the object in the centre of the image! 😄
Short answer : no ! 😄
No gravitational lensing in this image. It looks stunning though. 3 galaxies, probably interacting.
The white object is a foreground star from our galaxy.
Lovely image, but sadly no lens here. It is an artificially redshifted image of this galaxy : http://tinyurl.com/zhdxhuo
Not an artifact but an extreme artificially redshifted gaalxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Gorgeous #merger but also #wrong_size ! 😄
Definitely a bar for me here ! 😄
If it has features (like a bar and/or a ring) it cannot be an elliptical. I'd go for a lenticular.
Sorry, no gravitational lensing in this image ! Spirals (or lenticulars) are usually not massive enough to do any lensing !
This looks like a disturbed barred spiral with an inner ring or else a disturbed barred lenticular with an inner ring.
Yep ! The red objects are all foreground stars from our galxy. But did you classify the small edge on galaxy inthe centre ? 😉
#wrong_size
The fact that it appears to have an inner ring could mean that it's a lenticular(a disk but without spiral arms)galaxy with a dominant bulge
The colour gradient is probably just an optical artifact (sorry ! )
Both galaxies look very disturbed, so I'd say #merger for sure!
Looks like it ! 😄
Definitely a spiral. I'd go for a disturbed two-armed barred spiral.
The bright spot is probably a foreground star from our galaxy and has nothing to do with the cenral galaxy.
It is an artificially redshifted galaxy. See this blog post for more info: https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
I'd call that more than a hint ! 😄 Beautiful disturbed spiral.
Definitely ! 😄
Have you seen this blog post ? https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Correct ! Always classify the object in the centre of the image. 😄
Always classify the object in the centre of the image ! 😄 here that is the tiny galaxy.
#wrong_size
Probably ! 😄
It's an extreme artificially redshifted galaxy. And in these extreme cases, star/artifact is perfectly acceptable.
Nope, definitely no gravitational lens/arc in this image. Looks like a fuzzy barred spiral to me.
Oh, okay ! Sorry, didn't mean to be so strict! 😄 And you are right ! with these smooth ones it is just almost impossible to tell.
Nope, just foreground stars from our galaxy, coloured with some optical artifacts.
This is a bit of a mystery for me : Why tag something as a merger AND an overlap ? They are mutually exclusive !
The small red object is a foreground star from our galaxy.
The 'red filament' is sadly just an artifact !
2/2
The red one is a foreground star from our galaxy. the colours and spikes are all optical artifacts.
1/2
The object in the centre, which you are supposed to classify, is a spiral galaxy.
The bright object top left is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
The central object is a disturbed spiral galaxy. Possibly interacting with the small spiral at 5 o'clock.
#wrong_size
This is not a star but a real (artificially redshifted) galaxy with a dominant bulge.
The red glow is an artifact caused by a bright foreground star from our galaxy just outside of this image.
Not all galaxies are spirals. 😄
It is an artificially redshifted image of a galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
It is an artificially redshifted image of a galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
It is an artificially redshifted image of a galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
It is an artificially redshifted image of a galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Correct, the blue blobs are star forming areas in the galaxy.
The fuzzy thingy above the central galaxy is most probably another galaxy. Probably not interacting with the central one.
The bright object in the top left corner is just a foreground star from our galaxy. The triangular shape is just an optical artifact.
The two small bright objects to the left and right are foreground stars from our galaxy. And it is just a chance alignment !
Yep, correct ! The green and purple dots are just artifacts.
The object in the centre is a disturbed barred spiral galaxy. Gorgeous image ! 😄
The bright object in the top right quadrant is just a bright foreground star from our galaxy. Looks very pretty though! 😄
The red object to the right is a foreground star from our galaxy. But I hope you classified the object in the centre of the image ! 😉
The bright red object is indeed a foreground star from our galaxy, but hte central object (which you are supposed to classify, is a galaxy.
This image is just too fuzzy to tell !
The blue line is a satellite trail. The satellite reflects the sunlight and because it moves so fast it gets caught in just one filter.
A very, very disturbed galaxy or galaxies. Gorgeous #merger ! 😄
These dustlanes are always part of the galaxy ! Nice catch though ! 😄
What a beautiful merger in progress ! 😄
Nope, not a globular cluster but a real galaxy ! 😄
Two galaxies interacting! Gorgeous #merger ! 😄
Definitely a bar here ! and the two bright spots are called ansae.
2/2
But just answer the questions as well as you can, in these case there is no right answer !
1/2
If there is not a lot (or no) interaction visible I tend to go for overlap.
Not a nebula but a real galaxy ! 😄 And there are indeed a couple of active star forming areas in it !
I'd classify this one as a gorgeous irregular ! 😄
At these distances it is not even possible to see individual stars in far away galaxies let alone planets !
The central object looks like a disturbed barred spiral to me.
If it has features (like the clumps here) than it is not a smooth galaxy. I'd go for an irregular or else a disturbed spiral galaxy.
If you see a bar (as in this galaxy) it is a disk galaxy (lenticular).
Not an elliptical but possibly a disk or spiral galaxy seen esge on.
There is the possibilty of a bar in this galaxy, so it cannot be an elliptical.
Sorry, ellipticals cannot have a bar !
Not an elliptical but a disk galaxy with a dominant bulge.
If you classifiy this one as an elliptical it cannot be barred as ellipticals are smooth (ie no features whatsoever).
So, how did you classify this one ? 😄
This is an extreme artificially redshifted galaxy. Just give it your best shot !
Glad to be of help and just keep the questions coming ! 😄
Happy hunting ! 😄
An extremely artifially redshifted image of a galaxy. Star/artifact for me. 😄
The two galaxies int he centre look disturbed, so merging is definitely a possibility ! No lensing here, sorry.
That is sadly just optical noise ! 😄
This is an extreme artificially redshifted image of a galxy, so we are just left with noise. Star/artifact is ok here!
Where ?
What Budgieye says ! And I could go for a severely disturbed spiral ! Really gorgeous image ! 😄
And another one from the artificially redshifted bunch ! 😄
https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Merger is certainly a possibility ! 😄
Actually, there are three galaxies in this image ! Nice one ! 😄
This is an artificially redshifted image of a galaxy.See here for info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Yep ! Totally agree ! 😄
Yep ! Gorgeous merger ! 😄
The blue line is a satellite trail. The satellite reflects the sunlight and because it moves so fast it gets caught in only one filter.
Sorry, that is just noise. See this blog post for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
No gravitational lens (or arc) in this image sorry!). But what a gorgeous image !
It is an artificially redshifted galaxy. See this blog post for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
That is indeed a bright foreground star from our galaxy. (no super nova sadly ! )
The blue spots are not individual stars but star forming areas in the galaxy.
The red line is (sadly) just an artifact.
Definitely ! Gorgeous image though ! 😄
Oh yes, definitely a galaxy. It could be a dwarf galaxy or a low surface brightness galaxyor a galaxy very far away or something else! 😄
That is a diffraction spike (optical artifact)+halo (also optical artifact)caused by a bright star from our galaxy outside of this picture
Too many features to call this one an elliptical !
The purple line is (sadly) just an artifact.
Happy hunting! 😄
An extreme artificially redshifted galaxy. See the blog for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Just give it your best shot ! Answer the questions as well as you can and if you find it impossible, star/artifact is also an option ! 😄
It is an artificially redshifted galaxy from the FERENGI database, but in these extreme cases you can click star/artifact.
2/2
See here for the zoomed out image : http://skyserver.sdss.org/dr9/en/tools/chart/chart.asp?ra=347.93327921&dec=15.10084905
1/2
This is a disturbed (spiral ?) galaxy interacting with the gorgeous galaxy above.
Where ?
The little object is actually a foreground star from our galaxy, but that is very hard to see in this image.
The bright white object is a foreground star rfom our galaxy. The dark lines are artifacts. See the comments below.
Ooh ! Nice catch ! 😄
#dailyzoo !
Definitely not an elliptical ! Look at al the features you've mentioned ! (bar and ring)
Eeps ! This is an extreme case of wrong_size ! 😄
😃
I love your enthusiasm, but don't overthink your classifications ! 😄
It's an extremely redshifted image of a galaxy. See this blog post for more information : http://tinyurl.com/j6frzzx
More likely an old and very disturbed one ! 😉
The two lines are (sadly) just artifacts ! :d
wrong_size
It's a very disturbed spiral and the little one at 8 o'clock has a similar (photo)z so merger is definitely a possibility.
Sorry, I don't see a jet like feature in this image.
The green and purple thingies are indeed artifacts.
2/2
If you click on View in Skyserver you will need to click on the image to get to the zoom page.
1/2
To zoom in : click on Galaxy Zoo examine under the image, then click on either DECaLS Skyviewer or View in Skyserver
The green and purple line is indeed an imaging artifact.
See this blog post for more information : http://tinyurl.com/j6frzzx
Just give it your best shot and happy hunting ! 😄
Yep, definitely a spiral galaxy in the centre of this image.
Happy hunting ! 😄
According to SDSS the blue object at 9 is a star but I don't think it is. It's probably another galaxy.
Have you seen this blog post ? : http://tinyurl.com/j6frzzx
But, please, always classify the galaxy as it is presented to you ! See this blog post for more information : http://tinyurl.com/j6frzzx
#wrong_size
#wrong_size
You should try to classify this image, even if it is really difficult. See this blog post for more info : http://tinyurl.com/j6frzzx
According to SDSS/Skyserver the object at 11 o'clock is a star but I'm not too sure about this. It really looks like a merger to me.
Yep, the violet smudge is just an image artifact.
It is an extreme artificially redshifted image of a galaxy. Just give it your best shot !
Correct. Nice catch ! 😄
The bright blue objects at the bottom could be foreground stars from our galaxy or very active star forming areas in the galaxy.
Definitely not an elliptical.
It could be just a line of sight (overlap).
The bright object just above the centre of the galaxy is probably a foreground star from our galaxy.
The two round objects are probably foreground stars from our galaxy.
Yep ! Always classify the object in the center of the image, even if it is the most boring one ! 😄
Definitely a merger ! 😄
The small object bottom right could also be a foreground star from our galaxy.
Not sure I'd go for edge on here. I see a disk galaxy with a bar.
It is an extreme ferengified (artificially redshifted) image of a galaxy. Just give it your best shot ! 😄
It's an extreme ferengified image. Looking at the SDSS image the smaller object is a foreground star from our galaxy.
It is a ferengified (artificially redshifted) image of a galaxy. In these extreme cases it is okay to click star/artifact.
The bright object near the top of the galaxy is a foreground star from our galaxy.
No merger here. The object at the top is a foreground star from our galaxy.
Sorry, no gravitational lensing here. The two white objects are foreground stars from our galaxy.
Oh my, what an amazing #merger ! 😄
Nope, not a gas cloud but a real irregular galaxy with a couple of star forming areas (the blue dots)
I'd go for a very disturbed edge on spiral or disk galaxy.
Okay ! But only for these very fuzzy ones, I hope ! 😄
And in these extreme cases it is okay to click star/artifact.
It's a ferengified (artificially redshifted) image of a galaxy. See here http://tinyurl.com/j6frzzx for more info.
There is just one (very disturbed) galaxy in this image.
It's an image of a ferengified (artificially redshifted galaxy. See here http://tinyurl.com/j6frzzx for more info.
It's a ferengified (artificially redshifted) galaxy. See this blog (http://tinyurl.com/j6frzzx) for more info.
The bright object with the spikes is a foreground star from our galaxy. The colours and spikes are optical artifacts.
😃
No, it is just one spiral galaxy. The bright spot at 5 o'clock is a foreground star from our galaxy.
The blue smudge upper left is a very active starforming area in the galaxy.
The fuzzy blue object is a galaxy and apparently the blue blob is part of the galaxy.
What a gorgeous image !
So, what is your question ?
Nope ! No lens or arc in this image (sorry) Just a slightly disturbed spiral for me.
Gorgeous #merger ! 😄
The blue dots in the centre of the image are active star forming regions in the galaxy.
3/3
The object at the bottom is a foreground star from our galaxy. The colours, spikes and red halo are all optical artifacts.
2/3
The central object is a real galaxy ! I'd go for a barred lenticular (disk) with an inner ring and a big bulge.
1/3
Always classify the object in the centre of the image !
The bright object at the top of the central galaxy is just a foreground star from our galaxy.
The red line is (sadly) just an artifact !
2/2
See this : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/ for more info.
1/2
Nope ! Not much to go on. With these extreme fuzzy images you can go for star/artifact ! 😄
Nope not an artifact. It's this (http://cas.sdss.org/dr13/en/tools/explore/Summary.aspx?ra=190.29240549433453&dec=8.003950047276955) galaxy
It is a ferengified (artificially redshifted) galaxy. See here : http://tinyurl.com/j6frzzx
It is a ferengified (artificially redshifted) galaxy. See here : http://tinyurl.com/j6frzzx
It is a ferengified (artificially redshifted) galaxy. See here : http://tinyurl.com/j6frzzx
It is a ferengified (artificially redshifted) galaxy. See here : http://tinyurl.com/j6frzzx
The bright, coloured object at the top of the image is a foreground star from our galaxy. The colours and spikes are optical artifacts.
This is a ferengified image. See this blog post (http://tinyurl.com/j6frzzx) for more info .
While there is probably a black hole in this galaxy, we cannot see it directly. The bright blue dot is a very active region in the galaxy.
The two bright objects are foreground stars from our galaxy. And there is no gravitational lensing in this image, sorry ! 😄
Or smooth and round ! 😄
I'd go for a barred two-armed spiral, where the two arms fold back to make a ring. A ringed galaxy.
Try squinting ! (My favourite way of looking for features! ) 😄
It's a ferengified image of this galaxy (http://tinyurl.com/hfe8dr9). See this post for more info : http://tinyurl.com/j6frzzx
Yep ! 😄
A very, very disturbed galaxy with an aamzing duslane ! 😄
Just a fuzzy image ! 😄
Honestly! You just cannot classify this one as an elliptical ! It is a barred, two armed (fuzzy) armed spiral.
Gorgeous image ! 😄
Not sure this is an elliptical ! I'd probably classify this one as a disk or spiral galaxy seen almost edge on with an obvious/round bulge.
Not an elliptical for me for sure ! I'd go for a disturbed fuzzy spiral with a big bulge.
Not sure I'd call this one an elliptical. I'd probably go for a disk/spiral seen edge on with an obvious bulge.
Yep another one of these : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Not so much ! Just click star/artifact ! 😄 https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
And another star/artifact. See this blog post for more info : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
If you see an external ring (=feature) it cannot be an elliptical.
I'd just go for star/artifact. ;D Have you seen this blog post ? :https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
It you called it barred it cannot be an elliptical. Smooth (= elliptical) means without features and a bar is definitely a feature !
Not sure I'd call this one an elliptical. It could just as well be an extreme fuzzy spiral.
As far as GZ classifications are concerned: just look at the image of this galaxy & you see a disk with a dominant bulge&an amazing dustlane
Both larger galaxies look disturbed, so it is definitely possibly they are interacting. Possible #merger.
#wrong_size
I don't think it is a spiral but it sure looks like a disk (lenticular) galaxy to me. You can clearly see a horizontal disk. 😄
Or a spiral galaxy in front of an edge on, or maybe even some interaction going on ! 😄 ! It is your call ! Happy hunting ! 😄
2/2
So, my educated guess is that this is most probably a foreground star.
1/2
To determine is this is a supernova you would need at least two images (before and after).
Bright blue patches are usually a sign of star formation (in these SDSS images)!
Where do you see a super nova ? The blue blobs are active star forming areas in the galaxy.
Without additional information (redshift,etc) it is very difficult to determine if these galaxies are interacting !
With these extreme redshifted/ferengified images where there is hardly anything to classify star/artifact is perfectly acceptable.
The bright one to the right is a foreground star from our galaxy. But that is very hard to see in this image. So, no merger here !
This could also be a spiral galaxy seen edge on.
The bright object at the top left side of the galaxy is sadly just a foreground star from our galaxy.
Most probably a foreground star from our galaxy ( sorry !!!! 😉 )
Lol ! But how did you classify it ?
Not sure I'd go for elliptical (=smooth) for this one ! Probably a disk or fuzzy spiral galaxy !
Not sure about the boxy bulge or the overlap. But definitely a disturbed edge on ! 😄
2/2
And if all else fails star/artifact is still an option !😄
1/2
You have more experience with squids than I have ! ;-D Anyway, just give these ferengified images your best shot
Lol ! It really does ! These extreme ferengified images with nothing but pixels left, can be classified as star/artifact ! (I would ! )
The blue thingy is a foreground star from our galaxy. See : http://cas.sdss.org/dr13/en/tools/explore/Summary.aspx?id=1237662684683042878
This is a ferengified image (artificially redshifted) galaxy. See here : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
The image is a bit fuzzy, so without additional info that is very hard to tell.
Sorry, smooth and disk seen edge on are mutually exclusive!
This one has slightly pointed ends, so I'd go for disk or spiral seen edge on.
The dark spot is just an artifact caused by oversaturation.
The tiny dark spot in the bright centre is just an artifact caused by oversaturation.
The green stripe is (sadly) just an artifact !
Not two stars but two galaxies interacting ! Gorgeous #merger !
Happy hunting !
In this case it is perfectly acceptible to classify it as star/artifact ! 😄
double what ?
Not sure I'd go for elliptical (=smooth) as I can see a number of features. And the blue clumps are probably active star forming regions.
The blue stripe is indeed an artifact and should not be marked as weird !
double what ? 😄
2/2
And looking at the original image, it looks like the orange blob is actually two foreground stars from our galaxy.
1/2
Hi, this is a ferengified image of a galaxy (http://tinyurl.com/j6frzzx).
Not sure where you see these spiral arms ! Could be a very disturbed elliptical galaxy !
Maybe a possible #polar_ring ?
I'd go for #merger ! 😄
If you classify it as an elliptical (=smooth) it cannot have a ring (as that would count as a feature! )
An elliptical galaxy can have a bulge but any other feature points to it being not an elliptical galaxy !
If you call it an edge on, it cannot be an elliptical. Ellipticals are smooth without any features ! 😄
f you think it is an elliptical, it cannot have a ring (as that would be a feature ! ). And the object at 11 is indeed a foreground star.
It is a ferengified image of a galaxy (http://tinyurl.com/j6frzzx) ,which means it is artificially redshifted. Just give it your best shot !
That is definitely a possibility ! 😄
Don't think so ! The spot above the galaxy centre could be a foreground star from our galaxy.
Features and the no to every question and in the end : anythng odd : yes - irregular. But hey , that is just me ! 😄
Or a very (very ) disturbed spiral galaxy ! ;D
If you call it a smooth galaxy it cannot have any features ! Why not a disturbed barred galaxy ! : D
The object in the center looks like a very disturbed barred spiral & it is very possible that it is interacting with the galaxy to the left.
It's a ferengified galaxy. See this http://tinyurl.com/j6frzzx for more info !
The big red object is indeed a foreground star from our galaxy.
I agree ! In these cases it is percefectly acceptable to click star/artifact !
Hi, this is indeed a galaxy. It is a ferengified image ! See here for more info : http://tinyurl.com/j6frzzx
If there is no galaxy visible you can click star/artifact.
Not a bar shaped galaxy but a disk or spiral galaxy seen edge on.
Wow ! That is an impressive dustlane ! 😄
Or a disturbed spiral galaxy with an obvious bulge.
I'd go for a very disturbed barred spiral galaxy. But you could make a case for an irregular as well ! Just give it your best shot ! 😄
Definitely a disk or spiral galaxy seen edge on ! 😄
These two galaxies are definitely interacting ! 😄
You could go for a disturbed spiral with a big bulge ! 😄
I agree ! It is a ferengified (http://tinyurl.com/j6frzzx) galaxy.
Nope ! It is a real (ferengified = http://tinyurl.com/j6frzzx) galaxy ! 😄
The object at the bottom is a foreground star from our galaxy, so no merger possible, sorry !
The blue clumps are active star forming regions in the galaxy.
Neither ! This is a galaxy wh billions of stars ! . The purple/green line is an artifact.
These extreme ferengified (http://tinyurl.com/j6frzzx) galaxies are very difficult to classify. Star/artifiact is also an option.
At least two galaxies interacting ! Gorgeous #merger ! 😄
This is an old Hubble image with tons of artifacts. No need to classify this one ! 😉
Nope, not a star but a ferengified galaxy (http://tinyurl.com/j6frzzx). It is okay to classify this one as star/artifact.
Nope ! The bright object,top right,is a foreground star from our galaxy. But please, always classify the object in the centre of the image.
Not a supernova remnant but a real (ferengified) galaxy !
The 'feathers' in the foreground are imaging artifacts.
#wrong_size
#wrong_size
Yep ! 😄
The bright yellow object is a foreground star from our galaxy.
The object to the lett is probably a foreground star from our galaxy. But in this image that is all but impossible to tell.
There is not much to classify, is there ! 😃
You can use star/artifact.
those thingies to the right are not arms. This image is very pixellated.
If you classify it as an elliptical it cannot have a dominant bulge and be ringed ! These things are features !
Sorry ! If you think this is a smooth one (elliptical) , it cannot have any features ! This is most definitely a barred spiral !
Not sure if I'd go for an elliptical ! And if you think there is a noticeable bulge it cannot be an elliptical (smooth one) either !
Not sure I'd classify this one as an elliptical. Probably a very (very) fuzzy spiral with a big bulge !
If you classify it as a smooth one do not attribute any features !
Definitely not an elliptical galaxy. There lots of features here, as you have classified ! If it is a smooth one there are no features !
The central object could be a very (very) disturbed spiral galaxy or just an irregular galaxy
The bright object to the right is a foreground star from our galaxy.
Gorgeous edge on with an even more dazzling dustlane !
If you see an edge on, it cannot be an elliptical ! I might go for the dustlane but definitely a no/no about the bar !
It is a very ferengiefied image ( see this blog post : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/)
Ellipiticals are smooth without any features. So, this should be classified as a disk or fuzzy spiral galaxy with a bar !
Yep, this image is ferengified beyond recognition ! ;D You can classify this one as star/artifact , no problemo ! 😄
Well, I'd go for a disturbed barred two-armed spiral ! But hey, that is just me ! ;D
Yep ! 😄
The blue object is a disturbed spiral or disk galaxy with lots of star forming areas (the blue clumps !)
Gorgeous barred spiral with lots of star forming areas (the blue blobs).
I'd classify this one as smooth and in between, but that is just me ! 😄
Hi ! Hope you enjoy GZ ! 😄
If it is this blurry you can classify these as star/artifact;
You can classify these as star/artifact;
You can classify these as star/artifact;
What about a possible #polarring ?
No artifact but an irregular galaxy.
Classify as star/artifact ! 😄
A disturbed, barred spiral galaxy
The central object is ot a star but a very disturbed galaxy.
The software completely messed up ! 😄 The central object is a foreground star from our galaxy and so are the two bright spiy objects.
You can click star/artifact for these !
I wouldn't call this a loose spiral as the arms are wound tightly !
You can tyoe in the coordinates on the SDSS site and then you can get to the additional info.
It's NGC 0931 btw ! 😉
The bright, spiky obect to the left is a foreground star from our galaxy.
The orange object (top) is indeed a star from our galaxy. But the central object, which you are supposed to classify, is a galaxy.
This is a ferengified image of a galaxy. See https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/ for more info.
This is a barred disk galaxy (lenticular).
Or two spirals merging !
This is a Ferengi image (https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/). But I'd classify this as star/artifact
Oh wow ! Gorgeous #merger !
Definitely not a star but a picture perfect example of a barred spiral galaxy ! 😄
The blue spots are active star forming areas in the galaxy ! 😄
Nope ! It is a very faint and fuzzy galaxy. I'd go for #irregular !
You can mark these with @wrong_size !
Gorgeous, slightly disturbed, spiral galaxy ! Nice catch ! 😄
Not sure I'd go for clumpy, probably more disturbed. But that is just me !
Take a look at this blog post first : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Happy hunting ! 😄
Or just a very fuzzy image ! Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Definitely no gravitational lens in this image (sorry! )
#merger for me as well ! 😄
Nope ! This is definitely a (disturbed/irregular) galaxy and not a supernova remnant !
Hiya, have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Yep, definitely not an easy one ! 😄 have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Or it could be a spiral galaxy seen edge on ! 😄
Oh Wow ! Gorgeous #overlap ! 😄
If you see two spiral arms you should classify as such ! 😄
It's a possibility ! Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
Not sure there are foreground stars in this image ! ;D
A disk galaxy seen edge on, could just as well be a spiral galaxy ! 😄
Definitely #merger ! 😄
So, how did you classify it ? 😄
With these kind of distortions, I'd say #merger !!!
The central object is not a star but a very real galaxy with a very, very bright core (maybe an AGN ? )
Have you seen this blog post ? : https://blog.galaxyzoo.org/2016/12/12/ferengi-2-images-launched/
2/2
http://tinyurl.com/h9blzha
1/2
The strange blue thingy at the left is a foreground star from our galaxy. See the original image :
What about a disturbed barred spiral with an inner ring ! 😄
The bright ring and the dark core are probably just optical artifacts caused by oversaturation.
2/2
But you should look for disturbances in the galaxies to see if they are really interacting ! (Not sure this is the case here ! )
1/2
A three way merger is definitely possible and has happened before !
The green flare is just an optical artifact, caused by the bright star at 5 o'clock.
Just one galaxy in the centre of the image : a disk galaxy with a bar !
Yep ! 😄
The bright blue object is a foreground star from our galaxy. Happy hunting ! 😄
The red object is a foreground star from our galaxy !
Happy hunting ! 😄
It is very dim but it is a galaxy none the less ! 😄
#irregular for me ! 😄
This is definitely a weird one ! It looks like a disturbed elliptical but with a very defined dustlane (which should not be possible ! )
Nope ! Not a planetary nebula but a real galaxy ! Looks like a spiral galaxy with tight arms.
2/2
http://tinyurl.com/z6hp6uy
1/2
It's a seriously disturbed spiral galaxy. It could be interacting with the one bottom left.
But these are not stars but two real galaxies ! 😄
Not two stars but two galaxies interacting. Nice #merger ! 😄
The yellow and pink stripes are just artifacts and should not be marked as odd. Happy hunting !😄
3/3
Blog post to follow
2/3
Images of real galaxies that were processed with computer codes to make them look like they were at a variety of distances.
1/3
Nope, it's from the FERENGI dataset.
Probably a foreground star from our galaxy.
Isn't it just ! 😄
Two galaxies (probably spirals) interacting ! Gorgeous #merger !😄
Happy hunting ! 😄
It's a couple of interacting galaxies with some amazing star forming areas (the bright blue bits). Gorgeous #merger !
Or an inner ring and two spiral arms that fold back to make a ring ! 😄
Well, it is not always easy to tell with these fuzzy smooth ones ! 😄
Wow ! #dailyzoo
That weird yellow line is sady just an artifact.
Happy hunting ! 😄
Disturbed, barred spiral with two arms.Interacting with the galaxy to the left. Nice #merger.
Nice bulgeless edge on.
You can still see the spiral structure, so I'd go for a disturbed two armed spiral.
Probably overlap ! Nice catch ! 😄
If you see indications of a spiral shape you cannot classify it as an ellliptical. Ellipicals are smooth without features.
The "arc"is either a disturbed spiral arm or tidal debris.
Check out the grav lens thread over on the old Galaxy Zoo forum and see what I posted ! 😄 And for every dud there is a maybe ! 😄
The central object is probably a spiral/disk galaxy & these are usually not massive enough to do any lensing visible in these images(sorry!)
This one looks like a disk (possibly spiral) galaxy seen at an angle. Perhaps with a boxy bulge ?
Yep ! great #merger ! 😄
The bright white (seemingly cubic) thing is a foreground star from our galaxy. The fact that it looks squarish is just an artifact.
It could go either way ! I'm more inclined to call this a merger. Both galaxies look slightly disturbed.
It doesn't look like lensing. Some of the small ones could be foreground stars from our galaxy.
Probably ! 😄
The central galaxy is a seriously disturbed spiral. So a definite yes for tidal debris ! 😄
I'm with CeciliaB here ! It is either an elliptical or a galaxy with features ! You cannot have an elliptical with features, sorry !
Just because I classify it a s a spiral doesn't mean it is one ! Just answer the questions as well as you can !
A disturbed spiral galaxy with a dominant bulge ? 😄
The bright object at the top is a foreground star from our galaxy.
Great job ! Thans for participating ! 😄
Yep ! 😄
None of the galaxies in this image look especially disturbed,so no merger here for me.And also no gravitational lensing in this image,sorry.
I just see one barred spiral galaxy with two very faint spiral arms.
Isn't it just ! 😄
I'd go for a disk or spiral galaxy seen edge on (with a round bulge).
The ring of material is just fuzzy and disturbed spiral arms folding back to make a ring. It's called a #ringed galaxy.
The bright white/blue object is a foreground star from our galaxy !
A very lovely chance alignment of galaxies and stars from our galaxy !
3/3
If the classifications are split in half it just means that this is a very interesting system. Just give it our best shot ! 😄
2/3
After checking out the z's which are almost identical, it appears that merger is also a possibility.
1/3
Just by looking at the images I'd go for overlap as well.
First hunch is the correct one : the blue patches are regions of very active star forming in the galaxy.
Happy hunting ! 😄
To me, it looks like they are interacting. I'd go for #merger.
😄
The yellowish spot is sadly just an artifact !
Neither ! The central object is a disturbed spiral galaxy. So, the 'arc' is a disturbed spiral arm.
I'd go for merger ! Both galaxies look pretty disturbed ! 😄
Sorry, the bright round object is a foreground star from our galaxy.
2/2
and these are usually not massive enough to do this kind of lensing.
Happy hunting !
1/2
Sorry, but there is no gravitational lensing in this image. The central object is a fuzzy spiral galaxy...
Definitely looks like it ! 😄
That could be another galaxy seen edge on.
I'd classsify the central object as an irregular galaxy.
The red thread/line is just an optical artifact and should not be marked as weird !
Happy hunting ! 😄
A slightly disturbed, loose two-armed spiral ? 😉
Two amazing galaxies in one image ! 😄
The bright spot at 5 is most probably a foreground star from our galaxy.
See the comments below: two galaxies colliding. Nice #merger
The central object is a disturbed galaxy.
The image is just too fuzzy ! And without additional information it is impossible to tell. Sorry ! 😄
I see three galaxies in the centre of the image.
The green line is a satellite trail. Not sure what that is in the upper right, sorry.
I'd definitely go for a fuzzy barred spiral ! 😄
The image is just too fuzzy to tell. It could be another galaxy but it could just as well be a foreground star from our galaxy.
What a gorgeous #merger !
#dailyzoo
Two stars from our galaxy that appear close to each other. No collision here !
I'd go for a very fuzzy barred (two-armed ?) spiral.
The central galaxy is definitely disturbed ! 😄
Sorry, no Einstein arc in this image !
Or two galaxies merging.
2/2
The bright round one is a foreground star from our galaxy.
1/2
No gravitational lensing in this image, sorry. The central object is a fuzzy barred spiral.
2/2
And the bright round one is a foreground star from our galaxy.
1/2
No merger here as far as I can see ! The two galaxies have vastly different redshifts and no distortions.
Sorry, no gravitational lensing in this image. Spiral galaxies are usuall not massive enought to do any lensing ! 😄
The 'beam of light' is another galaxy. Could be foreground or background or even interacting with the central galaxy.
The green line is indeed an artifact. Sorry !
The central object is a galaxy, but the one at 10 o'clock is a foreground star from our galaxy. So, definitely no merger here !
The blue line is,sadly, just an artifact.
Wow ! That is an amazing #merger ! 😄
Most probably a foreground star from our galaxy.
With smooth galaxies it is definitely not easy to tell. I'd go for merger here.
The purple green thingy is (sadly) just an artifact !
Happy hunting! 😄
The objects with a blue dot/ring in the centre are foreground stars from our galaxy.The blue is an optical artifact caused by oversaturation
Not sure this is a merger. The central galaxy does not look disturbed and the small round object at 8 o'clock looks like a foreground star
Yep ! Both galaxies are deformed. A sure sign they are interacting. Nice #merger.
I'd probably go for #merger as both galaxies look disturbed.
I'd go for an independent galaxy.
I'd go for a three-armed barred spiral with a noticeable bulge - tidal debris.
The horizontal coloured lines are sadly just artifacts !
The distortions could be the result of a fly-by.
Sorry, no gravitational lenses here. The central galaxy is a barred spiral with two fuzzy spiral arms.
Looks amazing though ! 😄
Quite a lot of colliding galaxies. Gorgeous #merger !
Nice catch !
Sorry, no lensed galaxy in this image
And both galaxies are seriously disturbed ! Definitely a #merger in my book ! 😄
You could make a case for both ! Without additional information (redshift) it is hard to tell.
Just give it your best shot !
2/2
Here it is not so clear, so some will classify this as a merger and others as an overlap.
1/2
Look for disturbances in the galaxies. That is always a clear sign they are interacting.
Always classify the object in the centre of the image !
Happy hunting ! 😄
I'd go for a double ringed galaxy! 😄 But a really nice catch! 😄
Yep ! I'd go for a distorted spiral/disk edge on ! 😄
And a very disturbed one too ! 😄
The round white object top right is a foreground star from our galaxy and just cannot be interacting with the cenral galaxy.
Neither galaxy looks disturbed, but a merger is still a possibility. Personally, I wouldn't mark it as one.
Probably.
#dustlane for me ! 😄
Not sure. Neither of the galaxies looks disturbed. Could be an #overlap.
I'm more inclined to go for tidal debris ! 😄
What are you referring to ?
Just one spiral galaxy here. No merger, sorry !
Where ?
Probably not an arc but tidal debris/disturbed spiral arm from the central galaxy.
The straight line is probably a satellite trail.
The bright dot at 8 o'clock is most probably a foreground star from our galaxy.
happy hunting! ;D
That is a possibility ! 😄
Sorry, no jets here for me !
Not sure ! I'd probably go for one very disturbed spiral galaxy (with a couple of foreground stars).
Sorry, this is not an elliptical. You could go for lenticular of fuzzy spiral
Fuzzy spiral for me too ! 😄
Nice one ! 😄
Why ? Gorgeous #merger for me ! 😄
Happy hunting ! 😄
And we don't mean the small round one ! Just zoom out and there is a gorgeous spiral galaxy with the same z !
The central object is probably a two-armed spiral galaxy. Not sure what the artifact # is referring to !
It is probably a spiral, but the image is just sooooo fuzzy !
SDSS says star, but I'm not sure. I'd flag this one as a possible voorwerpje too !
The fuzzy 'ring' around the central bulge are probably spiral arms.
Yep, definitely a disk or spiral galaxy seen edge on !
The cenral oval object is a galaxy. The bright white one at 1 o'clock is a foreground star from our galaxy.
Always classify the object in the centre of the image !
Happy hunting ! 😄
The purple and green line is just an artiact and has nothing to do with the galaxies in this image.
Definitely a dustlane ! Not sure about a polar ring though !
Two galaxies interacting. Gorgeous #merger ! 😄
Could be ! Definitely a very disturbed spiral galaxy ! D
Could be a spiral too ! 😄
Keep up the good work ! 😄
Ah, I see ! That purple line looks kinda artificial, sorry !
That is certainly a possibility.
Yes, this could be a fuzzy spiral.
Disturbed barred spiral for me.
Disturbed spiral for me.
I'd go for a barred spiral with two very faint spiral arms.
A very fuzzy image. Probably a disturbed spiral.
PS : I do understand German but I cannot write in German. I hope this is okay !😄
The bright object at 12 o'clock is a foreground a star from our galaxy and the reddish line at the top is an imaging artifact.
Why ? 😄
It is a very fuzzy image. But I'm inclined to classify this one as a two armed spiral.But that is just me ! 😄
It's two galaxies, probably overlapping.
The greenish white round objects are foreground stars from our galaxy.
The red line is indeed an artifact.
See the other comments below ! Gorgeous merger
Without additional info (redshift) it is not possible to tell just from this image if these galaxies will ever merge !
But without additional info (redshift) it is not possible to determine which galaxies are actually interacting in this image.
Certainement une distortion. Mais le coupable n'est pas dans l'image ! 😄
The star (to the right) is a foreground star from our galaxy. So, it is just not possible that it is interacting with the two galaxies !
Not a lenticular but a two armed spiral.
The green line is (sadly) just an imaging artifact.
Happy hunting ! 😄
No gravitational lens here. This is a spiral galaxy with faint and fuzzy spiral arms
The object in the bottom right corner is a foreground star from our galaxy. The purple dots are an artifact caused by oversaturation.
The red lines are (sadly) just artifacts.
The central object (which you are supposed to classify) is a galaxy ! 😄
#wrong_size
The image is very fuzzy, but merger is a possibility.
It is a fuzzy image but both galaxies look disturbed.
#merger
Not sure what the problem is. As said in below comment : it is a barred two-armed spiral, maybe smightmy disturbed.
It's a possible distorted spiral.
Good call ! And as both galaxis look disturbed, it could be a #merger just starting ! 😄
Meh ! I'd probably go with disturbed spiral ! 😄
Please, only use the # overlap for galaxy/galaxy overlaps.
Or a disturbed spiral. And yes it is NGC5505
The image is very fuzzy, but merger is a possibility.
Its a disturbed galaxy with lots of star formation (the blue clumps) going on.
Not sure I'd go for an edge on. And what do you mean by 'halo' ?
Not to mention the amazing interacting galaxies ! #merger;
Top galaxy is very distorted. #merger for me
Yep ! A fuzzy two armed spiral galaxy ! 😄
The blue dots in the galaxy are not inidividual stars but star forming areas in the galaxy.
Sorry, no dustlane, lens or arc in this image.
2/2
And some of the roud objects are forground stars from our galaxy, so definitely no possibility of any kind of interaction.
1/2/
The central object is a galaxy not a star. it could be interacting with one or more of the other galaxies.
2/2
Others are galaxies but without additional information (redshift) it s not possible to tell if these are sattelite galaxies.
1/2
Some of the small objects in this image are foreground stars from our galaxy.
The stars in these images are foreground stars from our galaxy. So it is impossible for them to interact/ with the galaxies in these images.
Nope ! A fuzzy and slightly disturbed spiral galaxy. Nice catch though ! 😄
The white dot looks more like a foreground star to me. No merger here.
The red line is (sadly) just an imaging artifact.
Definitely no lensing in this image. The red spot could be an artifact.
I'd go for an overlapping galaxy. #overlap
Two galaxies, probably interacting.
The central object is most definitely a galaxy.
The red stripe is (sadly) just an artifact.
The star is a foreground star from our galaxy. So no interaction possible with the galaxy in the centre of the image.
The star in the top right corner is a forground star from our galaxy, so no interaction possible with the central galaxy.
2/2
Please tell me you didn't get this image to clasify (as it belongs from at least two databases way back)
1/2
Loads of imaging artifacts and maybe even the telescope moving or objects moving !
Amazing ! And look at those dustlanes ! 😄
The bright green object (colours aren't real) is a foreground star from our galaxy. SDSS image and DECaLS one are flipped ?
Very disturbed spiral galaxy.
Nope, not a supenova. It's definitely a galaxy !
Both have the same redshift and look disturbed, so they are definitely interacting ! 😄
Always classify the object in the centre of the image.
Here that is definitely the galaxy !
#dailyzoo ! just because ! 😄
See the zoomed out SDSS image : http://tinyurl.com/zw8b35e
Gorgeous #merger !
You cannot undo a classification. Don't worry if you make a mistake. Every image will be classified by lots of people.
The bright white object is a foreground star from our galaxy, no no merger here.
The yellow stripe on the left side of the galaxy is indeed an imaging artifact.
This is a disk or spiral galaxy seen edge on
Looks like a merger to me ! 😄
The red thin line is, sadly, just an artifact !
I wouldn't go for overlap, looking at the disturbances in both galaxies. See the comments below/.
Looks like a fuzzy spiral to me ! 😄
The red colouring to the right is just an imaging artifact !
I see one heavily distorted galaxy with a couple of extremely active star forming regions (the blue clumps).
Not sure what you mean ! I see a disturbed spiral galaxy with some very active star forming regions (the blue clumps).
Merger is a possibility but the image is very fuzzy&there is not much disturbance visible in both galaxies.I wouldn't classify this a merger
Or a disturbed spiral galaxy with the spiral arms folding back a number of times. Lovely image.
The two bright objects are probably foreground stars from our galaxy.
Happy hunting ! D
Not much disturbance in the galaxies in the centre. Not sure if I'd go for a merger.
Probably !
The central galaxy is definitely not an elliptical but a disk or spiral galaxy seen edge on.
I'd go for one clumpy galaxy here. And the clumps are star forming areas in the galaxy.
With these kinds of distortions it is most probably a #merger and not an overlap ! 😄
Really ! That is a very strange classification !
The central object is an irregular galaxy (maybe a very deformed spiral1)/ The bright blue dot is an active star forming area in the galaxy.
Gorgeous !
Erm ! I could go with disturbed spiral ! (and a dustlane too ! )
Could be just one very disturbed spiral. No culprit in sight ! 😄
Two galaxies interacting ! Lovely #merger ! 😄
The 'arc' is too far away from the central galxy to be a gravitational lens. Gorgeous disturbed galaxy. 😄
The little square is sadly just an artifact.
Could be but SDSS thinks it is a galaxy and looking at that image (http://tinyurl.com/zyoa49p) I agre ! 😄
The green and purple lines/dots are sadly just artifacts.
Happy hunting ! 😄
The SDSS link is not correct for this galaxy. It jumps to a nearby object labelled as star. 😄
The red line is not an asteroid trail, but an artifact. bluemagi's asteroid can be found at the coordinates he gives (not in this image)
The red arcs are, sadly, just imaging artifacts !
Wow ! Amazing disturbed spiral !
Magnifique ! 😄
Yep ! Good catch ! 😄
Or maybe a foreground star from our galaxy ?
For me this is a (disturbed ?) spiral galaxy where the two (fuzzy) spiral arms fold back to make a ring. I.e. a #ringed galaxy.
And I'm not sure about the merging part either ! 😄
For me this image is just too fuzzy ! It could be 2 ellipticals, but it could just as wel be 2 fuzzy spirals merging !
#Merger for me, without a doubt ! 😄
Oh yes ! 😄
Technically this is called a disturbed ringed galaxy. It's where the spiral arms fold back to make a ring.
Probably just a fuzzy spiral. No lens here, sorry !
Yep ! Fuzzy barred spiral for me too ! 😄
Just one very disturbed spiral for me.
Or a fuzzy disturbed spiral.
Not much disturbance visible, but then again it is a very fuzzy image so merger is still a possibility.
Definitely ! 😄
Yep ! Great catch! 😄
The blue/purple (?) dots in the bottom spiral arm are active star forming areas.
Or a disk or spiral galaxy seen edge on.
Sorry, I have no idea what you are talking about. Could you please explain ?
No merger here, sorry. The two bright round objects are foreground stars from our galaxy.
Two galaxies that appear to be close together. No gravitational lensing in this image, sorry.
The coloured line is indeed an an imaging artifact.
Yep ! Artifact.
The bright white object at 2 o'clock is,sadly, not a supernova but a foreground star from our galaxy. Sorry !
See my comment below ! ;D
Could be a merger, or could be an overlap.
It could be spiral arms that fold back to make a ring ! Really beautiful galaxy ! 😄
Do you mean the small dot at 8 o'clock ? That could just as well be a foreground star from our galaxy. No merger here anyway.
Yep, we can ! See : http://tinyurl.com/jr384dh 😄
Yep ! Great #merger ! 😄
Gorgeous #merger !
It is a disk or spiral galaxy seen edge on.No merger whatsoever because the small round one is a foreground star from our galaxy
Merging with what ?
See the comments below : I'd go for a disturbed spiral galaxy.
Probaly a fuzzy spiral galaxy.
Spiral or disk galaxy seen edge on !
Please, not again ! 😦 It's a disk or spiral galaxy seen edge on.
Definitely NOT an elliptical galaxy. This is a disk or spiral galaxy seen edge on.
Don't forget to mark the bar !
No comment as to the classification of the two galaxies, but #merger for me as well.
This one could be classified as smooth and in between.
Please, take a look at the examples ! This is a disk or spiral galaxy seen almost edge on.
Most definitely not an elliptical galaxy. I see a disturbed spiral galxy.
Try squinting and you will probably see a spiral structure here ! ;D
This is a classic example of a two-armed and barred spiral galaxy. Most definitely not an elliptical.
The thin horizontal line is most definitely not a dust lane. It is an artifact ! 😄
If it is ringed, it cannot be an elliptical. Remmeber : ellipticals are smooth and featureless.
Which object are you referring to ?
Or very disturbed spiral !
Hi strArter, I ran your post through Google translate but I'm not sure what you are asking. Is your galaxy count not right ?
The red stripe (to the left) is, sadly, just an artifact.
That looks like an artifact to me.
It's a fuzzy, disturbed, barred spiral galaxy
It's a smooth (slightly disturbed ?) galaxy. And the orange blob top right is a foreground star from our galaxy.
Wow ! 😄
#dailyzoo
Sorry, I don't see it !
The yellow 'ray' is sadly just an artifact ! 😄
Happy hunting !
Whatever it is, this galaxy is severly disturbed !
If it is ringed it cannot be an elliptical. I'd go for a lenticular one.
I wouldn't call this one an overlap as the small object at 5 is a foreground star from our galaxy and the edge on at 4 is not overlapping.
I'd go for two faint and fuzzy spiral arms.
Yes, the blue marks are imaging artifacts.
Spiral galaxy seen FACE ON (definitely not edge on) and interacting with the galaxy to the right.
Nice #merger
Again, not a spiral seen edge on !
This is a disturbed spiral seen face on !
Definitely not a spiral seen edge on !
And the green line is, sadly, just an artifact ! 😄
The bright object is a foreground star from our galaxy.
#dailyzoo
If you don't think this one looks disturbed in DECaLS I don't know what you would call disturbed ! 😄
See the comments below : gorgeous #merger ! 😄
No Voorwerp whatsoever in this image, sorry !
The two objects in the centre of the image are most definitely galaxies, but whether they are interacting or not is impossible to tell.
I'd probably go for foreground star, but your guess is as good as mine ! 😄
Yep ! Astro_Denny is correct ! 😄
I see just one galaxy, so neither for me. I'd go for a disturbed (maybe barred) spiral galaxy.
Oh yes ! 😄
The purple/green line is an artifact.
You could go for a barred lenticular (disk galaxy without spiral arms) with a big bulge.
The green curved line is sadly just an artfact.
Gorgeous #merger !
No dust rings in this galaxy, sorry ! 😦 Just a lovely two armed spiral galaxy !
A barred, loose two armed spiral. What is different for you ?
Your guess is as good as mine ! 😄 If there are a lot of different classifications this will alert the science team that this is a strange 1
and other objects are other galaxies.
Hope this helps ! 😄
The central object is a spiral/disk galaxy seen edge on (with a bulge).Some of the small objects are foreground stars from our galaxy ....
Nope, not just your imagination ! If I squint a bit I can see a spiral arm at 7. And also a bar in this spiral galaxy !
Sorry, the pink and yellow stripes are just optical artifacts and are just not real !
The object (bottom left) could be another galaxy but it could just as well be a foreground star from our galaxy. Too fuzzy to tell.
http://skyservice.pha.jhu.edu/DR9/ImgCutout/getjpeg.aspx?ra=246.29501564&dec=27.49033438&scale=0.1980635&width=512&height=512&opt=&query=
Yep ! Dustlane for me.
So much more visible in SDSS image :
Correct ! Here the software got confused and centered on a star instead of a galaxy !
The bright white object is indeed a foreground star from our galaxy.
Probably just a foreground star from our galaxy. Sorry !
Not sure if there is a merger in this image. The bright white object is a foreground star from our galaxy.
Nice disturbed barred spiral too ! 😄
It's a LSB galaxy (Low Surface Brightness).Nice find ! 😄
Sorry, probably just a foreground star from our galaxy.
Lovely barred spiral with two very faint and fuzzy spiral arms.
#merger ! 😄
The green line and the purple patch are just imaging artifacts.
The object in the centre of the image is not a star but a galaxy.
2/2
Here in GZ we use the term overlap for galax/galaxy overlaps.
1/2
As the two small white objects upper left are foreground stars from our galaxy, this isn't an overlap.
Definitely not smooth for me. It looks like a disturbed spiral galaxy.
Both galaxies are distorted so it is safe to call it a #merger ! 😄
The yellow stripe is just an imging artifact. No need to mark this as odd. Happy hunting !😄
#wrong_size
The object in the centre (that you are supposed to classify) is a fuzzy , disturbed (maybe a spiral) galaxy.
😄
The central object is a galaxy. The bright one at the bottom is a foreground star from our galaxy.
Although it is not easy to see disturbances in these smooth galaxies, it is safe to assume that they are merging.
If you say so ! 😉
Definitely not a cigar shaped galaxy. It is a spiral or disk galaxy seen almost edge on, but a two armed spiral is also a possibility.
space creature ? ;D
Two galaxies interacting ! 😄
The purple dot, left of the centre, is sadly just an imaging artifact.
#wrong_size
Spiral galaxy with very faint and fuzzy arms is definitely a possibility.
The big fuzzy objects in the centre of the image are galaxies interacting. Nice #merger.
Sorry, not sure what you are asking ?
No idea which red object you are referring to. Could you point us to it ?
CeciliaB is correct. No merger in this image !
The bluish clumps are active star forming regions in the galaxy, so yes !
Yep ! A fuzzy (spiral ?) galaxy.
No gravitational lensing in this image, sorry !
Probably ! 😄
The green vertical line is an imaging artifact.
This looks like a disturbed spiral galaxy to me.
Yep ! That is a foreground star from our galaxy, but the colours are not real ! 😄
Just classify what you see ! That is all we are asking ! 😄
The coloured lines crossing the central galaxy are (sadly) just artifacts.
Definitely two foregroundstars from our galaxy. But whether they are actually close together ?
The central object is a distorted spiral or disk galaxy seen edge on.The purple dot is an artifact & the bright round 1 is a foreground star
The green coloured line is an artifact ! (sorry ! )
Nope,not a PN; But a real fuzzy galaxy ! 😄
It could be four, as they all appear to be distorted. But without additional info (z, etc) it is impossible to be sure.
Sorry, I have no idea what ou are referring to ! Could you please point me to it ?
This could indeed be a disk or spiral galaxy seen edge on, but it could also be an irregular galaxy.
Either a fuzzy irregular or a fuzzy distorted spiral.
The central object is a fuzzy distorted galaxy, interacting with the larger one top left. Gorgeous #merger in action.
Possibly ! 😄
Just one disturbed galaxy for me, sorry. The reddish blob at 10 o'clock is a foreground star from our galaxy.
Nice #merger ! 😄
Disturbed fuzzy spiral for me.
What do you mean by other features ?
Nope ! The dustlane is the real deal ! :
Do you mean the round white object at the top ? That is a foreground star from our galalxy.
Yep ! Definitely a merger !
Ola e bienvenudo a GZ ! 😄
It's a very disturbed galaxy, but no obvious culprits in sight ! 😄
All of the above or nothing at all ! It is your call ! (I'd go for a tentaviley polar ring ! 😉 )
Definitely a spiral galaxy seen almost edge on ! 😄
That should not be happening ! I'll flag it to the developers !
The black spot is just an artifact and should not be marked as weird. The central object is a barred, two armed spiral, slightly disturbed.
The star is a foreground star from our galaxy so it is impossible for it to have any interaction whatsoever with the central galaxy.
I don't see any black spots, sorry. The central object is just a disturbed, barred spiral.
Yes, you are correct. The purple/brown rectangle is an artifact.
That is a bit of a strange classification : How can an elliptical have spiral arms ???? It is either or !
2/2
Every Monday or Tuesday there is a new batch to go through.
1/2
If you like to hunt for supernovae, try this site : https://www.zooniverse.org/projects/dwright04/supernova-hunters.
The bright spot is a foreground star from our galaxy.
Just one (very disturbed) galaxy and zooming out there is no obvious culprit in sight. Maybe the result of a fly-by.
Gorgeous image ! 😄
😄
No jet in this image, sorry.
the squiggly reddish line is just an artifact. They are quite common in these DECaLS images.
@zutopian : So, how did you classify this one ?
Or maybe a very (very), fuzzy spiral ! ? ;D
Probably a merger, looking at the slightly disturbed galaxies ! 😄
Could be two galaxies merging or could just be a line of sight. The image is just too fuzzy to tell without additional information.
2/2
The small galaxy, top right, could be a foreground/background galaxy. No merger here for me : No disturbances in either galaxy.
1/2
The bluish galaxies (bottom right corner) are too far away from the cenral galaxy to be a lensed galaxy.
The coloured horizontal lines are just artifacts, sorry. No dust lane whatsoever !
The central object is a spiral galaxy & the round white one is a foreground star from our galaxy. So, no interaction whatsoever possible.
The object at the bottom of the central galaxy is a foreground star from our galaxy. Good question ! 😄
Sadly just artifacts. 😦
See the comments below : It is most definitely a spiral or disk galaxy seen edge on, but the colour is not real.
Why would you think this one is a spiral ?
Btw,you do realize that your hashtag spiral doesn't help at all? It is not used in any study
Spiral ? I don't think so !
The object at 12 o'clock is a foreground star from our galaxy, so definitely not a merger ! 😄
Yep, spiral for me as well. Try squinting and things will get much 'clearer' ! ;D
The objects to the left of the galaxy are all forground stars from our galaxy.
The image is just too fuzzy to tell. The small blob could just as well be a foreground star from our galaxy.
Oh yes ! 😉
It could go either way, the image is just too fuzzy to tell.
Definitely not a Einstein cross in this image. The blue clumps are starforming regions in the galaxy.
Disturbed spiral, so both ! 😄
Not a background star but a foreground star from our galaxy.
Wow ! Gorgeous #merger ! 😄
I'd go for overlap.
Or just one disturbed spiral ?
2/2
But without additional info (redshift) it is just impossible to determine that.
1/2
The small objects in this image could be foreground stars, far away galaxies or nearby galaxies (maybe interacting).
The halo could be very fuzzy spiral arms.
The green line is, sadly, just an artifact.
The small round object at 3 o'clock is a foreground star from our galaxy.
What an amazing image ! Definitely #merger ! 😄
Beautiful #boxy bulge !
Gorgeous !
#dailyzoo
They are, sadly, just artifacts !
Looks like one to me ! 😄
The imagze is very fuzzy, but I'd go for spiral too !
Both small orange objects are foreground stars from our galaxy. So, definitely no lensing here.
If I squint really hard (my favourite scientific method) I can see a fuzzy, slightly disturbed, spiral.
The barred stripe, top half of the gaalxy is an optical artifact.
Difficult to say, but the left one is probably a fuzzy spiral.
That would be a bar.
You can change the language for the classification page to a number of languages. Talk is mostly in English.
The yellow strip is just an artifact.
The green line with the purple dot is an artifact.
No jets whatosever in this image. The pink/purple lines are just artifacts (sorry) ! :fD
Wow ! Gorgeous #merger !
#dailyzoo
Both galaxies look disturbed and have similar redshifts, so #merger for me
Looks like they are interacting, so #merger for me too !
It's a Low Surface Brightness Galaxy. Also known as a faint and fuzzy galaxy ! ;D
Disturbed spiral for me ! 😄
This is probably a disturbed spiral galaxy.
See the comments below : the blue/green fuzzy thingies are just an artifact !b:D
If the image is a very fuzzy one (like this one) there is no way to tell if this is an overlap or a possible merger. (Sorry ! )
Probably a fuzzy spiral arm. Definitely not a gravitational arc.
More chance of it being a tidal tail or fuzzy spiral arm. Definitely not a gravitational arc.
The green line and purple blob are just artifacts.
Yep ! This is a spiral galaxy, seen nearly edge on.
Click on Galaxy Zoo examine (under image) & then choose DECaLS or Skyserver. But remember zooming in will not bring our more details !
Not sure I'd call this one an elliptical. I'd go for a disk galaxy with a big bulge.
#wrong_size
Correct ! The bright round object below the centre of the galaxy is a foreground star from our galaxy.
Nope, no merger here, sorry.
No merger. The small round dot (top left) is a foreground star fro our galaxy.
No merger here. The small round objects are foregroud stars fro mour galaxy.
No merger here. The small round dot a the bottom is a foreground star from our galaxy.
No merger here. The small round objects are foreground stars from our galaxy.
If you see any features like the bar in this one, it cannot be a smooth elliptical.
At these distances it is impossible to see individual stars. The best you can see is star forming clumps.
That is a possibility. But because of the overall fuzziness of the image it could just as well be a fuzzy barred spiral.
Not really ! Just a two-armed, barred spiral . Looks lovely though ! 😄
See the comments below : it's an artifact.
Astro_Denny is correct ! No gravitational lensing in this image as a foreground star from our galaxy is definitely not massive enough !
No merger here. The bright round object to the left is a foreground star from our galaxy.
The greenish/blue blob is an asteroid. Nice catch! 😄
Definitely no gravitational lensing in this image !
Not sure what you are referring to ???? In this image we have two edge on spirals probably very far apart ! Purely coincidence for me !
The two small round objects are indeed foreground stars from our galaxy. Why do you think they are massive old stars ?
So it is either merging or overlapping, you can't have both.
Which do you prefer ?
Hint : I'd go for #overlap ! 😄
2/2
The small dot to the right of the centre is a foreground star from our galaxy. No merger here, sorry.
1/2
The central object is not an elliptical (smooth) galaxy but probably a fuzzy spiral.
#wrong_size
It's a disturbed barred spiral galaxy. The blobs are active star forming areas in the galaxy.
It's two galaxies interacting ! Nice #merger !
Not a cloud but a faint and fuzzy galaxy with a star forming area (the blue blob).
Yep, barred spiral for me as well.
The bright blue star is most probably just a foreground star from our galaxy ! 😦
What an amazing image ! Nice catch ! 😄
Hi aubrey,
The object at 2 is not a supernova but (sadly) just a foreground star from our galaxy.
Merger for me as well ! Both galaxies are seriously disturbed.
No. This is a barred spiral seen face on. The spiral arms are very faint and fuzzy.
Here it's the fuzzy tips. Another hint is if it has pointed tips it is an edge on. Also there are very few cigars.
I'd probably go for disk or spiral galaxy seen edge on.
See the comments below ! 😄
Nice one ! 😄
That could be an asteroid ! 😄 Nice catch !
Nope ! You can tag these with #wrong_size.
especially the lower galaxy seems disturbed. So, it could be a merger.
Yep, artifact for me as well ! 😦
I would have gone for #merger too !
2/2
Can I ask where you found this image ? I hope you didn't get this to classify as it is not a DECaLS image. 😉
1/2
It's an optical artiffact caused by a bright star outside of this image.
the central objet is indeed a fuzzy galaxy. The star at the top is a foreground star from our galaxy. No interaction whatsoever possible.
With these kind of distortions, #merger is a safe bet ! 😉
The red dot is a foreground star from our galaxy.
The bright spots are probably active star forming areas in the galaxy.
Btw, the central object is a galaxy ! ;-D
Gorgeous #merger ! See the zoomed out image : http://tinyurl.com/jeptlu9 😄
The central object is a slightly disturbed spiral galaxy. The reddish small objects are foreground stars from our galaxy.
2/2
The round object at 8 o'clock is a forerground star and the object a 5 is probably a background galaxy.
1/2
No merger for me. Although the central galaxy looks a bit disturbed.
No merger for me here. Both the small object at the top and the larger one at the bottom are foreground stars from our galaxy.
Tidal debris for me.
2/2
And the lower object is indeed a foreground star from our galaxy.
1/2
The central galaxy is a disturbed spiral. No obvious culprit in sight. Could be the result of a flyby.
Or possible #merger. With these smooth galaxies it is not easy to tell.
There is a purple spot in the SDSS image. I'm thinking active star forming region.
Not a stallite trail here. Just an artifact.
Yep, it's a typical DECaLS artifact.
There is only one galaxy in the centre of this image. The white round one to the right is a foreground star from our galaxy.
The central galaxy doesn't look disturbed. No merger for me, sorry.
Th object to the right is probably a foreground star from our galaxy. So, no merger in this image.
Beautiful spiral with foreground stars. All the individual stars you see in these images are stars from our galaxy.
No merger in this image. Just one galaxy. The bright round objects are foreground stars from our galaxy.
Not a star but a real galaxy !
It doesn't look like a lens. And the small object (top right) is probably a foreground star from our galaxy.
Sorry, just an artifact !
NO lensed galaxies in this image.
Two galaxies and a foregrond star (bottom). NO Einstein arcs in this image.
I'd go for merger. The little one to the right looks disturbed.
Lovely, disturbed barred spiral. Nice catch ! 😄
So sorry, but the pink and green thingies are just artifacts. Nothing special. 😦
The small round object at the bottom of the central galaxy is a foreground star from our galaxy. So, they cannot merge.
LOL !
The red line is, sadly, just an artifact.
The bright blue/white object at the bottom is a foreground star from our galaxy.
Merger for me! 😄
Definitely a merger ! Nice one !
Some far away galaxies.
But this image is #wrong_size.
Two galaxies, probably not interacting. #overlap.
And definitely not a gravitational lens.
The central (very disturbed) galaxy is interacting with the edge on (top of the image). Nice #merger in progress.
Nope ! A disturbed, barred two armed spiral where the fuzzy arms fold back to make a ring. A #ringed galaxy.
In the center of the image are two galaxies interacting !
Sorry, no four merging stars in this image and certainly no black cloud either !
The 'massive ray' is just an optical artifact !
The yellow 'flashes' are just optical artifacts. Nothing special, sorry.
The bright object (top right qudrant) is indeed a forground star from our galaxy. And therefore it CANNOT merge with the central galaxy.
Sadly, no merger here in this image. The object in the centre is a foreground star from our galaxy. The software made a mistake ! 😮
Yes, could be a disturbed spiral.
Correct ! Two galaxies merging ! Nice catch ! 😄
Two disturbed galaxies.
That is a spiral or disk galaxy seen edge on. It doesn't appear to be interacting with the central galaxy. #overlap for me.
It's a disturbed spiral galaxy.
Spectacualr #merger. I see 5-6 galaxies interacting.
Not sure if the "# abc" means anything. Some people invent their own #'s.
A very disturbed galaxy (probably a spiral). 😄
No inner ring, Just a two armed spiral where the spiral arms fold back to make a ring. A #ringed galaxy.
two-armed, barred spiral. No idea why this one would be an unknown ! 😮
???
I'd call this one an edge on spiral with a noticeable bulge. Definitely not an elliptical.
The brown line crossing the galaxy from top to bottom is a beautiful #dustlane !
The object at 8 could just as well be a foreground star from our galaxy. So, no overlap here, sorry.
Why extraordinary ? The dark dot in the centre is just an optical artifact caused by oversaturation !
Wow ! Gorgeous #merger !
#dailyzoo
No gravitational lensed images in this image.
No Einstein arc in this image, sorry.
The two stars (top left) could be close together or it could just be a line of sight !
Sorry, I don't see a yellow ray ????
It is definitely a disk but it could also be a spiral with very faint spiral arms.
The small round object is not a galaxy but a foreground star from our galaxy. S, they are very far apart.
Why tag this one as a spiral when, I assume, you classified this one as a spiral ?
While I love your enthousiasm, there is no need for example to # things like spirals or mergers. I do hope you classified it as such.
Maybe a short bar, but not that obvious.
Looks more like a two armed, big bulge, spiral where the spiral arms fold back to make (almost) a ring.
#wrong_size
Both galaxies are very disturbed so I wouldn't call this an overlap but a #merger.
Looking at the central galaxy now (it being very heavily disturbed) , there is no way to know what it looked like before ! 😄
Spectacular barred spiral, heavily disturbed.
With a galaxy this disrupted, you cannot be sure that is was an eliptical galaxy to start with ! 😄
Don't overdo it ! Both galaxies are probably interacting. Any 'dark circle' is probably an artifact.
Correct ! Both these galaxies are interacting ! Nice #merger ! 😄
Sorry, not a merger here. The bright object at 11 is a foreground star from our galaxy.
No merger in this image. The orange dot is a foreground star from our galaxy.
Sadly not. It is just an artifact ! 😦
Galaxies CANNOT merge with foreground stars from our gaalxy. And the black circle is just an artifact, sorry.
The white square with the green margin is an optical artifact caused by oversaturation. It is most definitely not real.
Gorgeous #merger.
#dailyzoo
The red/orange trail is an artifact. Probably a cosmic ray hit that didn't get removed.
No need to mark it as odd.
What !! ??? Definitely not !
Just a gorgeous (disturbed) spiral galaxy !
I'd probably not classify this one as smooth. But, hey, that is just me ! 😄 Just give it your best !
Just looking at this image I'd classify it as smooth and roundish.
The green 'arc' is, sadly, just an artifact. No need to mark it as odd.
A faint and fuzzy galaxy with a couple of active star forming areas (the blue clumps).
It is just an artifact. No need to mark it as odd.
A fuzzy disk or spiral galaxy seen nearly edge on.
Maybe, not much of a distortion visible in either galaxy. Could just as wel be an overlap.
Not an off centered center but probably an active starforming region in the galaxy. Or maybe, maybe a foreground star from our galaxy.
Here in GZ we only use the # overlap for galaxy/galaxy overlaps. Happy hunting ! 😄
I'd call that a bar ! 😄
Very disturbed spiral ! 😄
Yes, this indeed a spiral galaxy seen edge on.
The central object is a disk or spiral galaxy seen edge on & the reddish dot is a foreground star from our galaxy. So,no relation whatsoever
And the green and red dot at the top is an asteroid.
The central object is a galaxy. The two bright objects are foreground stars from our galaxy So, definitely no merger here.
Yep, galaxy for me as wel after looking at the zoomed out image.
#wrong_size
Gorgeous #merger indeed ! 😄
The red line is an artifact. Probably a cosmic ray hit that didn't get removed.
Could be a foreground star ?
The coloured lines are just imaging artifacts.
Nice chance alignment ! I would have thought that the central object is a star, but it is a galaxy with a z=0.141 !
The pink spot is probably a foreground star from our galaxy. So, not an overlap.
The central galaxy is a disturbed (barred) spiral. Not sure who the culprit is ! 😄
Definitely tidal debris, not sure about a polar ring.
Nope, no lens in this image. Spiral galaxies are usually not massive enough to do these kinds of lensing.
The central galaxy is indeed gravitationally disturbed ! 😄
Not sure what there is at 7-8 o clock but it is definitely not a jet. Could be a star forming area in the galaxy.
Sorry, no jet in this image !
The central galaxy does not appear to be merging with the one at 2 o'clock. Not sure what you mean with the center star ?
The dot at 8 o'clock is probably a foreground star from our galaxy, so no interaction possible.
The bright white dot is the very bright centre of the galaxy.
Neither of the galaxies look disturbed, so not a merger for me.
Both galaxies look disturbed, so #merger for me.
The green thingy is probaly an asteroid ! Nice catch ! 😄
A fuzzy smooth and round galaxy ! 😃
The red line is just an image artifact. Probably a cosmic ray hit that didn't get removed.
Both galaxies look disturbed, so #merger for me.
I'd probably go for #merger. Lots of disturbance, especially in the large galaxy.
It is a disturbed spiral, interacting with another galaxy outside of this image.
See the zoomed out image : http://tinyurl.com/gukpccw
This is most probably not a polar ring. #overlap for me.
See the comments below : a possible polar ring.
The object to the left is a foreground star from our galaxy, so a merger is totally out of the question! 😉
No dustlane in this image for me, sorry.
Sorry, I don't see any blue rays in this image !
The blue line going through the foreground star top right is indeed an artifact.
Not sure if this a merger. The image is just too fuzzy to tell. I'd go for a disturbed spiral ! 😄
Yep, spiral for me as well ! 😄
But it is not a nebula but a real galaxy.
Sorry, the red curved line is just an artfact. You'll see a lot of these in these DECaLS images.
The red line, top right corner, is an artifact. Probably a cosmic ray hit that didn't get removed.
#merger is also a possibility.
Just looking at this image it's impossible to determine if the galaxies are spirals. On the other hand,they both look disturbed. #merger !
Possible #polar_ring
#merger is also a possibility.
The stripes are just artifacts. 😦
Lovely #merger !
If I squint I can see two tight spiral arms.
2/2
So, while these two are probably not merging, the central galaxy is interacting with another one outside of this image !
1/2
These two galaxies have different z's but in the zoomed out view you can see another galaxy which has the same z.
#merger for me too !
Very disturbed spiral.
2/2
https://en.wikipedia.org/wiki/Polar-ring_galaxy
1/2
wiki : A polar-ring galaxy is a type of galaxy in which an outer ring of gas and stars rotates over the poles of the galaxy
No merger possible as the object, top left, is a foreground star from our galaxy.
Not a cluster sorry. The bright white objects are foreground stars from our galaxy. The fuzzy yellow one at the bottom is a galaxy.
The four amber/red spots are probably foreground stars from our galaxy.
Two fuzzy galaxies probably interacting ! 😄
The purple and green line are indeed artifacts.
Or it could just be a line of sight !
Could the red smudge be an asteroid ?
3/3
And finally, there is NO way that the foreground stars from our galaxy are in contact with the central galaxy.
2/3
But no way to tell if the two stars are really close together or whether t is just a line of sight.
1/3
The two objects to the left and the round one to the right are foreground stars from our galaxy.
Just from looking at this picture you cannot tell if the stars are actually close together. It could just be a line of sight.
The bright object with the spikes is a foreground stars from our galaxy. The spikes are an optical artifact called diffraction spikes.
Nope, not a nebula. Just a fuzzy (low surface brightness ?) galaxy !
I'd go for a shadow !
You can tag these images with #wrong_size.
Thanks for participating ! 😄
Sorry, just one galaxy for me.
Sorry, no lensing here. Two spirals interacting. Cool #merger !😄
Just one fuzzy disturbed galaxy for me.
Gorgeous #merger ! 😄
Could be a #polar_ring?
Looking at the zoomed out image (http://tinyurl.com/zo5nkts) those are definitely optical artifacts.
Nope, definitely not a cloud of gas but a real galaxy with millions and millions of stars. The image is very fuzzy though !
The blue blob bottom left is probably another (foreground ?) galaxy.
Sorry, I don't see any gravitational lensing in this image. And the central galaxy is a spiral and these are usually not massive enough.
The red line is an artifact. Probably a cosmic ray hit that didn't get removed.
The central object is not a nebula but a real galaxy. I'd go for edge on disk or spiral.
Merger is a possibility, but so is overlap.
I'd go for #merger ! Both galaxies look disturbed. But it is your call ! 😄
Very disturbed spiral galaxy.
At least two galaxies interacting (maybe 3). Lovely #merger !
#wrong_size
Disturbed spiral !
Two fuzzy galaxies. Could be interacting , but the image is just too fuzzy to tell.
The cenral object and the one at 10 o'clock are indeed foreground stars from our galaxy. Nice catch ! 😄
Where do you see arcs ?
The galaxy with the lens is the small one (with an arc at the top of it) at 2 o'clock from the central galaxy.
It could also be a foreground star from our galaxy. Without additional information there is no way to tell.
Merger is a possibility, the central galaxy looks disturbed. But the image is very fuzzy, so your gues is as good as mine !
Yep ! 😄
Gorgeous disturbed barred spiral !
My classification for the central galaxy would be : a disturbed spiral with a noticeable bulge ! 😄
2/2
But they do have a similar redshift, so they could be interacting and they look disturbed as well !
1/2
Although the central galaxy looks disturbed, both of the galaxies to the right are very far away from it .
It is a lovely image ! 😃
The 'ring' around the bright central bulge is probably two faint and fuzzy spiral ams that fold all the way back to make a ring.
It is a very disturbed (possibly spiral) galaxy.
Both galaxies look disturbed, but the bottom one more so. Two galaxies interacting : lovely #merger ! 😄
The classification arc is used for gravitational lenses. No arc in this image ! 😄
The bright white objects in this image ars foreground stars from our galaxy.
Both galaxies look disturbed. So, merger for me.
Bar for me.
possible #polar_ring ?
Lenticular ? A two armed barred spiral with a big bulge, where the two spiral arms fold back to make a ring !
See the comments below : this could be a polar ring !
It is a galaxy, but it is obviously not the Milky Way ! ;D
It could be a cosmic ray hit that didn't get removed. They are relatively common in these DECaLS images.
Looks like a disturbed galaxy. So, #tidal_tails.
Lenses are much more sharply defined. This one is just too fuzzy.
Correct ! Always classify the object in the centre of the image ! 😄
#wrong_size
The two objects in the centre are both galaxies. Merger is a possibility.
I'd go for polar ring too. Nice one !
Nope ! Top one is also a galaxy.
Definitely a #merger !
Not sure what you mean by bubbles& there is no dust line in this image.Most of the small round objects are foreground stars from our galaxy.
The pale blue object at 9 o'clock is a foreground star from our galaxy?.
The small round objects to the left and the right of the central galaxy are both foreground stars from our galaxy. No merger here, sorry !
The small round objects are foreground stars from our galaxy.
The green line and the purple blocs are artifacts. No need to mark them as weird.
The blue lines are just artifacts. You'll see them quite regularly in these DECaLS images.
Not sure I'd call this one an elliptical. I'd go for a fuzzy spiral with a big bulge. And there are no lenses in this image.
The bright spots are foreground stars from our galaxy, not supernovae, sorry.
The green line is just an artifact. Probably a cosmic ray hit that didn't get removed.
This galaxy has a z (redshift) of 0.122, so that means it is very far away from our Milky Way and Earth ! 😄
The central object is a galaxy. Some of the smaller round ones are foregrond stars from or galaxy.
Looks like it ! 😄 Nice catch !
Two galaxies interacting. Nice #merger ! 😄
Both galaxies look disturbed, so #merger for me.
Just one disturbed galaxy.
As I've said before : spiral galaxies are usually not massive enough to do this kind of lensing. There are NO lenses in this image.
The tree dots are foreground stars from our galaxy. Not lensed images frof a background galaxy.
Why do you call it a spiral if you can't see spiral arms ? And I don't see any arcs in this image.
The two dots upper right are probably foreground stars from our galaxy. No arcs in this image
The green and the red line are artifacts. Could be cosmic ray hits that didn't get removed.
Wow ! Amazing #merger !
#dailyzoo
Skyserver saysthe object to the left is a galaxy, but I'm not so sure. Looks like a star to me. So not a merger and not an overlap.
Definitely not an edge on ! Fuzzy spiral for me !
No gravitational lenses in this image, sorry.
No gravitational lenses in this image, sorry.
No Einstein arcs in this image.
I don't see any gravitational lenses in this image. Nice #merger though ! 😄
No gravitational lenses in this image, sorry.
No gravitational lenses in this image, sorry. The small objects are probably foreground stars from our galaxy.
Where do you see an arc ?
#wrong_size
Fuzzy, disturbed spiral. No gravitational lenses in this image, sorry.
No gravitational lenses in this image, sorry.
gravitational lenses are not this fuzzy. And spirals are usually not massive enough to do this kind of lensing.
The red star is a foreground star from our galaxy, so there is no way that it can be interacting with the central galaxy.
Oh wow ! What a gorgeous #merger ! 😄
Gorgeous barred spiral ! 😄
Just one disturbed clumpy spiral.
The colored line and the pink spot are just artifacts, sorry.
#wrong_size
What white point are you asking about?
I'd go for #merger !
The central object is most definitely a galaxy. And a very disturbed one at that ! 😄
Why would you say this ?
The blue blobs are star forming areas in the galaxy.
Not sure if I would go for irregular. Disturbed barred spiral would be my choice !
The two bright white spots are probably foreground stars from our galaxy, sorry.
The green dot is definitely an artifact.
The green dot in the galaxy at 5 o'clock is an artifact. Possibly a cosmic ray hit.
The "barre" could be a foreground edge on galaxy.
The object to the left is a foregroun star from our galaxy.
It's an imaging artifact.
No lens here, sorry. The central galaxy is heavily disturbed and probably interacting with the spiral at the bottom. Nice #merger !
Yep ! See the comments below ! 😄
The small bright dots are not supernovae but star forming regions in the galaxy.
Sorry, no gravitational lens in this image. The small round dots are foreground stars from our galaxy. Nice chance alignment.
Nope not a nebula, but a real galaxy.
Looks like another galaxy. No way to tell whether it is a foreground or background galaxy without additional information .
Sorry, no gravitational lensing in this image. Spiral galaxies are usually not massive enough to do any lensing ! 😄
The round white object is a foreground star from our galaxy.
The green smudge is probably an asteroid. And I'm not sure I'd call this galaxy an elliptical. The bulge is rather prominent.
I'd go for a barred, two-armed spiral galaxy. The spiral arms are really faint and fuzzy though !
It might look like a binary star system but it is two real galaxies with millions and millions of stars.
The three bright white objects are foregeround stars from our galaxy.
#wrong_size
The green spot is an artifact.
The small red dot bottom left, is a foreground star from our galaxy. The red line is indeed an artifact.
Btw, overlap means just a line of sight: so galaxies that appear to be close but are just in the line of sight.
Not sure what you mean by overlap ? Both galaxies are obviously disturbed (and they have the same z) : so, a big resounding #merger for me.
What do you mean with the different colors ?
I'd go for a two armed (maybe barred) spiral with an inner ring.
2/2
Not sure why you would call the central galaxy a lenticular. Disturbed spiral for me.
1/2
The galaxy to to the right of the central one seems to be a background galaxy. Anyway, a lovely three-way #merger ! 😄
I think he means the yellow object at the bottom. It's a foreground star from our galaxy.
#merger for me ! 😄
That is defintitely a possibility ! Nice catch !
#wrong_size
It's a fuzzy galaxy, You could go for disturbed spiral or either an irregular.
The object int he centre is a disturbed galaxy, probably interacting with the small edgeon to the right. Nice #merger !
#wrong_size
An amazing disturbed galaxy.
See the comments below, it is a real galaxy ! 😄
Yep, we tag these 'faulty' images with #wrong_size
Happy hunting !😄
The fuzzy thingies at the bottom are just optical artifacts. See the zoomed out image.
Nope, it is probably just a foreground star from our galaxy.
Not a galaxy pulling itself together (how could that be), but a galaxy disturbed by another galaxy.
Yep, irregular for me too !
Gorgeous ! 😄
Two galaxies interacting. Nice #merger.
Looks like a #ringed galaxy to me : a two armed spiral galaxy, where the arms fold back to make a ring.
The blue smudge at the bottom is probably an asteroid.
Simply amazing ! 😄
#dailyzoo (again)
The red line is just an artifact. Probably a cosmic ray hit that didn't get removed.
3/3
But they could just as well be far away galaxies.
2/3
The fuzzy red/round objects could be foreground stars from our galaxy
1/3
Lots of red objects in this image ! 😄 The red line is just an optical artifact.
More like a disturbed spiral galaxy to me ! 😄
Sorry, I didn't see the comment from May, but the bright blue object , top right, is indeed a foreground star from our galaxy.
If you think it has a bar, it cannot be an elliptical. Ellipticals are smooth and featureless.
What about a disturbed fuzzy spiral galaxy?
They both have a z = 0.048 and they both look slightly disturbed. #merger for me.
Yep, the central galaxy is a barred spiral.
Yep, definitely a spiral ! 😄
The small round object to the left is a foreground star from our galaxy, so it is a juxtaposition décalée (just a line of sight).
The black spot is an optical artifact.
That is just not possible. It is a line of sight.
It's just a line of sight. The star is a foreground star from our galaxy and the central galaxy is very, very far away.
Where ?
Not much distortion visible in either galaxy. It could just be a line of sight.
It could very well be a spiral, but if you see no features, click on smooth.
The central object is a spiral galaxy. The mauve line is an artifact, probably a cosmic ray hit that didn't get removed.
Sorry, not a pulsar. The central galaxy could be a possible polar ring galaxy or it could be interacting with the smaller one at the bottom
Sorr, not a comet, but a fuzzy irregular galaxy with an active star forming region (the blue area at the bottom)
Nope, not a supernova, but a foreground star from our galaxy.
Where do you see a voorwerpje ? The central object is a fuzzy galaxy.
According to Skyserver the lower bright round object is a galaxy, but it and its companion look like a foreground stars to me.
The central galaxy looks already disturbed, so it is interacting with the two on the left.
Nice #merger ! 😄
#wrong_size
#wrong_size
The red line is an artifact, probably a cosmic ray hit that didn't get removed.
Disturbed barred spiral for me ! 😄
See the comments below ! 😄
Three galaxies, probably interacting ! Nice #merger ! 😄
Nope not a nebula. This is a real galaxy. And the tiny blue line at the bottom is an artifact.
Artifact, sorry !
Just that : artifacts ! 😄 Probably a cosmic ray hit that didn't get removed completely.
Not an explosion (and not a lens either). Two galaxies interacting. Nice #merger !
Not an explosion. It's two galaxies, but the image is a bit fuzzy . So it is not clear if they are interacting or just appear to be close.
The central object is a disturbed galaxy.
the object in the centre of the image is a real galaxy. But the color is not real. Looks like a filter problem.
Yes, definitely a spiral galaxy.
Why couldn't you classify it as a spiral ?
Sorry, I don't see it.
No gravitational lens in this image, sorry.
The two small round objects are probably foreround stars from our galaxy.
Sorry, I don't see a gravitational lens around the central galaxy..
#wrong_size
@elsie22 : definitely a face on barred spiral galaxy .
Every classification is valuable !😄
I can live with that classification! ;D
I don't think your house is big enough ! 😄
😄
The small round object is probably a foreground star from our galaxy.
So, no merger possible.
Happy hunting ! 😄
Not sure, could be a foreground edge on galaxy.
I'd go for a barred disturbed spiral seen face on with two faint and fuzzy arms.
It's two galaxies interacting. Nice #merger !
#wrong_size
Not a gas cloud but a severely disturbed galaxy.
#wrong_size
Very disturbed galaxy. Not sure if it is a spiral.
There appears to be two cores in this mess. #merger for me.
The image is just too fuzzy to tell ! I'd go for no dustlane, but it is your call ! 😄
I'd go for a fuzzy two armed spiral , where tehe spiral arms fold back to almost make a ring !
Nope, not a cloud, but a real (fuzzy) galaxy with billions and billions of stars ! 😄
Oh yes ! 😄
Yep ! 😄
I just see one (very disturbed) galaxy, so no merger for me.
It is a fuzzy image, so it is not easy to see any disturbances. I'd go with overlap myself.
Lovely artifacts. See the zoomed out image : http://tinyurl.com/jp7bprh
2/2
And here in GZ we only use overlap for galaxy/galaxy overlaps.
1/2
I'd go for a loose two-armed barred spiral. The small round objects in this image are foreground stars from our galaxy.
No dustlane in this galaxy for me;
No idea why you would think this could be an edge on ! 😮
And you cannot see the bar in an edge on galaxy, because it is seen edge on.
Isn't it just ! What a gorgeous image ! 😄
Definitely not ! At these distances it is not possible to see individual stars in other galaxies, let alone individual planets !
Or disturbed spiral/disk galaxy seen edge on ?
#wrong_size, but what a gorgeous #merger ! 😄
Artifacts!
The green line and purple dot are (sadly) just artifacts ! 😄
Do you have a spectrum ?
Barred spiral for me, maybe slightly disturbed.
Language ! 😄
The bright object, top right, is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
The central object is an irregular galaxy.
The small round object, left bottom corner, is a foreground star from our galaxy.
Looks like it. Lovely #merger
Green line = cosmic ray hit.
Cosmic ray hit.
Yep ! 😄
The green dot is probably an asteroid.
the green line is an optical artifact.
The central object is a fuzzy (spiral ?) galaxy. The brown line is an optical artifact.
The thin line is an optical artifact. A cosmic ray hit that didn't get removed.
Not a nebula but a real galaxy.
The purple dot and green line are optical artifacts.
It's a barred lenticular. A disk galaxy without spiral arms.
The central galaxy is a disturbed spiral. The brown stripe is a disk or spiral galaxy seen edge on.
The bright yellow object at the bottom is a foreground star from our galaxy. The color is not real .
It's a fuzzy galaxy. I'd go for irregular;
The green line is just an artifact.
Cosmic ray hit.
See here : https://talk.galaxyzoo.org/?_ga=1.4086073.843820593.1448100173#/boards/BGZ0000005/discussions/DGZ0000lv2 😄
z = redshift. It is used to measure the distance of objects.
It's a disturbed barred spiral galaxy.
fuzzy #merger
#wrong_size
#wrong_size
This is a beauttiful barred spiral galaxy with an inner ring and two fuzzy spiral arms that almost make a ring. #ringed galaxy.
It's a foreground star from our galaxy according to Skyserver.
#merger for me.
Nice #merger ! 😄
Please ! The green 'rays' are just optical artifacts. Nothing more !
The black spots are just artifacts. Sorry, nothing special.
I'm looking very hard but I can't see a dustlane in this image !
It's possible that both these galaxies are inteacting. #Merger in porgress?
All mergers look bizarre ! ;D
No gravitational lensing in this image and most of the small round objects are foreground stars from our galaxy.
No gravitational lensing in this image.
The central galaxy is indeed a spiral and these are usually not massive enough to do any lensing.
Just one galaxy here for me. The small round one at the bottom left is a foreground star from our galaxy.
Sorry, no Einstein cross in this image
The central galaxy is a fuzzy spiral. Sorry, no gravitational lensing or merger in this image.
PS : The "ray"is an optical artifact. It is a diffraction spike (Tx wiki : https://en.wikipedia.org/wiki/Diffraction_spike)
Sorry, but the star (right) is a foreground star from our galaxy, so it is completely IMPOSSIBLE for it to interact with the central galaxy
I see a fuzzy, disturbed spiral in the SDSS image.
This happens when galaxies are gravitationally interacting. Nice #merger and tidal debris! 😄
See the comments below ! 😃
Yep, inner ring for me too ! As for the number of spiral arms : just give it your best shot ! 😄
Wow ! Amazing #merger !
Not sure about a pseudoring. The galaxy is seen almost edge on !
I know what you mean !
Happy hunting ! 😄
Probably a satellite trail.
Not so much an edge on but a bar in an otherwise fuzzy galaxy.
Both the colored lines are just artifacts. (sorry ! )
Erm, no ! The central object is a barred spiral galaxy. The small round objects are all foreground stars from our galaxy.
Disturbed spiral or disk seen edge on.
Spiral with an inner ring.
The colored stripe is an optical artifact partially obscuring the foreground star from our galaxy
The green object is indeed a foreground star from our galaxy, but the color is not real. The green line is just an artifact.
Probably ! 😄
Two-armed barred spiral for me as well. The blue dot could be a foreground star from our galaxy or else a star forming area in the galaxy.
Fuzzy spiral seen nearly edge on.
#wrong_size
It's a two armed barred spiral for me. The two spiral arms fold all the way back to form almost a ring.
#ringed
Not a nebula, but a barred spiral galaxy with very fuzzy and faint spiral arms.
2/2
it's a very disturbed galaxy. It's interacting with another galaxy (See the zoomed out view.). Gorgeous #merger ! 😄
1/2
http://legacysurvey.org/viewer?ra=188.93184083828135&dec=-0.22381154080831506&zoom=14&layer=decals-dr2
Yep ! Nice one ! 😄
The red line is a satellite trail.
Nope, not a nebula. It's a two-armed spiral galaxy.
It is your call !
Both galaxies look fairly undisturbed, so I' d go for overlap. But it is your call ! Just give it your best shot.
2/2
Nice chance alignment and definitely no lensing in this image(sorry).
Happy hunting ! 😄
1/2
Most of the small objects apparently surrounding the large galaxy in the centre are foreground stars from our galaxy.
That really looks like an artifact. Almost nothing to see on Skyserver apart from some weird pixels. Artifact for me.
That is just an optical artifact, sorry! Nothing special !
The dark horizontal line is just an optical artifact.
Nope, sorry !
2/2
The central galaxy does not ook disturbed, so no merger for me. Just a chance alignment.
1/2
The central galaxy is a disk or spiral seen edge on. The one at the bottom right is a fuzzy nondescript galaxy.
2/2
Nice chance alignment of background galaxies and foreground stars.
1/2
I think it is safe to say that none of the small objects are connected to the central galaxy.
Both galaxies look disturbed, so they are probably interacting.
#merger for me.
Looks more like a disk or spiral seen edge on to me. And no dustline here, sorry.
I really wouldn't call this one a spiral. Looks smooth and round to me & probably interacting with the smaller one at the top.
Nice #merger.
Definitely a bar here for me ! Nice catch ! 😄
Nope ! It's a real (but very fuzzy) galaxy.
But it is a real galaxy with lots of stars in it. The yellow dot at the top is a foreground star from our galaxy.
Click on "Galaxy Zoo examine" under the image and then on "DECaLS Skyviewer" to the right. 😄
The red line is a satellite trail.
That is not a jet but probably a background galaxy. The spectrum identified it as a QSO.
QSO= Quasi Stellar Object or Quasar.
See wiki : https://en.wikipedia.org/wiki/Quasar
Gorgeous #merger
I'd just tag this image as #wrong_size ! 😉
Just give it your best shot ! 😄
Happy hunting !
Sorry, I don' see a lens in this image.
Yep! #merger for me ! Nice catch ! 😄
The bright round, white objects are foreground stars from our galaxy.
No gravitational lens/arc here. The fuzzy area around the central bulge could also be two spiral arms folding back to make a ringed galaxy.
A very fuzzy barred (maybe) spiral galaxy for me ! 😄
The bright spots are probably foreground stars from our galaxy.
So sorry, but those black spots are just artifacts!
You could go either way. It is your call ! 😄
Both galaxies look disturbed and they have the same z, so #merger it is ! 😄
The central galaxy is definitely disturbed and both galaxies have roughly the same photoz, so merger is a possibility.
Erm, here in GZ we only say it is an overlap, if it is a galaxy/galaxy overlap. Foreground stars from our galaxy don't count as overlaps.
Definitely ! 😄
Maybe it is a disturbed spiral or else it is a very disturbed elliptical. It is your call ! 😄
A beautiful two-armed barred spiral where the arms fold back to almost make a ring.
Gorgeous image.
Hi soju77
The green line is just an optical artifact.
Happy hunting ! 😄
The central object is a disturbed barred spiral. The small white round objects are foreground stars from our galaxy.
Happy hunting! 😄
Disturbed spiral ! 😄
The bright round object to the right of the centre of the galax is a foreground star from our galaxy.
Very disturbed spiral ! 😄
Oh my word, what a gorgeous #merger ! 😄
Gorgeous #merger ! 😄
See this (SDSS) zoomed out image : http://tinyurl.com/jnxpmzo
The coloured lines are just artifacts (sorry!).
I'd go for a disk or spiral galaxy seen edge on.
The central object is a fuzzy and very disturbed spiral galaxy.
Merger is a possibility but without some cold hard data (redshifts) there is no way to tell for sure ! Just give it your best shot !
2/2
And the object at 3 o'clock is a foreground star from our galaxy, so a merger is just impossible.
1/2
The red line could be a satellite trail but it could also be a cosmic ray hit.
Yep, fuzzy spiral for me as well. And just give it your best guess as for how many arms there are.
The blue clumps are probably star forming regions in the galaxy.
Oh wow ! What a gorgeous #merger ! (definitely not an overlap ! 😄 )
The red line is just an optical artifact and can safely be ignored ! ;D
The purple straight line and the red squigly one are both optical artifacts.
The central object is a disturbed galaxy. The round white object, bottom right, is a foreground star from our galaxy.
The straight colored lines are optical artifacts and can be ignored. Sorry, nothing spectacular !
The white circular blobs are foreground stars from our galaxy, so no merger possible with the central galaxy.
The 2 galaxies in the centre look like they are interacting,so a #merger for me.But they are overlapping the edge on in the back.Cool find!
Both the purple rectangle and the green stripe are artifacts.
The bright white objects are foreground star from our galaxy. The green smudges are artifacts.
The two galaxies in the centre are heavily disturbed. They are clearly interacting. Nice #merger. 😄
#wrong_size
Yes, that is a foreground star from our galaxy.
Don't think this is a merger. The small round object to the left is probably a foreground star from our galaxy.
1/2
Always classify the object in the centre of the image. But here the software got confused. I'd classify this one as star/artifact.
2/2
All the small round objects in this image are stars from our galaxy.
If you think it has a ring and a bar it cannot be an elliptical. Ellipticals are smooth, meaning that they have no features whatsoever !
Sorry, definitely not an elliptical ! I'd go for a barred two-armed spiral with a big bulge.
The central object is a galaxy, but the small round one to the left is a foreground star.
Or disturbed spiral.
The purple and yellow lines are optical artifacts.
The bright blue/white object at the bottom is a foreground star from our galaxy.
A very disturbed spiral galaxy ? 😉
What does "tide bleach" mean ?
Nope not a comet as it is visible in the exact same location in SDSS.
See : http://tinyurl.com/jl52z8q . Could this be a #voorwerpje ?
This is not a dust cloud but a real galaxy. 😄
The central large objects are galaxies interacting. Nice #merger.
The small round dots are foreground stars from our galaxy.
Nope ! Definitely not a lens. It is a very disturbed spiral galaxy ! 😄
Definitely not ! The central object is probably a galaxy, but the two bright ones to the right are foreground stars from our galaxy.
Two ellipticals, probably merging. And why would you mention rings ? Do you see rings ? I don't !!!
I'd go for a ringed galaxy, meaning a spiral galaxy where the two arms fold back to make a ring.
#wrong_size
#wrong_size
The small round object to the right is probaby a foreground star from our galaxy. So, no merger possible, whatsoever ! 😄
You should always classify the object in the centre. So, great job!
As for the bright object , that's a foreground star from our galaxy.
Not sure what you mean by that. The central object is a very disturbed barred (spiral ?) galaxy.
A fuzzy and disturbed barred spiral with a foreground star .
Definiteley not an elliptical galaxy.
A very nice loose two-armed spiral galaxy ! /D
The round orange one at the bottom is a foreground star from our galaxy and here in GZ we only use the # overlap for galaxy/galaxy overlaps.
What fo you mean with 'nest' ?
2/2
Lots of other people will classify this same image and in the end our combined classification will be spot on ! 😄
happy hunting !
1/2
Sorry, Mariod.dbf, you cannot change a classification. But don't worry.
Looks like it is the edge of a ccd chip.
Very disturbed spiral. In the zoomed out view you can see that it is interacting with another galaxy..
Gorgeous #merger ! 😄
Definitely not a Voorwerp (far too massive). The central object has a pea like spectrum. So, for me an #overlap.
I'd probably go for four arms, but it is your call ! ;D
See the comments below ! 😄
Just one (disturbed) spiral galaxy for me.
And two-armed spirals are quite common.
just an artifact; sorry ! 😄
The two objects in the centre of the image are not stars but galaxies, probably interacting !
Always classify the object in the centre of the image
Happy hunting! 😄
#wrong_size
Disturbed spiral. #tidal_tails
The red streaks are artifacts. They are quite common in these DECaLS images.
I'd go for a very disturbed one-armed spiral.
??? This doens't sound very scientific, sorry !
The red line is (sadly) just an artifact.
Happy hunting ! 😄
No, not a comet, but a very (very) disturbed spiral galaxy ! 😄
Two galaxies interacting. Nice #merger !
#merger for me ! 😄
Both galaxies are so very disturbed. #merger for me ! 😄
The bright white object,bottom right,is a foreground star from our galaxy.& here in GZ we only use the # overlap for galaxy/galaxy overlaps.
Neither, sorry. The central galaxy is a very disturbed spiral.
Both small round objects are foreground stars from our galaxy. Here iin GZ the # overlap is only used for galaxy/galaxy overlaps.
See this thread : https://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Very disturbed spiral ! 😄
Correct ! And it looks iike they are interacting.
Or barred lenticular ? 😄
Correct ! 😄
The galaxy is a disturbed barred spiral. But zooming out there is not an obvious culprit in sight. Could be the result of a fly-by.
Very disturbed spiral ! 😄
Both galaxies are clearly interacting.
#wrong_size
Two spirals interacting. Nice #merger
The round white object in front of the galaxy is a foreground star from our galaxy.
The red line is sadly just an artifact.
That is probably a satellite trail.
The purple dot is an artifact.
Happy huntig ! 😄
Could be a #merger. Both galaxies have near identical redshifts.
It's a barred two-armed spiral seen face on. The 'circle' are the two spiral arms.
If it is a disturbed spiral it is bound to have tidal tails ! 😄
Not sure what you mean ?
I'd go for a disturbed barred spiral ! And why would you say that this galaxy doesn't have a centre ?
The purple and green bar is just an artifact. Not sure what you mean by the black dots, sorry !
Disturbed spiral for me ! 😄
There are at least two galaxies in the centre of the image, but the image is too fuzzy to tell if they are interacting. No dustlane here.
Correct ! Even in the non-inverted image you can see spiral arms.
No lensing for me, sorry. The galaxy to the right is a disturbed edge on.
i'm going for spiral.
Or a disturbed barred spiral.
Nice tidal tails ! 😄
Just one galaxy for me. No merger here.
That green and purple line is just an artifact. Sorry !
The red line is an artifact. They are quite common in these DECaLS images.
http://skyservice.pha.jhu.edu/DR9/ImgCutout/getjpeg.aspx?ra=183.80484663&dec=20.66040157&scale=0.79224&width=512&height=512&opt=&query=
Here it is in all its glory : NGC 4204
Erm, no. Just a slightly disturbed spiral galaxy for me.
Woohoo ! Nice catch !
Tx Kwillett ! 😄
Yep ! 😄
Definitely not. Both objects are galaxies.
#wrong_size
With these ellipticals it is very diffifult to say if they are just overlapping or if they are interacting. I'd go for #merger.
Overlap is a possibility, but the central galaxy looks disturbed, so #merger is also one ! 😄
I'd probably go for two interacting galaxies with features (as opposed to ellipticals). But hat a gorgeous #merger ! 😄 ! Nice catch !
Wow ! Nice catch ! This galaxy has a very active centre ! And there is lits of tidal debris as well !
The object in the centre is indeed a foreground star from our galaxy. But 99% of the people classifying this image will go for edge on ! 😄
Probably,but the core is offset to one side,so a disturbed spiral for me ! 😄
Amazing #merger ! Thanks for pointing this out ! 😄
Ooh ! Gorgeous #merger !
Have fun and happy hunting ! 😄
#wrong_size
Sorry, no gravitational lens visible in this image .The 'arc' at 10 o'clock has the wrong curvature.
The pink dot is probably a foreground star from our galaxy.
Not sure this is an elliptical. I'd probably go for disturbed lenticular with a dominant bulge.
Very (very ! ) disturbed spiral.
Wow ! Gorgeous #merger !
You could go for disturbed spiral.
The colour seems like an artifact. No idea how , but just a hunch.
No lensing in this image sorry. The red 'arc' is just an optical atifact.
#wrong size.
I'd go for a disturbed disk or spiral galaxy with a dustlane.
Nice catch ! 😄
Both galaxies look completely undisturbed. No merger here.
The bright white round object is a foreground star from our galaxy.
2/2
The three dim objects at the top are probably foreground stars from our galaxy.
1/2
The bright round thing in the centre of the galaxy is the core of the galaxy whare the stars are closer together.
That is probably a faint satellite trail.
Two galaxies interacting. Beautiful #merger ! 😄
Most of the small round objects in this image are foreground stars from our galaxy.
Not sure if these galaxies are interacting. Not much distortion visible. No merger for me.
I just see one galaxy in the centre. Most of the small round objects are foreground stars from our galaxy.
Definitely no lensing in this image ! 😄
I think it is just a chance alignment of pixels. Doesn't look like anything real, (sorry)
See this : http://tinyurl.com/hoy6562 and the link in the comments below. Seriously, words fail me ! Amazing #merger ! 😄
For me, it is just one barred spiral galxy. The bright round object at 6 o'clock is probably a foreground star from our galaxy.
A disturbed (barred ?) spiral with tidal debris.
Not sure these two galxies are interacting. The image is very fuzzy and there are no visible signs of interaction.
Three galaxies probably interacting. Nice #merger ! 😄
The two bright objects are foreground stars from our galaxy.
That is ,unfortunatel, just an artifact !
Don't think so. The central object is possibly a spiral and these are usually not massive enough to do any lensing.
A barred two-armed spiral. And you're right : the arms are very faint and fuzzy.
The two white/turqoise objects to the left are foreground stars from our galaxy. The colors are not real (artifacts)
What a beautiful mess ! 😄
I'd go for features - not an edge on - no bar - no spiral - no bulge - other : irregular.
Yep ! Bar for me too.
The red object to the left is a foreground star from our galaxy.
And here in GZ we only use the # overlap for galaxy/galaxy overlaps. Tx !
Always classify the object in the centre of the image !
Happy hunting ! 😄
😄 The dustlane is very real though ! Nice catch !
2/2
And the central galaxy does not look massive enough to do this kind of lensing.
1/2
No lens in this image. The 'arc' is too far removed from the supposedly lensing galaxy.
That weird line is sadly just an artifact !
Yep, definitely a galaxy. You could go for irregular.
Which object are you referring to ?
Two cores, so two galaxies merging ! 😄
And spiral galaxies are usually not massive enough to do this kind of lensing.
Neither of the galaxies look ellipticals to me. Disturbed spirals.
The central object is indeed a spiral. The object top left is an overexposed foreground star from our galaxy The colours are not real.
Arc in GZ means a gravitational arc, so definitely not an arc. Disturbed spiral for me.
I'd probably go for merging. The central galaxy looks disturbed. But it could just a s well be an overlap. It is your call! 😄
I'd go for disturbed spiral with a noticeable bulge.
Looks like a filter problem to me.
Wow ! 😄
#dailyzoo
Not sure about spiral or bar. I'd go for two ellipticals merging.
Very disturbed galaxy ! Beautiful ! 😄
The blue line is a satellite trail.
First of all : #wrong_size.
But even so, lovely #merger ! 😄
No merger here for me ! But hey, it is your call! ;D
One of the 'cores" could be a foreground star form our galaxy. No merger here for me ! ;D
More like a slightly disturbed spiral fo me.
Erm, no ! Definitely not an overlap since it is a foreground star overlapping the central galaxy!
The blue blobs are active starforming areas in the galaxy.
Definitely a #merger for me with tidal debris. No lensing here !
The object at the bottom is a foreground star from our galaxy. And here in GZ we only use the # overlap for galaxy/galaxy overlaps.
The central galaxy looks disturbed but the one at the bottom doesn't. No merger for me, but it is your call ! 😄
It's a simulated galaxy from the Illustris dataset.
The bright round object is a foreground star from our galaxy, so neither !
The object top left is a foreground star from our galaxy. No merger here !
Wow ! #dailyzoo
Looks like two galaxies interacting. The cenral one is a disturbed spiral .
Check it out on DECaLS : http://tinyurl.com/zfbp8tj ! 😮
Gorgeous #merger !
The central object, which you are supposed to classify, is a barred spiral galaxy.
I'm thinking it is two galaxies merging and one foreground star from our galaxy. Still an impressive #merger ! 😄
Ooh, look at the two,informed, classifications ! 😄
And both of them are okay, just give it your best shot ! 😄
There are no tips , so this is probably a smooth/in between galaxy
Wow! #dailyzoo ! 😄
I'd go for a barred two-armed spiral where the spiral arms fold back to make a ring.
#ringed
A bit too fuzzy and not much obvious distortion, so no merger for me. But it is your call ! 😄
Probably a #merger ! 😄
#wrong_size
Or a barred lenticular ?
Gorgeous #merger.
With distortions like this #merger is a safe bet ! 😄
The central object is a small disk or spiral galaxy seen edge on. So, no lensing in this image.
The large object is not a dustcloud but a galaxy with billions and billions of stars.
Yes, it looks like two galaxies interacting. Nice #merger.
Happy hunting !
I'd probably go for merging ! 😄
Congrats and happy hunting! 😄
The red lines and weird stuff are just artifacts in these DECaLS images, sorry ! 😄
Sorry, the bright round object , top left, is a foreground star from our galaxy. So no merger possible !
Happy hunting ! 😄
Most definitely ! Gorgeous #merger ! 😄
They both have similar z's, but there is not much distortion visible. But merger is still a possibilityy.
The green line is an artifact. They are quite common in these DECaLS images.
The red line is an artifact.
Not sure what the problem is? For me this is probably a fuzzy spiral.
Nice one ! 😄
Correct. The red line is indeed an artifact.
2/2
The spiral classification has already been recorded in the original GZ classification.
Anyway, happy hunting !
1/2
Yes, you are very good at tagging spirals. But do you realize that your exra tagging does not have an added value ?
Where is the star ? 😮
Really nice #merger ! 😄
The central galaxy is probably interacting with the galaxy to the left. This is(for me)a first where both #overlap and #merger are correct!
Yep ! Or some of the 'clumps' could be foreground stars. (I'm looking at the one at half past 8 just to the left of the centre)
The green spots and beam are just optical artifacts.
I'd probably go for two galaxies interacting.
Always classify the object in the centre of the image. So here that would be the small edge on galaxy.
Nice ! 😄
The bright object top right is a foreground star from our galaxy.
Both galaxies look disturbed, so #merger for me.
The central object&the one to the right are both galaxies.The orange round one &the bright white ones are foreground stars from our galaxy.
Nice #merger too !
The object in the centre of the image is a galaxy. The one to the right is probably a foreground star from our galaxy.
Correct ! 😄
See the comments below : the purple line and dot are both artifacts.
I'd go for disturbed spiral, but it is your call !
Just one disturbed galaxy in this image.
The central galaxy is certainly very disturbed, but the little black spots are just optical artifacts, sorry ! 😄
The image is a bit fuzzy but a three way merger is certainly a possibility.
So sorry, but the blue line is just an optical artifact !
Happy hunting ! 😄
Yep ! Sometimes the software makes a mistake. Just classify ths one as star/artifact and move on to the next image ! Happy hunting ! 😄
The bright white object in the centre of the image is a foreground star from our galaxy. So no merger here.
Out of focus stars from our galaxy. Lots of filter and imaging problems.
Two galaxies, probably interacting looking at the distortions! 😄 #merger for me.
#wrong_size
Could be a merger, could be an overlap.
Two fuzzy spiral arms.
Yep ! Looks like artifacts to me.
Lots of interaction going on. Nice #merger
Two galaxies interacting. #merger
Wow ! #merger
Beautiful #merger
The object at the bottom is a foreground star from our galaxy. So there cannot be any interaction betwen it and the central galalxy.
If you see three arms, you should mark that.
Oh yes ! 😄 #merger
Fuzzy barred spiral for me.
The central object is a very distuberd spiral.
#wrong_size
The central object is a disturbed galaxy.
#wrong_size
No disturbances visible, so not sure about a merger here.
The weird line and dead pixel are just artifacts ! 😦
Gorgeous #merger !
The green and purple stripe is an artifact.
Just artifacts.
Where ?
Est-ce que tu peut reformuler ça? 😄
Disturbed spiral for me ! 😄
Correct ! The colored lines are just optical artifacts.
Not sure this is a merger. The one in the centre looks like a foreground star to me.
Very, very, very disturbed spiral. ;D
Those two bright objects at the bottom are foregound stars from our galaxy !
Happy hunting! 😄
2/2
RA and dec are located top left, under Search By. That way you can check Skyserver, NED and SIMBAD
1/2
As a work around : take a note of the RA and Dec and put them in one of the older pics (eg http://tinyurl.com/zf25jmc)
Looks like just one galaxy, so I'd go for disturbed.
I'd go with foreground star. Not a merger for me.
Yep ! 😄
The round one to the right is probably a foreground star from our galaxy. So, no merger here.
The bright white round object is a foreground star from our galaxy. The 'distortion' is just an optical artifact (i.e. not real)
I'd go for merger, since both galaxies look disturbed.
With elliptical galaxies it isn't always easy to see if they are interacting. But a couple of them look disturbed, so merger for me as well.
Most of the objects around the central galaxy are foreground stars from our galaxy. So there is no interaction possible whatsoever ! 😄
At least two galaxies merging ! Impressive ! 😄
Sorry, no. That is just an artifact.
The central object is definitely a galaxy.
The small round objectto the left is a foreground star from our galaxy, so no interaction possible between it and the galaxy in the centre.
Yep ! Nice catch! 😄
Loose, two-armed spiral with a big bulge and a dustlane.
Dustlane for me as well !
The central object is most definite a galaxy ! The black dots are just optical artifacts ! . No need to mark thel.
Please, be more specific. What do you think is an artifact in this image?
If you can see features it is most definitely not an elliptical galaxy. I'd go for a spiral with two fuzzy/faint spiral arms.
Three galaxies merging ! Nice catch ! 😄
Congrats ! You found an asteroid ! 😄
@iTz4theWorld
That is up to you. If you think you see tidal debris, you should mark it.
You can have a spiral galaxy with tidal debris. This just means that the galaxy is disturbed by another galaxy.
Actually, in this image, the central object is a foreground star from our galaxy. So, the correct answer is star/artifact.
First of, I don't think these two are merging. And second : you don't have to click on any of the options.
2/2
The colours, spikes and weird centre are all optical artifacts.
1/2
The colorful spiky object to the left of the central galaxy (which you are supposed to classify) is a foreground star from our galaxy.
Lots and lots of imaging and filter problems. 😄
But is is definitely a galaxy ! 😄
2/2
But my guess is that most people will classify the galaxiesbehind it. So the classifications will be all over the place ! 😄
1/2
Always classify the object in the centre of the image.Unfortunately here this is a forground star from our galaxy.
Not sure if they are merging. The one in the centre looks a bit disturbed, the one to the left doesn't. It could just as well be an overlap
Two ringed galaxies (spiral galaxies where the two arms fold back to make a ring).
The purple dot and purple line are just optical artifacts.
Or #lenticular ?
They both look slightly distured and they have the same z, so #merger for me.
Ooh ! Nice one ! 😄
#wrong_size
I alerted the science team to this ! 😄
2/2
Lenticular galaxies are sometimes called "armless spiral galaxies." Lenticular galaxies have a central bulge, but no spiral arms.
1/2
Quote from SDSS site: http://cas.sdss.org/dr2/en/proj/basic/galaxies/lenticular.asp
I'd go for a two-armed barred spiral.
All the objects in this image are stars from our galaxy, but the colors are not real. Did you get this image to classify today ?
Sorry, no gravitational lensing in this image.
This is a star from our galaxy, but there are a lot of filter and imaging problems. The colors are not real.
The black dot is an optical artifact caused by oversaturation.
It's an artifact.
The blue/black bar is an optical artifact caused by oversaturation.
Maybe merger, maybe not. These ones are very interesting because they will generate a whole lot of different classifications 😄
Tout a fait ! 😄 (Yep, definitely a barred spiral)
LOL ! We aim to please ! 😉
http://www.oxforddictionaries.com/definition/english/artefact 😄
The 'purple thing' ( 😉 ) is an artefact.
Not an edge on for me.
A very disturbed spiral for me. Probably merging with the little one at the bottom.
No gravitational arc in this image, sorry !
Looks like it !
See the comments below, it is a foreground star from our galaxy.
Possibly.
Have you looked at the zoomed out image ? Definitely a #merger ! 😄
I'd probably go for two very disturbed spiral arms.
#wrong_size
The bright object to the left is a foreground star from our galaxy.The blue bar in the centre is an artifact caused by oversaturation
The bright object in the left corner is a foregeround star from our galaxy. Nothing special, sorry ! 😄
Both the spikes and the 'red cloud' are just optical artifacts ! 😄
The star is a foreground star from our galaxy, so it is impossible for it to have any effect on the (very, very far away) galaxy.
Slightly disturbed spiral ?
Nice one ! 😄
The central object is not a galaxy but a foreground star from our galaxy. (Sometimes the software does make a mistake ! 😉 )
Looking at the distortions in both the galaxy, it is definitely a #merger.
Skyserver says it is a galaxy, but it looks like a foreground star to me.
Nope, the central oject is definitly a galaxy. Probably merging with the larger one to the bottom right.
Could be an overlap ! 😄
Most of the small white dots are probably foreground stars from our galaxy.
But the star is a foreground star from our galaxy, so it cannot be the cause of the disturbance ! 😄
Sorry, that is just not possibe. The distances are just too great.
Nope ! Starburst.
Looks like it, yes.
See the comments below. The red line is a satellite trail.
The bright round objects in this image are foreground stars from our galaxy.
Not stars but galaxies merging.
In this case, just click star/artifact ! 😄
Just classify as star/artifact and move on! 😄
#wrong_size (as well ! )
The bright object bottom right is indeed a foreground star from our galaxy.
Please, always classify the object in the center of the image, even if it is the most boring one. 😄
Disturbed barred spiral.
Spiral for me too !
Looks like a fuzzy two-armed barred spiral to me.
Could be an overlap.
Both the objects in the center are foreground stars from our galaxy.
Merger is a possibility.
The black spot and the pink ray are both artifacts.
That is a diffraction spike (optical artifact)
The object in the center of the image is a foreground star from our galaxy. The colors, spikes and black bar are all optical artifacts.
#wrong_size
Barred spiral for me too ! 😄
Always classify the object in the centre of the image. But here star/artifact is the correct answer ! 😄
#wrong-size
The purple thingy, bottom right, is indeed an optical artifact. No dust here ! 😄
The orange object at the bottom is probably a foreground star from our galaxy.
No need to tag stars as they are of no importance.
Thanks for participating and happy hunting ! 😄
What about a barred spiral ! 😄
Nope ! Here in GZ we use the hashtag overlap only for galaxy/galaxy overlaps !
Or disturbed ! 😄
Nope ! Probably a foreground star from our galaxy in the line of sight !
Probably star forming areas in the galaxy.
Yep ! 😄
The green bar is (unfortunately ! 😉 ) just an optical artifact.
The bright greenish/white object is a foreground star from our galaxy (btw, the colors are not real !)
Please only use the hashtag overlap for galaxy/galaxy overlaps. Tx ! 😄
The bright object, bottom left, is a foreground star from our galaxy and the blue dot is just an optical artifact.
Please, only use the hashtag overlap for galaxy/galaxy overlaps.
If you think it has a ring , it cannot be an elliptical. Ellipticals are totally featureless.
See the comments below ! 😄
A fuzzy galaxy. Not much more to tell about it ! 😄
Yep !
Unfortunately, it is just that : an optical artifact. It happens ! 😄
It's a foreground star from our galaxy.
It's two galaxies, probably interacting. No dustlane here.
The central object in this image is a foreground star from our galaxy. The colors, white spikes & blue/black bar are all optical artifacts.
That is just an artifact ! You can see quite a lot of them in these DECaLS images.
No gravitational lensing in this image. It is two galaxies interacting. Gorgeous #merger !
Happy hunting! 😄
Always classify the object in the centre of the image.
But here you can safely click star/artifact ! 😄
Without additional information (redshift) impossible to tell if these galaxies are actually close or if this is just a line of sight.
The three round objects are foreground stars from our galaxy. Nice chance alignment ! 😄
The object top right could be a foreground star from our galaxy.
The round object in the centre is not a foreground star from our galaxy but another galaxy overlapping the other galaxy.
The red lines are not jets but just artifacts.
Without additional information no way to tell if it is another galaxy or a foreground star from our galaxy.
That is just an artifact (unfortunately ;D ).
Again two galaxies interacting.
Probably two galaxies interacting.
Software glitch. Just click star/artifact and move on to the next image ! 😄
happy hunting !
Probably a satellite trail that got partially removed.
Wow, This is a picture perfect image of an edge on !
Stunning is the word ! 😄 WOW !
2/2
Here in GZ we use the hashtag overlap exclusively for galaxy/galaxy overlaps !
Hope this helps ! 😄
Happy hunting ! 😄
1/2
While techincally the foreground stars are overlapping the galaxy this is not an overlap.
I'd go for a barred, two-armed spiral, where the spiral arms fold back to make a ring.
Sorry, gravitational lenses/arcs are much more defined. This is a fuzzy, disturbed spiral galaxy.
No ring for me sorry !
Not sure if I'd mark this one with a bulge though ! Looks pretty bulgeless to me.
2/2
The little black spot is just an artifact.
1/2
Not possible! The star is a foreground star from our galaxy, so no interaction possible with the central galaxy.
Nope ! The star is a foreground star from our galaxy, so it is NOT possible that the star & the galaxy are interacting. Just a line of sight
I'd go for a disturbed loose two-armed spiral.
Software glitch. Just click star/artifact and move on to another image.
Happy hunting ! 😄
The central object is a foreground star from our galaxy. The colors, white spikes and blue bar are all optical artifacts.
According to Skyserver (SDSS) this is a foreground star from our galaxy.
Correct ! The central object is a foreground star from our galaxy.
No jet here, definitely an artifact (sorry)
Nice find ! x 😄
Two galaxies, definitely disturbed ! 😄
Not sure about the dustlane, sorry.
Or a fuzzy spiral ? 😉
Just looking at this image, I'd say no merger.
The clumps are probably starforming areas in the galaxy.
Not sure about a dustlane.
As for seeing the bigger picture : click on Galaxy Zoo examine and then on DECaLS Skyviewer and voila ! 😄
No obvious interaction visible, so not a merger for me.
Great pic ! 😄
But, please, always classify the object in the centre of the image !
Happy hunting! 😄
Just one galaxy for me.
Not sure this is a merger. Could be just line of sight.
😄
merger for me as well.
Both galaxis have the same redshift and both look disturbed, so I'd go for #merger .
The object int he centre of the image is a forground star from our galaxy. The two galaxies appear to be interacting.
The object at the bottom is indeed a foreground star from our galaxy.
Just a thank you @bluemagi for consistenly tagging images with #wrong_size ! x 😃
Or probably two disturbed arms ? 😉
The bright object in the centre is probably a foreground star fom our galaxy. No merger, no overlap and no supernova , sorry ! 😄
Not sure what you are referring to.
The object with the blue centre to the right is a foreground star from our galaxy. The colors,spikes&coloured centre are optical artifacts.
Nope, definitely not a star ! The central object is a fuzzy galaxy.
Happy hunting ! 😄
I wish ! 😄 The central object is just a bright star from our galaxy. The colours, spikes & pink/purple spike are all just optical artifacts
The bright blob at 11 o'clock is probably a foreground star from our galaxy.
See the comments below : nice merger 😄
The bright object to the right is a foreground star from our galaxy.
#wrong_size
The central object is a foreground star from our galaxy. The white spikes, colors&big dark bar through the centre are all optical artifacts
The green lines are (sadly) just artifacts ! 😄
Not a jet, sorry. It could be a #polar_ring.
Neither ! It is just an artifact (sorry) !
See the comments below ! 😄
Yep ! 😄
Definitely not a smooth galaxy. I'd go for for a fuzzy/disturbed two armed spiral.
A very fuzzy spiral indeed ! 😄
Click on Galaxy Zoo examine and then on DECaLS Skyviewer to see it for yourself.
Happy hunting ! 😄
Not sure what you are referring to ? If you mean the dark line, that's just an artifact caused by a bright star just outside of this image.
No gravitational lensing in tis image. The galaxy is a disturbed barred spiral.
No comet in this image, sorry !
I wouldn't go for merger here. Neither of the galaxies look disturbed.
Gorgeous 3-way #merger.
See the comments below. Looks like a merger.
See the comments below ! 😄 A two armed spiral where the arms fold back to make a pseudoring.
Dirsturbed galaxy, so no lens here. Lenses are much more defined.
The bright white objects are foreground stars from our galaxy.
I'd go for a very disturbed, barred spiral; No dark clouds for me here !
And all the stars are foreground stars from our galaxy.
The bright object with the purple centre is a foreground star from our gaalxy. The colours and weird centre are just optical artifacts.
#wrong_size
The central object is indeed a foreground star from our galaxy.
#wrong_size
The bright object at the bottom is a foreground star from our galaxy. The colors, spikes and blue centre are all optical artifacts.
#wrong_size
And definitely not an elliptical. I'd go for a very disturbed spiral.
#wrong_size
#wrong_size
The object in the centre of the image is indeed a foreground star from our galaxy.
The bright object, top right, is a foreground star from our galaxy.
#wrong_size
#wrong_size
The central object is a fuzzy object. The small round dots are foreground stars from our galaxy.
Fuzzy two-armed spiral for me.
Definitely the first. If it has features it cannot be an elliptical.
#wrong_size
#wrong_size
#wrong_size
The object in the centre of the image, (which you're supposed to classify) is a galaxy. The one at the bottom is indeed a foreground star.
Sorry, I don't see any dustlanes in this spiral galaxy.
Yep ! Gorgeous #merger ! 😄
Chance alignment for me.
#wrong_size
Not much distortion visible. Could be an overlap.
Not a nebula, nor a dustcloud, but a real disturbed galaxy
The greenish hue/blurring at the bottom is an artifact.
If you look closely you can see fuzzy spiral arms, so not an elliptical.
Just a foreground star from our galaxy.
This is clearly a disc, so definitely not an elliptical.
#wrong_size
Always classify the object in the centre of the image ! 😄
The colourful lines are just optical artifacts.
The bright object to the left is a foreground star from our galaxy.
Nope, not a star. The object in the center is a galaxy with a big bulge.
That is just a foreground star from our galaxy. The colours, spikes and weird dark horzontal spike are just optical artifacts.
Sorry, just a foreground star from our galaxy.
The spectrum is very pea-ish ! 😄
I'd probably go for disturbed spiral, but hey, that is just me.
The red streak is just an optical artifact ! (sorry)
Just give it your best shot ! Gorgeous #merger btw ! 😄
Both of the objects at the top are tagged as foreground stars by Skyserver.
The object to the right is a foreground star from our galaxy. Happy hunting ! 😄
Oh yes! 😄
The black spike through the centre of the bright foreground star from our galaxy is just an artifact. No black hole or gamma ray burst here.
The star is a foreground star from our galaxy and so it is not possible that it can interact with the central galaxy.
The object top right corner is indeed a star, but it is a foreground star from our galaxy.
Two armed spiral for me ! 😄
#wrong_size
Disturbed, barred spiral for me.
#wrong_size
#wrong_size
The colored lines are just artifacts.
Correct.
The galaxy is a disturbed two-armed spiral. The greenish dots at the left are artifacts.
Not a supernova, sorry. It could be another galaxy, but it could also be a foreground star from our galaxy.
One of them could be a foreground star from our galaxy.
The green bar is just an artifact (sorry)
Happy hunting! 😄
More like a disturbed galaxy. For starters, the arc or lens would have been a different colour than the central galaxy.
I'd personally would go for a three armed spiral here.
Just answer the questions as well as you can and your classification will be invaluable ! 😄
Happy hunting !
The object at 7 could be another galaxy. But I don't see it overlapping the central one.
It's a simulated galaxy from the Illustris dataset. The blue patches are star forming areas in the galaxy.
The blue dot in the centre of the foreground star from our galaxy is an optical artifact
I would have gone for a two-armed spiral seen nearly edge on.
Not a dust cloud but a simulated galaxy from the Illustris data set. The blue patches are star forming areas in the galaxy.
This is a simulated galaxy from the Illustris data set. The blue patches are star forming areas in the galaxy.
it's a optical artifact, just like the white and coloured spikes.
The red line could be a satellite trail. Definitely not a gravitational arc !😄
Gorgeous ! #dailyzoo !
Anyway, #wrong_size
If I would get this one to classify, I'd mark it as star/artifact and move on. And maybe I would miss an amazing discovery (or not) ! 😄
Not sure I'd go for polar ring. Just looking at this image it looks like an ordinary barred two-armed spiral to me.
Here in GZ overlap is only used for galaxy/galaxy overlaps.
happy hunting !
Really big bulge for this two armed spiral.
No polar ring for me (but that is just me! 😄 )
Cigar shaped or a disk/spiral seen edge on.
And the 3 in formation is just a great chance alignment ! 😄
Definitely not a black hole. Could this be an asteroid ?
Not a nebula but a simulated galaxy from the Illustris dataset.
Probably just a foreground star from our galaxy.
The two yellow galaxies could be interacting. The blue one is probably a foreground galaxy. So we could have a #merger and an #overlap ! 😄
The bright white object with the purple centre is a foreground star from our galaxy. The colours and weird centre are optical artifacts.
Oops ! The classifications for this image will be all over the place ! 😄
Since the small object at 11 o'clock is a foreground star from our galaxy, neither.
Looking at the zoomed out image (http://tinyurl.com/zu9ckgc) you can see that it is a feature of this disturbed galaxy.
The object top right is a disturbed spiral. But please, always classify the object in the center of the image. Happy hunting !
#wrong_size
The bright round object is a foreground star from our galaxy.
The small round dots in this image are almost all foreground stars from our galaxy. They are not connected to the galaxy.
Not a nebula but a simulated galaxy from the Illustris dataset. See here http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
The two bright dots to the right are two foreground stars from our galaxy that just appear to be touching !
The blue smudges are star forming areas in these simulated Illustris images.
Ne lensing in these Illustris images sadly. The blue smudges are star forming areas in the galaxy.
The cenral galaxy and the one above are seriously disturbed. #merger for me.
The bright red glow to the right is an optical artifact caused by a bright star outside of this image ! 😄
Disturbed spiral for me, so yes to tidal debris.
The thin red lines are artifacts.
The object bottom left is a foreground star from our galaxy. So no merger in the future.
A light year is a measure of distance not time
The bright small object to the right is a foreground star from our galaxy. So, no merger here !
😄
Unfortunately the purple line is just an artifact.
The red lines are optical artifacts. (imaging problems).
It's a possibility.
The blue dots and ring are star forming areas in the galaxy. See here : http://tinyurl.com/nm6qnky
The blue line is just an optical artifact.
The blue dots are starforming areas in this simulated galaxy. See here : http://tinyurl.com/nm6qnky
The stars are foreground stars from our galaxy so it is not possible for them to merge with the galaxy.
I'd probably go for disturbed spiral, but that is just me ! ;D
Works for me ! 😄
Nope, not a planetary nebula at the centre. It's a disturbed two-armed, barred spiral.
#wrong_size
The most valuable # would be : #wrong_size
PS : if you see an image like this (with the central galaxy very small, it means there was something wrong with the imaging)
#wrong_size
#wrong_size
#wrong_size
A very disturbed sim from the Illustris data set.More info http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It is a sim galaxy from the Illustris data set. More info http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It's a possibility! 😄
The object at 5 o'clock is a foreground star from our galaxy.
Btw, if you see stars in these images, they are always stars from our galaxy.
The green line is an artifact. Could be a cosmic ray that didn't get removed .
The blue dots in this simulated galaxy from the Illustris data set signify star forming areas in the galaxy.
It's a two-armed barred spiral where the spiral arms fold back to make a ring. It's called a #ringed galaxy.
The bright, spiky object top left is a foreground star from our galaxy. The colours,spikes & blue horizontal spike are all optical artifacts
Not for me, but it is your call !
The red line is probably a satellite trail.
Always classify the object in the centre of the image.
And the purple/green thingy is an artifact
#wrong_size
Either a very loose armed barred spiral or a disturbed edge on. It is your call ! 😄
#wrong_size
The object (top) is a foreground star from our galaxy. Skyserver says the one @ the bottom is a galaxy, but I'm thinking it's a star as well
Why would you call this a possible pea without a spectrum ? For all I know it could be a foreground star from our galaxy ! (See Skyserver)
We simply cannot see the galaxies evolving over a timespan of 10 years.
You are comparing two different sets of images. SDSS and DECaLS. See here for more info : http://tinyurl.com/horrmma
This is a simulated galaxy from the Illustris data set.
The blue blobs are star forming areas in this simulated galaxy from the Illustris data set.
If you mean the dark spot at 4 o'clock, that is just an optical artifact, sorry.
It's a smulated galaxy from the Illustris data set : http://tinyurl.com/o2j34ky
Just an artifact , sorry.
Looks amazing ! Too bad it is just an artifact ! 😄
The two pink rays are artifacts.
Click on 'Galaxy Zoo examine' and then on 'DECaLS Skyviewer' or 'SDSS Skyserver' to find out ! 😄
It is not supposed to happen ! I'll flag it ! Thanks for notifying !
The round white object with the blue centre is a foreground star from our galaxy. The galaxy is a lovely spiral.
The object to the left is another galaxy. So merger is a possibility.
As for the central galaxy : I'd go for a very disturbed barred spiral, merging with the smaller one at the bottom.
The red dot is a foreground star from our galaxy.The galaxy is a simulate galaxy from the Illustris data set. See http://tinyurl.com/o2j34ky
Wiki : https://en.wikipedia.org/wiki/Star_formation
2/2
For me it isi a foreground star from our galaxy. And the dark spot at the centre is caused by oversaturation (no black hole ! )
1/2
Skyserver calls the object at 4 o'clock a galaxy, but I'm not so sure looking at the other stars in the zoomed out image.
Or disturbed spiral. It is your call.
Yep ! That is a forground star from our galaxy.
Yep ! 😄
The bright spiky object,top left, is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
The central object is a galaxy. The smal object to the left is another galaxy. No way to tell if they are connected.
This is a simulated galaxy from the Illustris dataset. Some of these sims are a bit exotic ! ;D
The central object is a galaxy. Almost all the other objects in this image are foreground stars from our galaxy.
No lensing, sorry. Just two foreground stars.
The blue spot in the centre of the foreground star at 10 o'clock is indeed an artifact.
Yep ! That is where we come in ! Thanks for your participating ! 😄
😄
Don't worry, there won't be any vaporizing ! 😄
And I don't see a blue star on the left.
The two bright objects are foreground stars from our galaxy. That means that they can't, in any way, be in contact with the central galaxy
The central object is a fuzzy galaxy. The other smaller ones are probably foreground stars from our galaxy.
Not sure what you mean. The central object is a galaxy (probably a spiral). The round object top left is a foreground star from our galaxy.
The lines are just artifacts.
The bright white object top right is a foreground star from our galaxy. The colours, spikes and blue/purple spike are all optical artifacts.
It is a simulated galaxy from the Illustris data set.
See : http://tinyurl.com/o2j34ky
In that case just click star/artifact and move on to the next one.
Correct ! 😄
No worries ! 😄
It could still be a galaxy ! It just looks like a foreground star to me !
In GZ we use the # overlap for galaxy/galaxy overlaps. &although Skyserver calls the small object a galaxy, it looks more like a star to me.
Correct ! 😄
The central object is a galaxy (could be a barred spiral galaxy) The orange dot at 2 o'clock is a foreground star from our galaxy.
Three of the four objects are galaxies. Skyserver calls the bottom left one a star from our galaxy. Nice chance alignment.
The object bottom left is indeed a foreground star from our galaxy.
Not a cloud but a simulated galaxy from the Illustris data set.
Not a gas cloud but a simulated galaxy from the Illustris data set.
Sorry, no ring for me.
The central object is a disturbed (maybe spiral) galaxy. The 'green' object is a foreground star from our galaxy.
Tidal debris means aftermath of a collision or merger.
The two bright objects are foreground stars from our galaxy.
Everyone is entitled to their own opinion, but the spiral features are very obvious ! Elliptical means no fetaures whatsoever. 😄
I would not call this one an elliptical at all! There is a very distinct bar, two spiral arms and a bulge ! 😮
As far as I understand it the white/yellow dots are extreme star forming areas.
Maybe you could give some directions ? Just saying there is a WD in this image is very confusing, especially for new zooites.
Where ? The object in the centre of the image is obviously a galaxy. 😄
Skyserver calls it a galaxy but according to NED the object at 10 o'clock is a star. I tend to agree with NED. So, no merger for me.
What about a disturbed barred spiral ? Just classify what you see ! 😄
Could be an asteroid.
The bright object at the bottom is a foreground star from our galaxy.
The blue spot is a star forming area in this simulated galaxy from the Illustris data set.
The purple line is an optical artifact.
Soory, not a supernova but a simulated galaxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
Nope , not a supernova but a simulated galaxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
#wrong_size
No vaporization whatsoever. It's a simulated galaxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
2/2
Ths is a simulated galaxy from the Illustris data set.
More info here : http://tinyurl.com/nm6qnky and
1/2
First of, just answer the questions as well as you can !
Strange word to use here ! Do you have an explanation for this ? Just curious !
The object lower right could just as well be a foreground star from our galaxy. Without additional info (z) there is no way of knowing !
The structures are far too massive to be jets ! Looks like a very disturbed galaxy or two (or more) galaxies in the act of merging.
Nice catch!
#wrong_size
Two galaxies merging ? 😄
Could you give us the ID's, please. That would help a lot. Tx
Oops ! That shouldn't be happening ! You are not supposed to get the same image twice ! I'll alert the science team.
Or two spiral arms folding back to make a ringed galaxy ! 😄
No gravitational lensing here, sorry. The blue clumps are star forming areas in the galaxy. See : http://tinyurl.com/nm6qnky
Wow !
The dark green line is an optical artifact.
Nothing is getting vaporized ! 😄
The dark red background is actually a lot of old red stars in the galaxy. The blue climps are star forming areas in the galaxy.
2/2
The blue clumps are star forming areas in the galaxy.
1/2
Please read the comments : nothing is getting vaporized here. This is a simuated galaxy from the Illustris data set.
The spike is a diffraction spike (optical artifact), caused by a bright star outside of this image.
Nothing getting vaporized here, sorry! It is a galaxy from the Illustris dataset. The blue 'clouds' are star forming areas in the galaxy.
The object at the top is a foreground star from our galaxy. The colours, spikes and weird blue line are all optical artifacts.
The white object with the blue centre is a foreground star from our galaxy. The colours are just optical artifacts.
The object top left is a foreground star from our galaxy. The spike is a diffraction spike (optical artifact). http://tinyurl.com/htmcu7w
#wrong_size
#wrong_size
#wrong_size
It is a simulated galaxy from the Illustris data set.
See http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
The object top right, is a foreground star from our galaxy. The colors, spikes and blue stripe are all optical artifacts;
It's the very bright centre of Mrk 1513 a Seyfert 1 Galaxy.
Probably foreground stars from our galaxy.
Filter problems. Better visible if you click on 'Galaxy Zoo Examine' and then 'DECaLS Skyviewer'
Skyservers says it is another galaxy but it could also be a foreground star from our galaxy.
What do you mean ?
This is a simulated galaxy from the Illustris data set. See here for more info : http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
This is a simulated galaxy from the Illustris data set.
See here for more info : http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
Just an artifact, sorry !
There's always a possibility that this is a merger but with only a redshift for the central galaxy we can't be sure with these fuzzy images.
Amazing #merger ! 😄
No merger here whatsoever ! The object, bottom right, is a foreground star from our galaxy.
The central object is definitely a galaxy. The small dot at 5 o'clock is probably a foreground star from our galaxy.
The red dot in the white object is indeed an artifact. The white object is a foreground star from our galaxy.
Th red line could be a satellite trail.
Nice catch ! 😄
#wrong_size
The blue smudges are star forming areas in this simulated Illustris galaxy.
See http://tinyurl.com/nm6qnky
Correct !
The bluish dots are star forming areas in this simulated Illustris galaxy.
See : http://tinyurl.com/nm6qnky
Two galaxies, probably interacting ! 😄
#wrong_size
It is a simulated galaxy from the Illustris data set. The blue smudges are star forming areas in the galaxies.
Some of them are galaxies and some of them are foreground stars from our galaxy.
The thin red line is an artifact.
No lensing here. The two galaxies appear to be interacting though !
Foreground star from our galaxy (sorry)
Looking at the SDSS image I would agree, but in the DECaLS image it is not so obvious 😃
http://tinyurl.com/hd8j5tq
#wrong_size
The bright object top right is a foreground star from our galaxy.
It could be another galaxy, but it could just as wel lbe a foreground star from our galaxy.
Probably a foreground star from our galaxy.
Nothing vaporized here, sorry. The blue smudges are star forming areas in this fuzzy Illustris galaxy. See : http://tinyurl.com/nm6qnky
The two blue dots are star forming areas in this simulated galaxy.
See : http://tinyurl.com/nm6qnky
The blue smudges are not individual stars but star forming areas in the galaxy. See : http://tinyurl.com/nm6qnky
SDSS says it is a galaxy but I'm not convinced. Probably a foreground star from our galaxy.
Nope, this is a simulated galaxy from the Illustris data set. The blue smudges are star forming areas in the galaxy.
Not really ! The blue smudges are star forming areas in the galaxy. I'd go for disturbed.
The central object is a galaxy, but the white round objects are all foreground stars from our galaxy, soo no merger here ! 😄
Those are probably small galaxies. Some of them could be interacting witht the central galaxy. Witouth additional info (z) no way to tell.
I would not classify the central galaxy with a bulge. I'd just go with smooth and round. But hey, that is just me ! 😄
The 2 bright/round objexts are foreground stars from our galaxy, so there is no way they are interacting with the fuzzy background galaxy.
See the comments below ! 😄
I don't see them, sorry. Probably just artifacts.
Where ? 😮
Which objects are you referring to ?
I'd go for a very disturbed spiral galaxy. The round little object at 9 o'clock is probably a foreground star .
See the comments below : Software mistake. Just click star/artifact and move on to the next image ! 😄
Sorry, no lens here. It is a two-armed spiral where the arms fold back to make a ring. #ringed galaxy.
#wrong_size
The blue smudges are starforming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue smudges are starforming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue clumps are starforming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
Wow ! 😄
2/2
More info here : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
1/2
It certainly is ! The blue smudges are star forming areas in this simulated Illustris image
Not just a hint ! 😉 Definitely a spiral !
I'd go with just one galaxy, but that is just me ! ;D
The red line is just an artifact.
I'd go for two galaxies interacting. #merger
No way to tell with these 'smooth' galaxies without additional information. Just give it your best shot.
With these fuzzy images it is not easy to tell just by looking at the image. And there are no clear distortions visible. No merger for me.
The faint 'arcs' are very thin spiral arms. No lensing here, sorry.
#wrong_size
The blue dots are star forming areas in this simulated galaxy.
The bright spots are star forming areas in this simulated galaxy.
The green dot is a foreground star from our galaxy.
The orange object is a foreground star from our galaxy
The blue areas are star forming areas in the galaxy. As for the figure 8 : just a chance alignment ! 😄
Yep ! 😄
The pink glow is indeed an artifact caused by a bright star just outside of this image.
But, please, classify the galaxy in the centre! 😄
That is just an artifact. 😦
#wrong_size
Always classify the object in the centre of the image. Here that is a star.
again,not a classical pea spectrum, sorry.
The OIII peak should be the dominant feature in a pea galaxy's spectrum
#wrong_size
Not sure what you mean by vaporizing ! ;D
The blue smudges are star forming areas in this simulated galaxy from Illustris.
The central object is just a star from our galaxy. The bright colors, white spikes and the blue horizontal spike are all opticall artifacts.
Somehow the 'arcs' are too fuzzy to be gravitational arcs. They coud be tidal debris.
Probably just a line of sight !
No idea what you are talking about ! Tjis is a simulated gaa-laxy from the Illustris data set. I'd go for a very disturbed galaxy.
I'd agree with the merger, so there would be some sort of debris. Not sure about a dust cloud (whatever that may be!)
Not sure this is a merger. For one, there are no distortions visible.
The two bright white objects are foreground stars from our galaxy. And it looks like the galaxies in the background are interacting.
The object, bottom left, is a foreground star from our galaxy. The colours, spikes and blue spike are all optical artifacts.
It is a simulated galaxy from the Illustris data set.
#wrong_size
No gravitational lensing going on here, sorry
Very disturbed spiral galaxy for me ! 😄
The small round object at 5 o'clock is probably a foreground star from our galaxy.
I'd go for bar as well ! 😄
Anything from to 2 to 4. Just give it your best shot ! 😄
Slightly disturbed spiral seen almost edge on. 😄
Nice merger ! D
#wrong_size
#wrong_size
Or disturbed spiral ?
Btw, the blue smudges in this simulated Illustris galaxy are star forming areas in the galaxy.
You could go with : features-not an edge on-no bar-no spiral-no bulge-something odd : irregular or other
Correct ! This is not a pea.
That bright object is a foreground star from our galaxy.
#wrong_size
This is a simulated galaxy from the Illustris data set. And the blue/white smudges are star forming areas in the galaxy.
The blue clumps in these Illustris images are star forming areas in the galaxy.
The dark line is an optical artifact.
Nope ! It is a simulated galaxy from the Illustris data et ! 😄
It probably is ! 😄
The bright red line is a diffraction spike (optical artifact) caused by a bright star just outside of this image.
Not sure I'd go for elliptical for this one ! The ends are a bit too pointy. I'd probably go for a disk or spiral galaxy seen edge on.
Some of the images are not sized correctly.
You can tag them with #wrong_size.
It is definitely a sim and I'd go for spiral galaxy as well. 😄
This is a simulated gaalxy from the Illustris dataset. The blue smudges are star forming areas in the galaxy.
Sorry, no lensing in this image.
Both galaxies have the same z, so they are probably interacting.
The blue dots in these Illustris images are star forming areas in the galaxy.
Two galaxies interacting.
#merger
The blue/white smudges in these Illustris images are star forming areas in the galaxy.
Gorgeous disk or spiral galaxy seen edge on ! 😄
Sorry, no supernova here ! The blue/white smudges in these Illustris images are star forming areas in the galaxy.
Looks like two galaxies interacting. Nice #merger ! 😄
The blue line through the centre of the star at 11 is just an optical artifact. (Sorry)
Not a gascloud but a simulated galaxy from Illustris.
See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Not much distortion visible (if any), so no merger for me.
The bright object at 3 o'clock is a foreground star from our galaxy.
The small reddish object is probably a foreground star from our galaxy.
It's a simulated galaxy from the Illustris dataset. The blue patches are star forming areas in the galaxy.
Just one spiral galaxy in the centre of the image.
I'd go for fuzzy galaxy. Could be a disturbed spiral.
The blue patches in these Illustris images are star forming areas in the galaxy.
Filter problems ! 😄
See the comment below : a very disturbed galaxy.
Probably foreground stars from our galaxy.
Probably a foreground star from our galaxy.
The small object at 3 is probably a foreground star from our galaxy.
The bright white object with the bliue centre is a foreground star from our galaxy.
Looking at the zoomed out view, the 3 galaxies look like they are interacting !
Meh ! The spectrum looks like something and nothing at the same time ! Probably nothing ! Sorry !
The red point is a foreground star from our galaxy ! 😄
Sorry, not it is not a jet. It is just an optical artifact.
What is your question ?
#wrong_size
Sorry, not a merger here. The 3 round white objects are foreground stars from our galaxy.
The red line is an artifact.
The bright blue/white object to the right is not a galaxy but a foreground star from our galaxy.
The blue/white smudges in these Illustris images are star forming areas in the galaxy.
#wrong_size
Not really ! The blue smudges in these Illustris images stand for active star forming regions in the galaxy.
It could be one seriously disturbed galaxy or it could indeed be a merger of two galaxies ! It is your call ! 😄
The white object in the centre of the image is a foreground star from our galaxy. The blue stripe in the middle is just an optical artifact,
But your classifications for these sims are extremely valuable. Please keep up the good work !
And thanks for participating! 😄
2/2
More info here : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Nope, not a nebula but a galaxy from the illustris data set.
1/2
2/2
More here : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
1/2
The blue smudges in these Illustris images are star forming areas in the galaxy.
It is a simulated galaxy from the Illustris data set. And thy produce some strange shapes ! 😄
It is a weird one. Purely visual , I'd say star. Skyserver calls it a star but gives it also a z=0.0938. We need a bit more info ! 😄
2/2
See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
1/2
The blue smudges indicate star forming areas in these Illustris galaxies.
Nope, it's a simulated galaxy from Illustris.
See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Not just new stars but star forming areas in the galaxy. So regions in the galaxies where lots and lots of new stars are being born.
As for classification I'd go for : features or disk, not an edge on, no bar, no spiral, maybe a bulge (not sure), anything odd : ring
No supernova remnant but a simulated galaxy from Illustris: http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Correct ! It is a simulated galaxy from Illustris.
See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
The green dotted line is indeed a satellite trail.
In the centre of this image you can see two galaxies interacting. Nice #merger ! 😄
In the centre of the image are two galaxies interacting (#merger). The small round object at 3 o'clock is a foreground star from our galaxy.
Sorry, no gravitational lens here. The 'lensed' images look to big and/or blurry
The coloured lines are just optical artifacts.
Happy hunting ! 😄
The'haze' is not a haze but it is part of the galaxy. In the Illustris images blue smudges are star forming areas in the galaxy.
You can tag images like these with #wrong_size. And the object in the centre is indeed a gaalxy ! 😄
These images get tagged with #wrong_size here on Talk as the central galaxy is too small to classify.
Software mistake. Just click star/artifact.
Happy hunting! 😄
2/2
See http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
1/2
The bue spots in this simulated galaxy from the Illustris dataset indicate star forming areas in the gaalxy.
I'd go for disturbed spiral with a dominant bulge.
The three stars are foreground stars from our galaxy.
Nice chance alignment.
Not an elliptical galaxy, sorry. The blue/white smudges are star forming areas in this simulated galaxy from the Illustris dataset.
The blue dots are star forming areas in the galaxy.
Sorry, no lensing visible in this image.
The thin blue line is just an optical artifact, sorry!
Something went defintiely wrong here. Just click star/artifact.
happy hunting ! 😄
A very disturbed galaxy. The blue smudges are star forming areas in the galaxy.
Not a supernova remnant but a simulated galaxy from the Illustris dataset.
The central object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
Here the software made a mistake. The object in the centre is indeed a star. Classify as star/artifact
The spectrum shows a very high OIII spike. And this pink colour is special, so I'm going for a possible #voorwerpje
Or you could go for a fuzzy spiral or disk galaxy seen edge on. the bright object at the bottom is a foreground star from our galaxy.
#wrong_size or #artifact
Probably a diffraction spike from the bright star, bottom left, tricking the software into thinking there is something there ! 😄
Could be a meteor trail or a very non-reflective satellite !
Looks like a foot/paw print ! 😄
Not a dust cloud but a fuzzy simulated galaxy from the Illustris dataset.
It is a disk or spiral galaxy seen edge on.
The object in the centre of the image is indeed a star. The colors, white spikes and weird blue spike are all optical artifacts.
The red line is an artefact
It's a simulated gaalxy from the Illustris data set.
http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Why not both ? I'd go for a two armed spiral where the spiral arms fold back to form a ring ! 😄
It is a sort of ringed galaxy. It is a simulated galaxy from the Illustris data set.
See this for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/ 😄
See this for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Mmm, cocoa ! ;D
But seriously, classifying these simulations is as valuable as classifying 'real' galaxies.
Thanks for participating ! 😄
No gravitational lens here, sorry.
It's a very disturbed galaxy. The blue patches are star forming areas in the galaxy.
Looks like just one (disturbed) galaxy to me
The green object is a foreground star from our galaxy. The blue smudges are star forming areas in the galaxy.
This a simulated galaxy from the Illustris data set.
Not a jet, sorry. The red line is just an artifact.
See the comments below. The red glow and spike are optical artifacts caused by a bright star outside of this image.
Sorry,no gravitational lens here.It's is a simulated galaxy from the Illustris dataset.The blue smudges are star forming areas in the galaxy
Very fuzzy image, but a disturbed spiral is a possibility !
Could be an asteroid.
#wrong_size
Not a nebula but a simulated galaxy from the Illustris dataset.
No gravitational lens here, but a very lovely barred spiral with an inner ring. Beautiful ! 😄
Is it ?
Anyway, if they do a search all the faintly similar #'s will get included as well.
Too fuzzy to tell. Neither for me.
The red object at 4 is a foreground star from our galaxy, so definitely no merger here, sorry.
??? Why ?
Possible #polar_ring !
#wrong_size
#wrong_size
2/2
See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
1/2
Sorry, not a nebula, but a simulated galaxy from the Illustris data set.
Nope, not a dust cloud but a simulated galaxy from the Illustris data set.
The central object is not a dustcloud but a galaxy. The blue patches are star forming areas in the galaxy.
Not much (if any) distortion visible so an overlap is definitely possible
Skyserver says star, but I'm not convinced it is. Could be a small galaxy overlapping.
Yep ! 😄
The objects in the centre of the image are galaxies interacting.
#merger #wrong_size
2 galaxies interacting.
#merger
The blue smudges are star forming areas in the galaxy.
See http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The red thing is a foreground star from our galaxy.
It is a simulated galaxy from the Illustris dataset.
See : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
The blue patches in these Illustris images are active star forming areas in the galaxies. Lovely #merger.
No matter what they are, they can never be background stars !!! All the stars we see in these images are foreground stars from our galaxy.
The blue smudges inthese Illustris images are star forming areas in the galaxy. More here : http://tinyurl.com/nm6qnky
The blue dots are star formingareas in these Illustris images.
More info here : http://tinyurl.com/nm6qnky
The bright dot at 2/3 o'clock is probably a foreground star from our galaxy.
Both galaxies look disturbed, so #merger is also a possibility.
The blue/white dots are active star forming regions in the galaxy.
Meaning ?
The red line is just an artifact, not a spiral arm, sorry.
Not a ring nor a ringed galaxy for me here, sorry.
The dark spike in front of the star at the top of the image is just an optical artifact. No dust involved.
Looking at the Skyserver image it is just another galaxy. Don't know what caused the weird colouring in DECaLS
#merger ?! 😄
The green/white object is a foreground star from our galaxy.
No gravitational lens in this image, sorry.The 'arc' is a disrupted spiral arm.
Two galaxies interacting. Nice #merger.
What object are you referring to ?
The central object is a galaxy.
Not sure where you see rings in this image.
Yep ! 😄
Sorry, nothing whatsoever going on in that star. The colors, spikes and blue line are all optical artifacts ! 😄
The green object (top right) is a foreground star from our galaxy.
The green and the yellow lines are optical artifacts.
The green object is a foreground star from our galaxy.
The red/purple object is an artifact.
Not the aftermath of a nova. This is a fuzzy and disturbed galaxy. The blue patches indicate active star forming areas in the galaxy.
Nope. The 'arcs' are very faint and fuzzy spiral arms.
The blue patches are star forming areas in the galaxy.
http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue patches are star forming areas.
More here : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
Sorry, but my German is really rubbish ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and black spike through the middle are all optical artifacts.
The blue patches are star forming areas in the galaxy.
http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The bright object to the left of the central galaxy is indeed a foreground star from our galaxy. But the colours are optical artifacts.
Probably yes on all accounts ! 😄
3/3
And the bright spiky object at the top is a foreground star from our galaxy. The colours, spikes&weird centre are all optical artifacts
2/3
The fuzzy galaxy with the blue smudges is a fuzzy spiral with a couple of star forming areas.
1/3
Please, always classify the object inthe centre of the image.
Here that is a disk or spiral galaxy seen edge on.
The object at 5 o'clock is most probably a star. The colour is not that important.
The red dot is a foreground star from our galaxy.
Happy hunting ! 😄
Just one galaxy for me. But it could be a possible #polar_ring.
Nope ! A real fuzzy galaxy with a couple of star forming areas (the blue smudges).
And you would be probably right !
Groan ! 😄
The orange object to the left of the central galaxy is a foreground star from our galaxy.
The blue dots are star forming areas in this galaxy.
See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The object at the bottom of the image is a foreground star from our galaxy. The colors, spikes & weird blue spike are all optical artifacts.
The white object to the right of the central galaxy is a foreground star. The colours, spikes and black dot are all optical artifacts.
The green line is an artifact. You will find them a lot in these DECaLS images.
I seriously doubt this # will be used a lot ! 😉
Where ?
The red line is not a dustlane but probably a satellite trail.
The purple object with the blue line is a foreground star from our galaxy. The colours, spikes and weird line are all optical artifacts.
The bright object in the centre of the image is a foreground star from our galaxy. The colours and weird centre are optical artifacts.
The blue patches are star forming areas in the galaxy.
It doesn't show up in the Skyserver image so I'm thinking artifact. Looks very beautiful though ! 😄
The blue patches are star forming areas inthe galaxy.
http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue smudges are star forming areas in the galaxy.
http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The blue dots are star forming areas in the galaxy.
Nope, not a cloud but a fuzzy galaxy.
No gravitational lensing here. The blue smudges are star forming areas in the galaxy.
Sorry,i don't see any lensing in this image. And the central galaxy is a spiral galaxy and they are usually not massive enough.
The blue smudges are indeed star forming areas.
More here : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The thin red line is also a DECaLS artifact.
Where do you see lensing ?
Definitely a spiral galaxy with a big bulge ! 😄
What a gorgeous image !
#dailyzoo
Nope. It is a simulated galaxy from the Illustris dataset. The blue smudges are star formng areas in the galaxy.
That is a bright star from our galaxy.
Sorry, no gravitaional lenses in this image.
Both galaxies are very disturbed, so merger for me.
Have you seen this ? http://tinyurl.com/nm6qnky
Or two spiral arms with lots of star forming going on.
The blue smudges are star forming areas in the galaxy. See here for more info: http://tinyurl.com/nm6qnky
Not sure what you mean. I don't see anything weird here !
Definitely not a gravitational lens&the galaxy top left is just a 2armed spiral galaxy where the the 2 spiral arms fold back to make a ring
Yep, I've never ever seen anything like it in the (very) large number of galaxies that I saw from the SDSS dataset.
Lovely ! 😄
Another beautiful #Illustris_ring
Oh no, I'd never classify this one as an elliptical. Disturbed spiral any time ! 😄
Just wow ! 😄
Disturbed galaxy (so tidal debris) with a dominant bulge for me.
Why do you think both of these classifications are mutually exclusive ?
Not sure what the blue/purple smudge is. If it is real, the colour could suggest a voorwerpje.
It is a very bright centre, not a star. But no additional information (spectrum) available.
Gorgeous spiral ! 😄
Gorgeous dust cloud (try zooming out in the DECaLS image).
#wrong_size
It is a two armed spiral galaxy with an inner ring. No lensing here.
But what a gorgeous galaxy ! 😄
3/3
But I'd be very happy to be proven wrong ! 😄
2/3
So, for this particular system, I'm still thinking it is a very active star forming area in the galaxy and not a merger.
1/3
Peas just look like galaxies from the early Universe. They have z's between z = 0.112 and 0.360 (wiki).
Oops, sorry ! My mistake,I must have clicked on a wrong link.
Nice catch ! 😄
The "pea" does not have a flat spectrum with a high OIII peak. So, I'm thinking it is a very active star forming area in the galaxy.
Looks like an artifact (filter problem)
The green line is probably a cosmic ray hit that didn't get removed. The orange/red line could be a faint satellite trail.
One of the 'cores' could be a foreground star from our galaxy.
Not sure that is a dustlane.
A supernova is only visible for a couple of weeks. So a SN from 2010 cannot possibly be seen in an image from 2014.
Just to avoid confusion : The DECaLS observations began in August 2014, so the SN is not visible in this image.
The bluesmudges are star forming areas in the galaxy.
More here : http://tinyurl.com/nm6qnky
Both the central white object and the smaller one are stars from our galaxy. The colours,spikes&weird blue centre are all optical artifacts.
Disturbed (probably spiral) galaxy.
The supernova = SN 2001fg . That means it was seen in 2001. Don't know when this image was taken (sorry, I keep forgetting how to do that)
#wrong_size
I'd go for artifact.
Foreground star for me as well ! 😄
Given the obvious distortions in both galaxies, I'd go for #merger.
Yep ! see the comments below.
The central object is definitely a foregound star ! 😄
#wrong_size
#wrong_size
#wrong_size
Still not sure about the dustlane, but hey, that could be just me ! 😄
Not sure about a dustlane.
And the galaxy to the left looks like a two-armed spiral with a very big bulge.
It also depends on the angle you're viewing this galaxy.
#wrong_size
Great #merger ! 😄
It must be a very disturbed galaxy, because all the blue stuff are star forming areas in the galaxy.
The blue smudges in these Illustris images are star forming areas in the galaxy.
#wrong_size
The central galaxy is a very fuzzy and disturbed/irregular galaxy. The blue smudges are star forming areas in the galaxy. No merger here !
I know it is a long shot, but could this be an Illustris disturbed #polar_ring ?
I'd probably go for one very disturbed galaxy.
Or disturbed spiral ? 😄
Not sure about the polar ring thing, sorry. But what a gorgeous two-armed, barred spiral. Lovely #ringed galaxy.
Good call ! 😄
Amazing image ! 😄
Now that is just cruel to put the star in the centre! 😄
Yep ! 😄
Why do you find this interesting ? 😄
Both galaxies have more or less the same z, but just looking at them I'd go for overlap. Not much disturbances visible.
Yep ! 😄
Yep, one of the more extraordinary simulated galaxies from the Illustris data set. More info here : http://tinyurl.com/o2j34ky
Fuzzy galaxy.
This is actually a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
See the comments below: just three stars in a row. No asteroid here.
Not a polar ring, sorry.
Wiki : https://en.wikipedia.org/wiki/Polar-ring_galaxy
disturbed spiral ? 😄
I'm also leaning towards a foreground star (but that is just me ! 😉 )
The bright round object is a foreground star from our galaxy.
The blue smudges are star forming areas in this galaxy. More info here : http://tinyurl.com/nm6qnky
#wrong_size
More info on the Illustris images : http://tinyurl.com/o2j34ky and http://tinyurl.com/nm6qnky
Very disturbed spiral galaxy? Irregular ? It is your call ! 😄
And the blue dots are star forming regionsinthis Illustris image.
The central object is a galaxy, but thebright one, top right, is a foreground star from our galaxy.
A very, very disturbed galaxy ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
The red line is just an optical artifact !
Both galaxies look disturbed, so #merger for me.
Looks like a disturbed spiral galaxy with a couple of star forming areas (the blue smudges). The small edge on at 10 is probably an overlap.
Probably.
#size_wrong
It looks like there might be an inner ring. Lots of tidal debris.
You could go for a very disturbed spiral or else an irregular. Just answer the questions as well as you can.
The blue smudges at the end of the spiral arms are star forming areas in the galaxy.
The coloured lines are optical artifacts.
The blue spot is an optical artifact caused by oversaturation
Loose two-armed spiral.
The object, right edge, is a foreground star from our galaxy. The colours, spikes and "black disk" are all optical artifacts.
Not sure I'd call this a merger. Just one disturbed galaxy for me.
Not sure why you think this would be two galaxies It is a spiral galaxy with two spiral arms.
Not a lens, sorry. The blue smudges are star forming areas in the galaxy.
It's NGC 2420, an open (galactic) cluster.
The central object is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
2/2
Click on View in Galaxy Zoo examine, then on DECalS Skyserver and zoom out
1/2
The two stars in the center are not merging, they only appear to be
touching. And the green to the left is an artifact.
#wrong_size
The red line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
The red line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
It's a fuzzy spiral. The blue dots are star forming areas in the galaxy.
That would be my classification! 😄
Happy hunting !
The bright object is indeed a foreground star from our galaxy. And if it is a star it can only be foreground !
The blue smudges are indeed star forming areas in the galaxy.
Definitely a #merger ! 😄
#wrong_size
Sorry, no lensing whatsoever in this image.
#wrong_size
Yep ! 😄
SDSS says it's a galaxy, but I'm not convinced. The round small object is probably a foreground star from our galaxy.
I'd go for spiral arm at the top.
The object in the center is definitely a galaxy. The one at 9 o'clock is a foreground star from our galaxy.
The object in the bottom right corner is indeed a foreground star from our galaxy.
Please, always classify the object in the centre of the image. Even if it is the most boring one ! 😄
Beautiful #ring !
#dailyzoo
#wrong_size
The bright object to the right is a foreground star from our galaxy. The colors, spikes and weird centre are optical artifacts.
The blue smudges are star forming areas in the galaxy. See : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
The object at 1 o'clock is a foreground star. So, I wouldn't call this an overlap.
Most definitely a spiral ! 😄
The object top left corner is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts
The blue smudges are star forming areas in this galaxy. Gorgeous #ringed galaxy.
The blue/black spike is just an optical artifact. And the central object is a foreground star from our galaxy.
The object in the centre is not a galaxy but a star. The colors, spikes&weird spike throught the centre are all optical artifacts.
Amazing #merger !
#dailyzoo
Gorgeous image !
#dailyzoo
#wrong_size
Lovely #merger !
Those are just artifacts, sorry !
If you see a ring here, you should start your classification with "features or disk".
#wrong_size
The object in the centre is a foreground star from our galaxy. The colours, spikes and black/blue spike are all optical artifacts.
The blue spots are star froming areas in the galaxy. The galaxy could be classified as disturbed or even an irregular.
The small orange object at 7 o'clock is a foreground star from our galaxy. Here in GZ we only use the # overlap for galaxy/galaxy overlaps.
The object in this image is a bright foreground star from our galaxy. The colours, spikes and black spike are all optical artifacts.
The green line is an artifact (sorry!) 😄
Definitely a very disturbed galaxy ! Looks amazing !
Slightly disturbed spiral galaxy. The 'gasses' are spiral arms containing lots and lots of stars !
But it is definitely an artifact !😄
The blue smudges are active star forming areas in the galaxy.
Ooh, not a good image at all ! 😄
The object in the centre is a foreground star from our galaxy and then you have the big back stripe !
The lines through the centre are indeed artifacts. And the bright object top left is a foreground star from our galaxy.
Really not sure what you are referring to. The central galaxy in this image is so small and fuzzy, I'm thinking anything is noise !
What anomaly are you referring to ?
Face on disk for me. Why would you say this is not a galaxy seen face on ?
Disturbed galaxy. No lens here for me.
See the comments below : two galaxies interacting.
The white object with the pink centre is a foreground star from our galaxy The colours and weird centre are optical artifacts.
Definitely a merger !
The blue blobs are star forming areas in the galaxy.
The blue smudges are star forming areas in the galaxy.
The bright object ,bottom left, is indeed a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The blue dots are star forming areas in the galaxy.
The spikes are artifacts caused by the bright star.
The blue dots are active star forming areas in the galaxy. See the blog for more info : http://tinyurl.com/nm6qnky
Not for me. But if you see tidal debris pleae mark it as such.
No dust here.The blue 'ring' is a lot of star forming areas in this galaxy.
Nope, just a bright foreground star from our galaxy. The colours and spikes are just optical artifacts.
See the comments below ! 😄
Yep, that is a possibility ! 😄
The programme misbehaved ! 😄 Just classify as star/artifact and move on to the next image !
#blank
The red line is an optical artifact.
The dark blue spike is an optical artifact. The object in the centre of this image is a foreground stars from our galaxy.
The object in the centre of the image is a foreground star from our galaxy. The colours, spikes and blue spike are all optical artifacts.
The red line with the green ends is an optical artifact.
#blank
#blank
Nope, not a nebula but a galaxy. The blue smudges ar star forming areas in this galaxy.
Two galaxies, apparently interacting.
The object in the centre of the image is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
I just have to repeat myself : not much interaction showing ! Sorry !
Artifact ?
Not sure if all three galaxies are interacting. Not really that much interaction visible.
Most of the small round objects in this image are probably foreground stars from our galaxy.
The red lines are just artifacts, sorry !
Do you mean the two round objects ? They are foreground stars from our galaxy. No merger here, sorry.
The green object is a foreground star from our galaxy.
The object in the centre is a fuzzy galaxy. The red glow is an artifact caused by a bright star outside of the image.
Nothing odd here, just the software messing up ! 😄 Two stars getting in the way ! 😄
Classify as star/artifact.
I wouldn't say this is a classifc pea. Peas have a very flat spectrum with a high OIII peak.
The object in the centre looks like a two-armed spiral to me. So the blue streak would be the space between the centre and the spiral arm.
Breathtaking indeed ! What a gorgeous merger ! 😄
Happy hunting!
#dailyzoo
Gorgeous #merger ! 😄
Most of the faint and round objects in this image are forground stars from our galaxy.
Happy hunting ! 😄
Very poetic ! 😉
Btw, the red curve is just an optical artifact ! 😄
With these smooth and fuzzy galaxies it is very difficult to tell. Just give it your best shot ! 😄
#wrong_size
#wrong_size #blank
The red line is an artifact. Sorry !
Gorgeous merger.
And also a #wrong_size image !
A very disturbed galaxy, probably interacting with the one in the bottom left corner. So,my vote goes to merger as well.
The object at the bottom is probably a foreground star from our galaxy and here in GZ we only use the # overlap for galaxy/galaxy overlaps
Both galaxies look disturbed, so merger is definitely a possibility ! 😄
I suppose you mean the purple line. That is just an optical artifact.
Sorry, but this is definitely a galaxy. The blue smudges are star forming areas in the galaxy.
#wrong_size
Not really ! There are quite a number of galaxies in this image ! 😄
This is definitely a spiral galaxy. The blue smudge is probably a star forming area in the galaxy.
No gravitational lens in this image. It is probably a fuzzy spiral.
#wrong_size
The red line is just an artifact. Sorry !
2/2
The two round spots at the bottom are foreground stars from our galaxy. The blue smudge is a star forming area in the galaxy.
1/2
I'd go for a disturbed spiral or disk galaxy seen edge on.
The red glow is an optical artifact caused by a bright star outside of this image.
#wrong_size
The central object is just a foreground star from our galaxy. The colours, spikes and weird blue centre are all just optical artifacts !
Both galaxies look disturbed, so #merger for me ! 😄
These ones, I never classify as smooth ! It is most probably a spiral seen almost on edge.
What do you mean by this ? Can you show a link to the two different images ?
The central object is a foreground star from our galaxy. The colours, spikes and weird blue spike are all optical artifacts.
The bright object top right, is a foreground star from our galaxy. The colours, spikes and weird blue spike are all optical artifacts.
#wrong_size
The bright object in the top left corner is a foreground star from our galaxy.
Not sure it is an arc. I'd go for tidal debris ! 😄
The blue dots are star forming areas int he galaxy.
http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
2/2
See this blog post : http://blog.galaxyzoo.org/2015/11/11/blue-stuff-in-the-illustris-galaxy-images/
1/2
The blue dots in these Illustris images are star forming areas in the galaxy.
#wrong_size
The blue blobs are star forming areas in this galaxy.
The blue blobs are star forming areas in these Illustris images.
The small round objects are probably foreground stars from our galaxy.
The red curved line is an optical artifact.
The object in the bottom right corner is just a foreground star from our galaxy. The colours & weird centre are just optical artifacts! 😄
But how did you classify the central galaxy ? ;D
Blue artefact ?
You can tag these images with #wrong_size.
I can see some spiral features, so disturbed spiral for me.
Yep ! The blue smudges are star forming areas in the galaxy.
The bright spot is most probbaly a foreground star from our galaxy.
Looks like a cosmic ray hit that didn't get removed.
See the comments below : It is a foreground star from our galaxy. The colours and spikes are optical artifacts.
No jets in this image and no AGN either. The blue clumps are star forming areas in the galaxy.
The bright object top left is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artifacts.
The central object, which yoou are supposed to classify,is a galaxy.
Happy hunting ! 😄
Why a coincidence ?
I have to squint really, really hard, but there is an #x-shaped bulge in there. Nice find ! 😄
Not sure about hte two cores. But it is your call ! 😄
Amazing #merger ! 😄
And what a gorgeous #merger ! 😄
How about a seriously disturbed barred spiral ? 😉
The small round object with the pink centre is a foreground star from our galaxy. The colours, spikes&weird centre are all optical artifacts
2/2
The bright spiky object, top right, is a foreground star from our galaxy. The colours, spikes & weird centre are all optical artifacts.
1/2
The central object (which you are supposed to classify) is a fuzzy galaxy.
#wrong_size
The blue clumps are star forming area in the galaxy.
Both galaxies look disturbed, so #merger for me.
Just click star/artifact and move on to the next image !
Happy hunting ! 😄
Looks like a disturbed spiral galaxy to me. The blue clumps are star forming areas in the galaxy.
It's a very faint and fuzzy galaxy. 😄
#wrong_size
It's a very disturbed galaxy. Definitely not a star.
Lovely #dustlane ! 😄
It s a bit fuzzy, but definitely a spiral.
Definitely a spiral ! 😄
The green object is a foreground star from our galaxy so it cannot have any impact on the central galaxy.
A realy big optical artifact smack in the middle of the image !😄
The very bright object is a foreground star from our galaxy. The central object, which you are suppose to classify, is a galaxy.
Both of the galaxies look a bit disturbed, so #merger is a possibility! 😄
A big oops ! 😄 Just classify as star/artifact and move on to the next image ! 😄
Happy hunting!
Wow ! Well done Illustris ! 😄
The galaxy at 2 o'clock looks disturbed as well, so is probably merging with the other two.
That looks like a spiral arm to me.
The central blue fuzzy object is not a nebula but a galaxy. The bright orange object at the bottom is a foreground star from our galaxy.
Really difficult to tell. I'd go for two galaxies but really not sure if they are merging or overlapping. It is your cal ! 😄
The image is a bit fuzzy, so very hard to tell. It is your call ! 😄
That is probably a satellite trail.
That red streak is just an artefact, sorry ! ;D
Yep, disturbed spiral works for me ! 😄
I'd go for a disturbed barred spiral with star forming areas (the blue clumps).
Both galaxies look like they are interacting, so #merger for me as well ! 😄
If you click on Search NED, it gives a z of 0.008166 which looks much more plausible. 😄
2/2
The bright spiky object, top right, is a foreground star from our galaxy. The colours, spikes & weird center are all optical artifacts.
1/2
The object in the center of the image (which you are supposed to classify) is a fuzzy spiral.
If you think it is a boxy bulge that is your choice !
I'd probably go for no bulge, but hey, that is just me ! 😄
I'm not sure I would have marked this one as merging. I do not see another galaxy that it can be merging with.
Or just a fuzzy, disturbed galaxy ! 😄
The green lines are just artefacts, sorry.
Sorry, but this is most definitely not a spiral or disk galaxy seen edge on.
It is a very fuzzy galaxy. Sorry, not much more to tell about it.
The blue blobs inthese Illustris galaxies are star forming areas in the galaxy. More info here : http://tinyurl.com/nm6qnky
It is just an artefact. 😦
Nope ! 😄 The central object is a disturbed spiral or disk galaxy seen edge on.
The small disturbed edge on is in the center of the image. The white round object is a foreground star from our galaxy.
Not sure if I can see two spiral arms.But it defintitely looks disturbed.
Please, always classify the object in the centre of the image. Here that is a smooth galaxy, probably interacting with the two higher up.
If you think you can see spiral features then you should classify it as a spiral. And it definitely looks disturbed.
The blue dots in these Illustris images are star forming areas in the galalxy
Or maybe a spiral galaxy seen edge on ! 😉
😄
Gorgeous image !
#dailyzoo
Both galaxies look disturbed, so they are probably interacting.
It's a very faint and fuzzy galaxy. Not much more to tell about it ! 😄
Oops ! 😄 Just click star/artefact and move to the next image.
Happy hunting !
The dark spike is an optical artifact. The central object is indeed a foreground star from our galaxy.
Small reminder : the galaxy is the object to the left (middle edge) 😉
No spectrum (as far as I can see), so how do you know this is a pea? (just curious)
Ooh ! Nice find ! 😄
The central galaxy, which you are supposed to classify, is a fuzzy galaxy.
The object at 5 o'clock is another galaxy. It could be overlapping or it could be interacting with the central galaxy. It is your call ! 😄
This is an Illustris image and here the blue dots are star forming areas in the galaxy.
The red glow at the bottom is an optica artifact caused by a bright foreground star from our galaxy.
The bright round object is a foreground star from our galaxy, so a merger with the cenral galaxy is just not possible.
Very disturbed spiral for me. The blue clumps are star forming areas in the galaxy.
The central object is a foreground star from our galaxy. The colors, spikes & weird blue line through the centre are all optical artifacts.
Two galaxies interacting. Nice #merger ! 😄
Coudl be two galaxies interacting.
This is not a star but a galaxy. The blue clumps are star forming areas in the galaxy.
The blue dots are star forming areas in this galaxy
It is very possible for two galaxies to be interacting. So, I'd go for #merger here ! 😄
Happy hunting !
The object in the centre of the image is a galaxy and it is interacting with the galaxy next to it. Nice #merger.
#wrong_size
Correct ! Two galaxies interacting. #merger
3/3
Just classify as star/artifact. 😄
2/3
The diffraction spike (artifact) through the center of the image probably tricked the software into thinking there was a galaxy there.
1/3
The bright spiky object with the black line is a foregroud star from our galaxy.
The bright round white object at 2 o'clock is a foreground star from our galaxy. Definitely no merger here 😄
It's an optical artefact caused by oversaturation.
The round white object is a foerground star from our galaxy.
See the comemnts below : it s a foreground star from our galaxy. The colors are not real.
The blue clumps are star forming regions in the galaxy.
You could go for a very disturbed spiral with a big bulge.
The object top left is not a galaxy but a foreground star from our galaxy. The colours, spikes and "hole" are all optical artifacts.
That line is just an optical artifact.
Nope, definitely not a merger here. (sorry) Just a foreground star from our galaxy and a slightly disturbed galaxy.
The green line is indeed an artifact. Definitely not a dust line.
Just one disturbed galaxy for me.
#dailyzoo ! 😄
The red object to the left could be a foreground star from our galaxy. Not a merger here for me.
#wrong_size
The straight green and red lines are unfortunately just artifacts.
That is a foreground star from our galaxy. The colours, spikes and weird spike throuhg the centre are all optical artifacts.
The round object to the left is a foreground star from our galaxy.
The red glow is caused by a bright star outside of this image. The colours and spikes are optical artifacts.
Sorry, that spike is just an optical artifact (diffraction spike) caused by a bright star outside of this image !
Happy hunting ! 😄
If you squint really hard (my favourite scientific method) I could go for a very fuzzy spiral galaxy. And doesn't the r means a ring ?
See the comments below : the red line is a satellite trail.
Why would have been ?
Yep ! 😄
Gorgeous #merger ! 😄
That spectrum is a text book spectrum for a pea. Not a QSO.
Looks like a #merger to me. Nice catch ! 😄
Definitely #merger for me ! Nice catch ! 😄
Why would this qualify as an incredible cluster? It is just three galaxies that might be placed together?
The red line could be a satellite trail.
Always classify the object int he centre of the image, even it is the most boring one ! 😄 Here that is a very fuzzy galaxy.
Absolutely nothing ! 😄
Just click star/artifact and move on to the next image.
Happy hunting ! 😄
No merger here, sorry. The central object is a galaxy, but the smaller round objects are all foreground stars from our galaxy.
The bright object to the right of the galaxy centre is probably a foreground star from our galaxy.
The red line is just an artefact. And some of the small dots could be galaxies, others could be foreground stars from our galaxy.
The small dot next to the edge on could be a foreground star from our galaxy or it could be another galaxy.
The black bars are just optical artifacts caused by oversaturation.
The red streak is just an artefact and the two stars at the bottom just appear to be close together. No crashing stars here ! 😄
The object in the centre of the image is a fuzzy galaxy. Probably a spiral.
Happy hunting ! 😄
Great #merger ! 😄
#wrong_size
#wrong_size
The bright spiky object bottom left is a foreground star from our galaxy.The colours, spikes and weird blue centre are all optical artifacts
I'd go for foreground star.
anyway #wrong_size ! 😄
Not sure about a 3-way merger. Just two galaxies involved for me.
Oops, didn't mean to sound so harsh ! 😄 But that is just my idea. I could be wrong and you could be right ! Just give it your best shot !
Why a Hoag type ? Just a two-armed disturbed spiral with a very noticable bulge for me (sorry ! )
SDSS has been wrong on more than one occasion ! 😄 That is where we come in ! For me all the small round white blobs are foreground stars.
Definitely a #merger. I'd go for three galaxies. The small round objects in this image are all foreground star from our galaxy.
Correct : see the zoomed out image : http://tinyurl.com/qc7paav
Gorgeous #merger
According to Skyserver the small round object in the cenre of the image is a foreground star from our galaxy.
I'd probably go for #merger ! 😄
yes, yes and yes ! 😄
Disturbed spiral with a foreground star overlapping ! 😄
#wrong_size
The central object is a disturbed spiral galaxy.The orange one to the right is a foreground star from our galaxy. No interaction possible !
Looks like it ! 😄
Sorry, I don't see it !
#wrong_size
What are you referring to ? 😄
Sorry, not sure which two green dots you are referring to. I just see one green dot (at 12 o'clock), sorry.
But how would you classify this image ! It is a tricky one ! 😄
#wrong_size
#wrong_size
They could be asteroids or else just artifacts !😄
The object in the centre of the image is a galaxy with a couple of star forming areas (the blue smudges)
Nice catch ! 😄
Gorgeous #merger !😄
Definitely not a gravitational lens. Why do you think it is one ?
The blue smudges are star forming areas in the galaxy in these Illustris images.
Yep ! 😄
Oh WOW ! 😄
No gravitational lens here, sorry ! The blue 'arc' is lots of star forming areas of this seriously disturbed galaxy.
It's two galaxies interating. #merger ! 😄
The object in the centre of the image is a foreground star from our galaxy.
Forgot to add : #dailyzoo ! 😄
I'd go for an amazing barred and ringed galaxy ! Also two armed spiral, where the spiral arms fold back to make a ring. Gorgeous !
I'd say yes ! 😄
Just one galaxy for me. No merger here.
I'd go for disturbed spiral, but that is just me ! ;-D
Just give it your best shot ! Some people will call this a merger, others will go for overlap. And even that is valuable information. 😄
2/2
What I am trying to say is that if both galaxies look disturbed than it is probably a merger. Just go with your gut feeling ! 😄
1/2
Yep, but on the other hand,if you round these figures up to two decimals, it is 0.11 for both of them. 😄
Don't think so. Grav. lenses are usually more defined.
Here's the zoomed out image : http://tinyurl.com/o785dgw. Amazing #merger ! 😄
The orange/brown object at 4 o'clock is probably a foreground star from our galaxy.
Looks like it ! 😄
Correct !
Blue spots in these Illustris images are star forming areas in the galaxy.
Yes, that is a bright star fromour galaxy.
Here in GZ we only use the # overlap for galaxy/galaxy overlaps. So, while this is technically an overlap, it is not an # overlap ! 😄
Yep ! 😄
The blue smudge is a star forming area in this very fuzzy galaxy.
The green line is indeed a satellite trail ! 😄
Sort of ! 😄
It is a two-armed spiral galaxy where the two arms fold back to make a ring.
Ooh ! Nice catch! It is a pea with z=0.06
But apparently it is a galaxy ! 😄
#wrong_size
#wrong_size
The yellow object (top left edge) is a foreground star from our galaxy. The colors and weird centre are just optical artifacts.
What is your question ? 😄
The object in the centre of the image is not a cluster but a galaxy. I'd go for a tight two armed spiral wiht an obvious bulge.
The blue smudges are star forming areas in the galaxy.
#wrong_size
Fuzzy spiral anyone ? ;D
2/2
The colours, spikes and black/purple thing are all just optical artifacts. (Sorry !)
1/2
The bright object in the centre of the image is a foreground star from our galaxy.
I wouldn't go for ring for this one (but hey that is just me ! 😄 )
I wouldn't go for irregular for this one. I'd go for a bulgeless edge on (with a couple of star forming areas, so maybe disturbed)
Bright stars are a nuissance if you want to image far away galaxies ! 😄
Definitely a barred disk. Image too fuzzy to tell if it is a spiral.
2/2
See the zoomed out pic: http://imagine.legacysurvey.org/?ra=316.88735924714956&dec=-0.17006078422010495&zoom=12&layer=decals-dr1j
1/2
A bright star from our galaxy. Looks amazing though ! 😄
Yep ! 😄
Wow ! Absolutely amazing ! Two galaxies interacting So the one at the bottom is not a star but definitely a galaxy.
#dailyzoo
Hi Ian
Merger means that the galaxies are interacting. Overlap means that they are not physically close but just a line of sight.
Definitely ! And wow indeed ! 😄
Not sure I'd go with smooth ! Too much features ! 😄
Disturbed galaxy (spiral ?)
Sorry, the object at 11 is just a foreground star from our galaxy with lots of optical artifacts ! 😄
The white object, bottom left, is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
A bright star from our galaxy. Just classify as star/artifact ! Looks amazing though ! 😄
I just see one (very disturbed) galaxy in this image.
The blue blobs are not individual stars but star forming areas in this galaxy.
Seriously disturbed spiral. 😄
Skyserver is seriously confused here ! It labels this one as a star but then it has a redshift of 0.038. So definitely not in our Milky Way
The blue blobs are star forming areas in these Illustris images.
Do you mean that the galaxy to the right might be merging with a galaxy outside of this image ?
Yep ! It is better visible in the Skyserver image : http://tinyurl.com/nrstdkt
#wrong_size
2/2
More info here : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
1/2
No gravitational lensing here, sorry ! This is an Illustris image.
2/2
There are no signs whatsoever of them interacting. So, no merger for me.
1/2
While you are correct in assuming that the two objects in the centre are galaxies, I am not sure that they are interacting.
LOL ! 😄
Where ?
The blue blotches in these Illustris images signify star forming regions in the galaxy.
A foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artifacts.
Lots of artifacts but they sure look pretty though !😄
The central object is a galaxy however. See Skyserver http://tinyurl.com/q8qhmsa
Do you mean the lower right ? I'd go for an irregular galaxy, probably not connected with the central galaxy.
2/2
But I'm guessing that most people will classify this as a merger just looking at this image. I know I would ! 😄
1/2
It's much clearer in the Skyserver image (http://tinyurl.com/nv42gdg) that the central object is a star.
Here's the Skyserver image : http://tinyurl.com/ot9nt3k . Really nice edge on with an impressive dustlane ! 😄
The object in the centre of the image is a foreground star from our galaxy. The blue centre is just an optical artifact.
Looks like a satellite trail to me.
The red dots are foreground stars from our galaxy.
Two foreground stars fom our galaxy. The colours, spikes and weird centres are all optical artifacts
Yep ! The object in the centre of the image is a foreground star from our galaxy.
Yep ! 😄
The white object with the blue centre in the centre of the image is a foreground star. The colours, spikes & weird centre are all artifacts
The white/pink object with the blue centre is a foreground star from our galaxy. The colours,spikes & weird centre are alloptical artifacts.
Sorry to repeat myself,but the blue clumps in the Illustris images are star forming areas in the galaxy.
In these DECaLS images asteroids do not look like they do in the old SDS images. We are all learning all the time. 😄
Yep, probably an asteroid !
If you classify it as a bar it cannot possibly be an elliptical galaxy! The moment you decide it is a bar,it is features/disk all the way !
Oh yes ! 😄
Probably ! 😄
Both galaxies look disturbed, so for me they are interacting ! #merger for me ! (and a nice one too ! )
Just classify what you see, not what you think you should see ! ;D
Happy hunting!
Skyserver is not always right ! That is where we come in ! No zooite in his/her right mind would have called that a separate object
Not sure why this would be a merger. Nice barred two armed spiral for me.
The blue smudges in these Illustris images mean star forming areas in this galaxy.
Just click star/artifact and hope for a better image ! 😄
Overlap, in GZ, means a galaxy/galaxy overlap. So no overlap in this image !
#wrong_size
#wrong_size
That is a lot of tags ! 😄
But how did you classify this one ??
2/2
The bright orange dot is a foreground star from our galaxy.
1/2
Slightly disturbed barred spiral for me. The blue smudges are star forming areas in these Illustris images.
Just one disturbed barred spiral.
No dust cloud in this image ! It's a fuzzy disturbed, barred spiral ! The bright blobs are foreground stars from our galaxy.
While there probably is a black hole in the centre of this image it is not possible to directly see this black hole.
Perfect example of a bar ! 😄
#dailyzoo
Both galaxies look disturbed. #merger for me as well.
I'd go for a very disturbed barred spiral, probably interacting with the galaxy at the top.
The white spiky object with the blue line through the centre is indeed a star. The colours,spikes and blue line are all optical artifacts
Correct ! 😄
That could be an asteroid.
It is not visible in the SDSS Skyserver image, so not a Voorwerpje.
I'm thinking asteroid.
The central object is a foreground star from our galaxy. The colours and weird centre are all optical artifacts ! 😄
I'd go for a seriously disturbed spiral, with lots of star forming areas. But hey, that is just me ! 😄
The bright round object top left is not a galaxy but a foreground star from our galaxy.
#wrong_size
Both major galaxies look disturbed. It seems that we have some interaction going on ! 😄
Btw, I do hope that you classified the objec in the centre of the image !
The bright white object at the bottom of the image is a foreground star from our galaxy. The color&weird centre are all optical artifacts.
It is just a fuzzy galaxy. The 'dark area' is just an artifact
#wrong_size
I'd go for a two-armed spiral where the spiral arms fold back to almost make a ring.
Not sure what you mean with black stain object.The central object is a disturbed spiral with e of star forming areas (the blue smudges)
I'd go for a disturbed, very loose, two-armed spiral.
The blue smudges are star forming areas in this galaxy. No gravitational lensing here, sorry !
2/2
Others are foreground stars from our galaxy. Definitely no gravitational lensing going on in this image.
1/2
The central object in this image is a fuzzy gaalxy. Some of the smaller dots in this image are also galaxies.
#wrong_size
#wrong_size
In these Illustris images they signify star forming regions in the galaxy.
The blue smudges are star forming regions in the galaxy.
Probably a foreground star from our galaxy. Sorry !
#wrong_size
#wrong_size
It is a barred, spiral galaxy. Very nice ! 😄
The coloured lines are artifacts
Here is the SDSS image : http://tinyurl.com/q2t4yzp
The central object looks like a fuzzy spiral.
A faint and fuzzy galaxy. 😄
The blue smudges are star forming areas in the galaxy.
No merger here. The bright round object is a foreground star from our galaxy. And we only use the # overlap for galaxy/galaxy overlaps.
The blue blobs are star forming areas in the galaxy.
The blue spike through the centre of the star is just an optical artifact.
#wrong_size
In these Illustris images, the blue blobs mean star forming areas in the galaxy. More info here : http://tinyurl.com/o2j34ky
I'd go for bright nucleus. Amazing pic !
#dailyzoo
Why trying ?
Yep, fuzzy two-armed spiral for me as well. 😉
The small object at 7 could just as well be a foreground star from our galaxy.
No worries, lots (and I mean lots) of other people wlll get to classify this image, so any 'mistakes' will get ironed out.
2/2
Sometimes a newbie eye will see things that a a professional would not notice ! Just have fun and classify what you see ! 😄
1/2
Don't go for a confirmation of your classification. Just give it your best shot and you will be allright !
2/2
Don't try to guess what the right answer might be. Just give it your best shot;
1/2
If you see a ring that is what you should mark. It is as simple as that.
Gorgeous #merger ! 😄
In these Illustris images, blue smudges mean star forming areas in the galaxy. Gorgeous image ! 😄
#dailyzoo
The blue smudges in these Illustris images signify star forming areas in the galaxy. Cool pic !
Amazing #merger !
#dailyzoo
A very disturbed spiral galaxy. Nice one ! 😄
You could go for smooth and cigar shaped. But you could just as well go for a two-armed spiral seen almost edge on. It is your call ! 😄
I'd go for two galaxies interacting. #merger for me.
The blue pixels are indeed artifacts.
Correct ! The object(s) bottom right is/are stars from our galaxy. But, please, always classify the object in the centre of the image.
Not sure if it is a one armed spiral. If you squint you can see another fuzzy spiral arm on the opposite side. Definitely disturbed.
2/2
The object top right is a foreground star fom our galaxy. The coulours, spîkes and weird centre are all optical artifacts.
1/2
The object in the centre (which you are supposed to classify) is a very non descript galaxy.
#wrong_size
I'd go with a very loose armed spiral. The blue smudges are star forming areas in the galaxy.
A very disturbed galaxy. Tidal trails/debris for me.
Just give it your best shot. Lots of other people will classify this image, so there will be a consensus at the end ! 😄
The bright object at the top is a foreground star from our galaxy. The colours, spikes and weird blue centre are all optical artefacts.
Definitely tidal debris. Gorgeous pic.
It is from the Illustris database. The blue smudges are active star forming areas in the galaxy.
It's a very disturbed spiral galaxy ! Nice pic ! 😄
Just one galaxy in this image. The blue smudges are star forming areas in the galaxy.
Oh yes ! Gorgeous pic ! 😄
Yep ! The disturbe barred spiral is in the centre of this image.
I'd go for very disturbed barred spiral. Looks amazing though ! 😄
The blue dot is a star forming area in the galaxy. The red dot is a foreground star from our galaxy.
The red line is an artefact. Sorry, no lensing here. 😦
Looks ike it ! 😄
Nice one ! 😄
#wrong_size
If it is barred, it cannot be an elliptical. Ellipticals are smooth without any feature. This is a barred disk.
Yes, it is an image from the Illustris database. See the mention underneath the image.
Do you have a before and after image? The bright blob at the bottom is probably a foreground star from our galaxy.Sorry !
2/2
No way to tell without additional information (spectra)
1/2
3 or even 4 galaxies merging (see the little one at 4) is a possibility. But there could be a foreground star in there.
#wrong_size
Probably ! 😄
#wrong_size
Not really. Just looking at this image, I'd say that the two bluish objects are merging. The yelow galaxy is almost certainly not involved.
#Merger for me ! 😄
The object to the right is unfortunately not a UFO but a star from our galaxy. The colours, spikes & weird centre are all optical artefacts.
2/2
And there are such things as blue ellipticals, so star formation is not unheard of in this type of galaxies. ;D
1/2
In these Illustris images blue smudges mean star forming areas.
The blue smudge is an active star forming area in the galaxy.
#wrong_size
The bright spiky object upper right is a foreground star from our galaxy. The colours, spikes and weird blue line are all optical artefacts.
The purple squares are an optical artefact.
It looks like they are interacting. #merger
Too fuzzy to tell.
#wrong_size
Looks like it ! 😄
Yep ! 😄
Always classify the object in the centre of the image. Here that is the small bluish blob. I'd classify it as star/artifact.
#wrong_size
Just two galaxies merging. Quite spectacular #merger ! 😄
2/2
But the 3 objects with a blue line are foreground stars from our galaxy. The colours, spikes and blue stripe are all optical artifacts.
1/2
First of all : always classify the object in the centre of the image. And there are at least 3 galaxies in this image.
The galaxy, is just that : a galaxy far, far away ! ;D The small round white object below the red line is however a star from our galaxy.
2/2
The two fuzzy objects top left from centre are probably galaxies. But not interacting.
1/2
The small white object in the centre is probably a foreground star from our galaxy.
Not a cloud, but a disturbed spiral galaxy.
Happy hunting ! 😄
The red line is probably a satellite trail.
The blue spots are star forming areas in these Illustris images. More info on the Ilustris images here : http://tinyurl.com/prpkcsx
Bonsoir Régents et soyez le bienvenu !
It is a simulated image from the Ilustris data base. More info here: http://tinyurl.com/prpkcsx
It is a disturbed (barred ?) spiral. The blue blobs are star forming areas in the galaxy.
That is a foreground star from our galaxy.
Happy hunting ! 😄
The small round objects are foreground stars from our galaxy and are definitely not emitted by the central galaxy.
Most of the small round objects are foreground stars from our galaxy and are definitely not associated with the central galaxy.
The blue spots are not gravitational lensing but they signify active star forming areas in these Illustris images.
The blue spots are active star forming areas in the galaxy.
Some of the small round objects are foreground stars from our galaxy.
The blue blobs are star forming areas in this galaxy.
The bright round object with the pink centre is a foreground star from our galaxy.
The object to the right is a bright foreground star from our galaxy.
Yep ! 😄
The white round objects are foreground stars from our galaxy.
Nice pic !
It's a very disturbed spiral galaxy. Looks really nice ! 😄
I'm not 100% sure, but I think it could be an asteroid.
Looks like it.
You can still classify these #wrong_size images ! 😄
Or a #boxy_bulge ! ! Anyway, nice catch! 😄
Oh wow ! I completely missed the nebula ! It looks amazing in the zoomed out DECaLS image !
Don't worry ! Every image will be classified by a lot of people, so any mistakes will get ironed out. Just enjoy the ride and have fun ! 😄
2/2
I can see it getting lots of different classifications which in turn will alert the scientists that there is something special about it.
1/2
If you see one spiral arm in this galaxy, classify it as such.
A fuzzy disturbed spiral with lots of optical artifacts.
It is a disturbed barred spiral with active star forming areas (the blue blobs).
2/2
See the zoomed out SDSS image : http://tinyurl.com/pt54l5g
1/2
The galaxy is probably merging, but not with the object in the centre of the image. That is a foreground star from our galaxy.
The white spikes and the blue line are just optical artifacts. But it looks cool ! 😄
#wrong_size
#wrong_size
2/2
Unfortunately it is in the centre of the image,so just classify it as star:artifact
Happy hunting ! 😄
1/2
The bright round object with the weird centre is a foreground star from our galalxy.
Both of the galaxies are disturbed, so #merger is definitely a possibillity ! 😄
The bright spot to the right could also be a foreground star from our galaxy ! No merger for me.
The object (bottom left) is a foreground star from our galaxy. The colours, spikes & blue spike at the centre are all optical artifacts.
It is just one galaxy. I'd classify it as a disturbed barred spiral with lots of active star forming areas (the blue clumps)
I'd go for disturbed barred spiral ! 😄
There is no centre star. The bulge in the centre of this galaxy is made up of lots and lots of stars!
See the comments below : It is a foreground star from our galaxy. Just ignore it ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and weird blue spike at the centre are all optical artifacts.
That is an amazing image ! #dailyzoo
Both galaxies look disturbed, so #merger for me ! 😄
Happy hunting and don't be afraid to ask questions ! 😄
The central object is a foreground star from our galaxy. The colours, spikes and weird blue spike at the centre are all optical artifacts.
No gravitational lensing here. The 'arcs' are two spiral arms folding all the way back to form a ring.
Looks like it ! 😄
Looks like a satellite trail to me.
The object in the centre of the image is a star from our galaxy. The colours, spikes and weird blue/pink centre are all optical artefacts.
The object at all most 12 o'clock is a foreground star from our galaxy. No merger possible ! and no supernova either, sorry !
The object in the centre of the image (which you are supposed to classify) is a fuzzy galaxy. Could be a disturbed spiral.
#wrong_size
The bright object to the right is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
No dustlane for me. Probably #merger ! 😄
In these Illustris images the blue blobs signify active star forming regions in the galaxy !
2/2
The bright object to the right is probably a foreground star from our galaxy, so no interaction possible.
1/2
Definitely a #merger ! Lots of interaction and tidal debris visible in this image.
That is a foreground star from our galaxy.
Not an edge on on for me ( too wide) I'm going for a bar ! 😄
Gorgeous #merger ! 😄
The blue dots signify star forming areas in these images.
http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
It could be a foreground star or else it could be an active star forming region in the galaxy.
Definitely a merger to the right, but please always classify the object in the centre of the image !
The small bright object to the right of the galaxy's centre is probably a foreground star from our galaxy.
The red thingies upper right, are an optical artifact.
#wrong_size
Disturbed spiral for me as well.
The bright object to the right is definitely a star. No interaction possible.
Hi nyjtm ! I don't mind to check out for you, but did you know that clicking on Galaxy Zoo examine will give you a lot more info !
Star forming is correct, but not gasses ! The blue smudges are star forming areas in this galaxy.
They have very close redshifts, so an interaction/merger in progress is definitely a possibility.
Looks like it ! 😄
Gorgeous #dustlane ! 😄
The blue clumps do indicate star formation.
No ring in this image for me. Looks more like a disturbed spiral galaxy.
No way to tell without additional information (redshift)
2/2
I'm just not sure the little guy at the bottom is the culprit. It does not look disturbed at all !
1/2
The central galaxy definitely looks disturbed.
In this version of GZ we have the DECaLS and Illustris data sets to classify.
You remembered ! 😄
Tx !
And yes, in these Illustris images, blue smudges mean star forming areas in the galaxy.
It looks like a star ! ;D
The two galaxies in the centre are both disturbed. #merger for me ! 😄
Nice #dustlane. Not too sure about the star formation.
Both galaxies look disturbed, #merger for me.
The red object at 1 o'clock is indeed a foregound star from our galaxy.
Not sure if the central galaxy is interacting with anything. And the red squigly line is an artefact. Definitely not a lens.
The central object is most definitely a very fuzzy and disturbed spiral galaxy.
Ooh ! Nice catch ! 😄
The image is very fuzzy, so it could go either way.
Both galaxies look disturbed and have the same redshift, so #merger is a possibility ! ;D
I'd go for #merger ! 😄
2/2
http://imagine.legacysurvey.org/?ra=344.7586932990936&dec=-0.71479536488192&zoom=14&layer=decals-dr1j
1/2
The galaxy is seriously disturbed. Probably interacting with the spiral galaxy to the right. (Same redhifts)
Image see next comment.
Yes. It is a diffraction spike (orptical artefact) caused by the bright star bottom left.
#wrong_size
No worries ! It gives me something to do ! ;D
#wrong_size
The object (top right) is not a galaxy but a star from our galaxy. The colours,spikes & weird centre are all optical artefacts.
I'd go for disturbed barred spiral.
The small dot at 1 o'clock is probably a foreground star from our galaxy. No overlap here.
The green arc is an optical artefact.
The red line is indeed an artefact.
Correct, the coloured lines are artefacts.
The object in the centre is definitely a galaxy. The bright object to the left is a foreground star from our galaxy.
See the comments below. the bright object in the centre of the image and the one to the right are foreground stars from our galaxy.
The central object is not a galaxy but a star from our galaxy. The colours,spikes & weird centre are all optical artefacts.
Happy hunting !
Wow ! Amazing #merger.
#dailyzoo #ZGOTW
#wrong_size
#wrong_size
The object in the centre of the image is a star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
Love it ! Beautiful Illustris image ! 😄
It is an Illustris image, so the blue smudges signify active star forming areas in the galaxy.
Could be, but there are other ways to determine if there is an AGN (besides just an optical classification) !
You could go for irregular but a distuberd spiral is another possibility ! 😄
Disturbed spiral maybe ? ;D
In these Illustris images blue smudges signify active star forming areas in the galaxy. Definitely not a comet.
The object (left edge) is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
Both galaxies are definitely interacting. Gorgeous #merger
The bright round objects are foreground stars from our galaxy.
In these Illustris images the blue blobs indicate active star forming areas in the galaxy.
I don't think we are supposed to get SDSS images anymore. Only DECaLS and Illustris. I'll try and find out.
Did you get this SDSS image for classification ?
Not an asteroid.
All the objects in this field have the same red dot. http://tinyurl.com/qf6lbus
Correct ! The red dot is a foreground star from our galaxy.
#wrong_size
The blue smudge is a starforming area in the galaxy.
The object in the centre is a galaxy. The two bright at the bottom are foreground stars from our galaxy.objects
Yep, definitely a galaxy. Possibly a fuzzy spiral.
#wrong_size
See the comments below : gorgeous #merger ! 😄
Any question here ? 😄
2/2
The bright object at the bottom is a foreground star from our galaxy.The colours,spikes&weird dark centre are all optical artefacts
1/2
A blue disturbed spiral galaxy in the centre of the image (that is the object you are supposed to classify).
The two white dots could be foreground stars or they could be part of the galaxy. 😮
I'm going with foreground stars ! 😄
#wrong_size
overlap for me as well.
No worries ! Just keep the questions coming! 😄
The blue blobs are active starforming areas in the galaxy. No voorwerpje here, sorry.
Or a barred two-armed galaxy where the two arms fold back to make a ring (a ringed galaxy) 😄
Yep, it is a foreground star from our galaxy. Looks cool though! 😄
I see a disturbed two armed spiral. Not sure what you mean by the scythe shapes ?
Most probably a foreground star.
This galaxy has a very bright core. And where do you see the 'supernova' ?
An irregular will look disturbed anyway ! ;D
I'd go for severly disturbed spiral in this case.
The small red object is a foreground star from our galaxy.
The central object is indeed a star but the colours, spikes and weird centre are all optical artefacts.
Wow ! 😄
Definitely interacting with the galaxy bottom right. Great #merger.
#wrong_size
Ooh, looks like it could be a polar ring ! Really nice catch ! 😄
it's a possibility.
The central object is a fuzzy galaxy. The red glow and the spike are optical artefacts caused by a bright star outside of the image.
Not sure what you mean.
It is a lovely 3-armed spiral. Nice catch !
Happy hunting ! 😄
The object in the centre of the image is not a galaxy but a star from our galaxy.The colours,spikes & weird centre are all optical artifacts
Not sure if I would tag this one with star forming ! I'd probably go for disturbed edge on.
The blue dots are active star forming areas in this galaxy.
Both of the galaxies look disturbed, so merger is a definite possibility ! 😄
I'd go for a disturbed galaxy.
The central object is not an artefact but definitely a faint and fuzzy galaxy ! 😄
Gorgeous #merger !
Looks like an artefact to me.
The blue dots are active star forming areas in this disturbed galaxy.
It's an artefact.
#wrong_size
#wrong_size
More likely a foreground star.
#wrong_size
That is most probably a foreground star from our galaxy.
The blue dots in these Illustris images do indeed mean star forming areas in the galaxy.
#overlap #dailyzoo ! 😄
Looks like it ! 😄
Really ? I'd go for barred spiral anytime !
This is an optical artifact because the objects are so small.
#wrong_size
Do you mean the object at 7 o'clock ? That is another galaxy (edge on) in the background.
The galaxy is very disturbed but there is no candidate in the picture. Could be the result of a flyby.
The blue dots signify areas with active starformation in the galaxy.
The central object is a star from our galaxy. The colours, spikes and dark patch are all optical artefacts.
Gorgeous disturbed spiral ! 😄
Not sure this is a barred galaxy. Could be a disturbed spiral galaxy.
The bright white object in the centre of the image is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
Yep ! Definitely artefacts.
The central object is indeed a star from our galaxy. The colours, spikes and weird centre are all optical arteacts.
Always classify the object in the centre of the image.
The object bottom right corner is a foreground star from our galaxy.
#wrong_size
It's a star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
No gravitational lens here. The blue dots are star forming areas in the galaxy.
Not a star but a real galaxy. Smooth and round.
No problem, just ask as many questions as you want ! We are here to help ! 😄
This is actually a star from our galaxy. The colours, spikes and weird centre are all optical artefacts. So, just classify as star/artefact!
Nope. Not a nebula but a disturbed barred, spiral galaxy.
Gorgeous #merger. 😄
Features, no edge on, no bar, no spiral, obvious bulge, anything odd : merger or disturbed. That is how I would classify it. 😄
Definitely a spiral. Just a very fuzzy and disturbed one.
happy hunting ! 😄
The central object is a star from our galaxy. The colors and weird centre are optical artefacts.
Happy hunting ! 😄
It looks like there is some interaction going on between these two galaxies. I'm going for #merger ! 😄
Not that much distortion visible. Could be just a line of sight.
Not sure about it being a 2-armed spiral.I'd go for a disk/spiral seen edge on,but then you cannot be sure how many arms there are(if any).
Your guess is as good as mine ! It looks like these two galaxies are merging. 😄
Just give it your best guess.
Splendid is the correct word ! #dailyzoo
Two armed spiral for me as well.(squinting helps) Did you notice the small #overlap top left ! 😄
Gorgeous ! definitely #dailyzoo 😄
The blue spike, bottom right corner, is an optical artifact caused by a bright star.
Sorry, I don't understand your question.
It has pointy ends. So, it is more likely to be a disk or a spiral seen edge on.
The bright spot is probably a foreground star from our galaxy.
It could be a merger of two galaxies. But one of the bright spots could just as well be a foreground star.
Not dead, just faint and fuzzy.
Happy hunting ! 😄
Just answer the questions as well as you can.Thanks for participating! 😄
Sorry, but the scientists want you to guess instead of dodging the question. Just give it your best guess ! 😄
2/2
The dark dots in the centre of the bright objects are artefacts. The bright objects are foreground stars from our galaxy.
1/2
Please read the comments. In these images it is not possible to see planets.
The red glow is a foreground star from our galaxy just outside of this image. The colours and spikes are optical artefacts.
Just classify as star/artefact and hope for a gorgeous image ! 😄
Again, this is probably a foreground star from our galaxy. The colours and weird centre are just optical artefacts.
Sorry, it is not possible to see planets in these images. The red dots are probably foreground stars from our galaxy.
The bright white object with the blue centre is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
The object, bottom right, is a foreground star from our galaxy. The colours, spikes and weird centre are all optical rtrefacts.
Sorry, but I don't see a bright light on the bottom left side ?
The bright white object in the centre of this image is probably a foreground star from our galaxy.
The green and red spots around this galaxy are just noise.
The white object with the red centre, top left, is a star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
Amazing ! 😄
The two galaxies look like they are interacting but the image is very fuzzy. Anyway, it is your call! ;D
The red line is an artefact. And a disturbed spiral ! Nice catch !
A smooth and almost round galaxy. 😄
Yep ! #merger for me ! 😄
Not much distortions visible. No merger for me.
What about tidal debris ? (the easiest answer)
Really looks like these two are interacting. Lovely #merger ! 😄
The elongated object is another galaxy. Could be an overlap, could be a merger;
Very faint and fuzzy galaxy.
The white object with the purple centre (top left) is a foreground star from our galaxy. The colours and weird centre are optical artefacts.
The red bright thing top right is a star from our galaxy.
What an amazing disturbed spiral ! 😄
I'm really not sure this is an elliptical. I'd go for a barred and disturbed spiral
Wow ! Nice one ! 😄
Could this be a #polarring ? Or am I seeing things ? ;D
Gorgeous barred, 3-armed spiral. 😄
Yep, definitely a #dustlane but it is very faint. Nice catch ! 😄
Lovely spiral ! 😄
Happy hunting !
Sorry, no jet in this image.
Yes, definitely a galaxy. The dark spot is just an artefact !
Probably just a line of sight.
Wow ! 😄
The star is a foreground star from our galaxy. It is definitely not behind the galaxy.
The red lines look like artefacts to me.
Not a dust cloud but tidal debris. It s a very disturbed galaxy.
The stars inthese images are foreground stars from our galaxy.
In the Illustris images, the blue dots are star forming areas in the galaxy.
But sadly, it is not an eclipse. 😄 It is a star from our galaxy. The colours and weird centre are optical artefacts.
Definitely a bar ! 😄
Extremely beautiful spiral galaxy ! Je suis d'accord ! 😉
Oops ! 😄 Just click star/artefact !
Happy hunting ! 😄
Correct, that is a star. The weird centre and lines are optical artifacts.
I'd go for smooth and in between.
Happy hunting ! 😄
In these Illustris images the blue dots are star forming areas in the galaxy.
A disturbed disk or spiral galaxy seen edge on.
Happy hunting ! 😄
A pretty impressive #merger ! 😄 Nice catch !
In these Illustris images, the blue dots are active star forming areas in the galaxy.
The bright object is a foreground star from our galaxy.
In these Illustris images, the blue dots mean active star forming areas in the galaxy.
Tappy hunting ! 😄
Sorry, i don't see a ring here.
This is a star from our galaxy.The spikes and dark feaure all optical artifacts.
Classify as star:artifact.
Happy hunting ! 😄
The blue dots are ative star forming areas in the galaxy.
In the Illustris images these blue dots are star forming areas in the galaxy.
first what ?
Gorgeous barred spiral !
And no need to shout ! ;D
First what ? Just asking ! ;D
Looks too straight to be anything natural. Artefact for me.
It sure is ! 😄
Happy hunting ! 😄
2/2
But don't worry, this image will probably have some wildly varying classifications, so It will get flagged as "weird" ! 😄
1/2
As it says on the classifying page : Always classify the galaxy in the centre of the image. So,here it would have to be: star/artefact
The central galaxy is not that hard to classify though 😄
Always classify the object in the centre of the image, even if it is the most boring one! 😃
Both galaxies look disturbed. Nice #merger.
The blue blobs are active star forming areas in the galaxy.
What are you referring to ?
Most of the small round objects are foreground stars from our galaxy.
The small round objects at the top are foreground stars from our galaxy.
Probably a foreground star from our galaxy.
Definitely a merger ! Nice catch! 😄
So this means the sims are really good ! 😄
Oh yes ! 😄
#blank
The central object looks like a foreground star to me. So, no merger here.
I'd go for smooth and round for this galaxy.
This is probably a star from our galaxy. Just classify as star/artefact.
It's an Illustris image. See this blog post for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
A faint and fuzzy galaxy probably interacting with the one to the left.
The object in the centre of the image is a disturbed galaxy.
Here is some more info on the Illustris images : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
The blue spots are active star forming areas in the galaxy.
It looks like they are interacting.
Definitely artefacts.
See this blog post for more info : http://blog.galaxyzoo.org/2015/09/21/new-images-for-galaxy-zoo-part-2-illustris/
Happy hunting ! 😄
It is a very disturbed galaxy. Lots of tidal debris.
2/2
Can we have an example of how voorwerpjes would look like in these images ?
1/2
In the SDSS images the voorwerpjes had these incredible flashy colours.
Blue in the Illustris images indicates areas of star formation.
2/2
The galaxy in the centre has a couple of active star forming regions (the blue blobs)
1/2
Don't worry, lots of people will classify this image, so any mistakes will get ironed out.
Nobody's perfect ! 😉
The blue blobs are probably areas with active star formation. More here : http://blog.galaxyzoo.org/?_ga=1.160611966.259766795.1441311472
The galaxy is obviously disturbed.
A fuzzy disturbed spiral.
It's a bad image from the edge of the survey, aka The Cosmic Scarf. 😄
See the very zoomed out pic : http://tinyurl.com/paw4rqd
Looks like 3 stars to me . But I prefer Mickey Mouse ! 😉
The image is very fuzzy so it is difficult to tell. But merger is still an option.
No merger here, just one galaxy. The blue blob is a star according to Skyserver, but it could also be a star forming area in the galaxy.
See the comments below : just a bright star. The colours, spikes and weird centre are all optical artefacts.
The small object between the two stars could be another star or a very faint and faraway galaxy. Your guess is as good as mine. 😄
All the objects in this image are stars from our galaxy.
No gravitational lens here, sorry.
2/2
So the classifications will be all over the place.
1/2
This is a difficult one. Although it is centred on the star, I think most people will classify the galaxy.
Nope, just classify as star/artefact and move on ! Sorry ! ;D
Inner ring ! 😄
All the objects in this image are stars from our galaxy. Looks pretty though ! 😄
Both the object in the centre and the one top left corner are both galaxies.
It's a bad image from the edge of the survey. Just classify as star/artifact.
Not a galaxy but a star from our galaxy. The colours are not real. Classify as star/artefact.
The central object is a galaxy, but the bright one at the top is a foreground star from our galaxy, so definitely no merger here.
Definitely two galaxies !!! No dustlane here. and with these fuzzy images, no way to tell if they are interacting. The top1 looks disturbed
See the comments below : out of focus and overexposed stars from our galaxy.
All the objects in this image are overexposed and out of focus stars from our galaxy.
No merger here. Just three stars in a row. Nice chance alignment.
Definitely no gravitational lens here. The stars are stars from our galaxy, so they cannot be lensed by the galaxy.
Nope ! 😄
It's a bad image from the edge of the survey. Also known as the Cosmic Scarf : http://tinyurl.com/pmak69d (very zoomed out)
Shamelessly plugging for another project : GZ Bar Lengths : https://www.zooniverse.org/projects/vrooje/galaxy-zoo-bar-lengths/classify/ 😄
Yep, fuzzy spiral or disk.
For me this is just a very disturbed spiral with a couple of active star forming regions.
I'd probably go for two spiral galaxies interacting ! But hey, it is your classification ! 😄
And happy hunting! 😄
Definitely a disturbed spiral.
And the red object to the left is probably a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
Stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
In this case, if the image is centered on a part of the galaxy, you can classify the galaxy. Slightly disturbed spiral for me.
2/2
Correct classification : disturbed spiral.
1/2
The object at 7 o'clock is a foreground star from our galaxy. You incorrectly identified the centre of the galaxy as a star.
The small round orange object is a foreground star from our galaxy.
Both the objects here are stars from our galaxy, but the colours are not real. They only appear to be touching. Definitely no merger here.
Since it is only visible in one filter, I'm thinking artefact.
See the comments below ! 😄
2/2
But since all the objects in this image are stars from our galaxy, classify as star/artifact.
1/2
The centre of the image is right in between the two objects.
All the objects in this image are stars from our galaxy, but he colours are not real.
This is actually a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Correct. These are out of focus and overexposed stars from our galaxy.
These are indeed stars from our galaxy. No way to tell from just this image if they are actually close toghether or just line of sight.
It is a bad image from the edge of the survey.
Looks like an artifact to me.
Could be a foreground star.
Here in GZ we only use the hashtag overlap for galaxy/galaxy overlaps ! So, this is technically an overlap but in GZ not ! 😄
Thanks !
Not sure what you mean with spoked and dust? Would you care to explain ?
Could be a disk or a fuzzy spiral.
A barred spiral galaxy, slightly disturbed.
The green streak is a satelite trail. Probably a tumbling sattelite !
Definitely stars from our galaxy. 😄
Not a galaxy, but a star from our galaxy. The colours are not real.
It is a bad image from the edge of the survey. See the comments below ! 😄
The bright round orange object is a foreground star from our galaxy ! 😄
The object in this image is a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Not a bug, just imaging and filter problems. Btw, all the objects here are stars from our galaxy.
Not a bug. Just a lot of imaging and filter problems. All the objects here are stars from our galaxy.
Hi samko13,
All the objects in this image are stars from our galaxy, but the colours are not real. Looks cool though ! 😄
Nope. It is a a star from our galaxy.
All the objects in this image are out of focus and overexposed stars from our galaxy.
It is a bad image from the edge of the survey.
The small red dots are foreground stars from our galaxy. And so are the other round dots.
All the objects in this image are stars from our galaxy, but the colours are not real. The stars only appear to be touching. No merger here.
See the comments below : the red line is a satellite trail
2/2
The colors, rings and dark spots are all optical artefacts.
1/2
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Both the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The green object to the left of the central galaxy os a foreground star from our galaxy.
The bright blue object to the right of the centre is probably an active star forming area in the galaxy.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems.
The bright star at 9 o'clock is a foreground star from our galaxy.
Very disturbed spiral ! 😄
This is actually a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Lol !
See the comments below.
It's a possibility.
Te green dots are probably just artefacts.
There was a supernova in 2011 (SN 2011gi). But I don't know when this image was taken.This is were it was located http://tinyurl.com/q7tddvq
I wouldn't call this lensing (but I'd be happy to be proven wrong ! 😃 )
Two galaxies interacting for me. #merger
Thanks for posting this, but we already know the ra and dec. 😃
Sorry, that is not correct !
All the objects in this image are stars from our galaxy.
It is a bad image from the edge of the survey. Also known as the Cosmic Scarf. 😄 See the very zoomed out image : http://tinyurl.com/pfov3vg
Hi Graham, please only use the hashtag overlap for galaxy/galaxy overlaps ! Thanks 😃
Great catch, btw ! 😄
All the objects here are out of focus and overexposed stars from our galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/artefact.
The red dot is definitely a foreground star from our galaxy.
Probably #merger ! 😄
Sorry, not a gravitational lens here. It looks more like a disturbed spiral arm.
Correct, the orange round object at 6 o'clock is indeed a foreground star from our galaxy.
Where did you find this information ?
All the objects in this image are stars from our galaxy, but the colours are not real. Classify as star/artefact.
The object, top right, is a foreground star from our galaxy. The colours and weird dots are all optical artefacts.
The image is just too fuzzy to tell. It could just as well be noise.
It is a bad image from the edge of the survey. Just classify as star/artefact.
Kazarian ??? 😄 Try googling kazarian ! 😉
Please explain ! 😄
Sorry, no merger of galaxies here. Both the objects are stars from our galaxy but they only appear to be touching&the colours are not real.
All the small bright objects have the same appearance, so imaging artefact is correct ! 😄
These two objects are stars from our galaxy, but they only appear to be touching. No merger here ! And the colours are not real.
The small white object at 10 o'clock is probably a foreground star from our galaxy.
All the objects in this image are stars from our galaxy, but the colours are not real. Classify as star/artefact.
Both these objects are stars from our galaxy, but the colours are not real. And they only appear to be touching.
The darker dot (left edge of the galaxy) is probably an artifact.
All the objects in this image are stars from our galaxy, but their colours and the colour of the background are not real. Filter problems.
It's a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
It's a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
It's a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
This is actually a star from our galaxy, but the colours are not real.
Classify as star/artifact.
Both these objects are stars from our galaxy. But they only appear to be touching. No merger here.
The objects (bottom & top right) are both foreground stars from our galaxy. The colours, spikes and weird centre are all optical artifacts.
It's a star from our galaxy, but the colours are not real. Lots of imaging and filter problems.
These objects are indeed all stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
These objects are indeed all stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
With this colour it is a very safe bet to go for star/artefact ! It is a bad image from the edge of the survey, btw.
Gorgeous image ! 😄 Btw, all the objects in this image are stars from our galaxy. Classify as star/artefact.
The blue streak is a rotating satellite caught in just one filter.
See the zoomed out and rotated image : http://tinyurl.com/pefx4ov
See the comments below : A lot of stars from our galaxy and an amazing chance alignment! 😄
The darker dot in the centre is an optical artefact caused by oversaturation.
The object in this image is a star from our galaxy, but the colours are not real. The colours and weird centre are just optical artefacts.
The multiple colours are just optical artefacts ! (sorry ! )
The object at the top is a foreground star from our galaxy, so definitely not a merger.
All the objects in this image are stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
All the objects in this image are indeed stars from our galaxy. but the colours are not real. Lots of imaging and filter problems.
See the comments below ! 😄
The blue object top left is a fuzzy galaxy, most probably not connected with the central one.
Always classify the object in the center, even if it is the most boring one ! 😄
Here, all the objects are stars from our galaxy.
Which one ? 😄 The central object (which you are supposed to classify) is a fuzzy galaxy. The smaller one at 4 o'clock is probably a star
LOL !
A couple of out of focus and overexposed stars from our galaxy ! 😄
I'd go for (maybe disturbed) spiral ! No dustlane for me.
A very fuzzy image of a galaxy. Just answer the questions as well as you can !
Here in GZ we (try to) use the # overlap only for galaxy/galaxy overlaps. Thanks for helping out ! 😄
They look like two stars that appear close together in this image as well ! 😄
Definitely disturbed. Could be the result of a fly-by.
What about the black hole in the centre ? 😄
Yep ! ;D Misalignment of the filters.
It is a bad image from the edge of the survey. Just classify as star/artefact.
Three galaxies, probably interacting.
See the comment below : a bad image from the edge of the survey. Classify as star/artifact.
All the objects in this image are stars from our galaxy, but the colours are not real. So, no bulge here ! Classify as star/artifact.
A fuzzy galaxy. Really not much more to tell about it ! 😄
The cloud top left is another galaxy. Could be interacting with the central one.
Out of of focus and overexposed stars from our galaxy. But the colors are not real.
I can imagine this hanging on my living room wall ! 😄
The object, top right, is a foreground star from our galaxy. The colours, spikes and weird centre are all optical artefacts.
The object top right is a disturbed spiral galaxy with a bright core. The object at 3 o'clock is a foreground star from our galaxy.
Either a disturbed spiral or else an irregular galaxy. Just answer the questions as well as you can !
Happy hunting ! 😄
Stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Yep, definitely a star from our galaxy, but obviously the colours are not real. Lots of imaging and filter problems.
Indeedie ! So many stars ! 😄
I'd go for seriously disturbed spiral. And the thing you see in the u-band is not a jet but an internat structure of the galaxy.
The object top left corner is a foreground star from our galaxy.
See the comments below : an overexposed and out of focus star.
The green smudge at 5 is not a galaxy but an artifact.
Most definitely not. The central galaxy is a spiral galaxy and these are just not massive enough to do any kind of lensing.
It could very well be a disturbed fuzzy spiral (just saying ! 😉 )
Not sure if there is a dustlane here. Could just be an optical artifact.
Oh wow, what a gorgeous #merger ! 😄
Don't classify based on colour. Just answer the questions as well as you can ! And this one will get very different classifications ! ;D
All the objects in this image are stars from our galaxy, but the colours are not real. Lots of imaging and filter problems.
Definitely a galaxy ! 😄
The dark dot in the center of the galaxy is an optical artifact caused by oversaturation
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Happy hunting ! 😄
😄
Out of focus and overexposed star from our galaxy.
At these distances it is not possible to see individual stars ! 😄
Mais une très belle galaxie quand même ! 😄
2/2
See the rotated and zoomed out image : http://tinyurl.com/p5bnc8t.
1/2
The blue line is indeed an optical artifact, caused by a bright star outside of this image.
What do you mean with protostars ?
The two round objects are foreground stars from our galaxy.
The objects at the tips of the spiral arms are probably foreground stars from our galaxy. No overlap here.
At these distances it is not possible to see individual stars.
These are out of focus and overexposed stars. Just classify as star/artifact.
Sorry !
No worries, we've all been there ! 😄
No merger here. All the small round objects are foreground stars from our galaxy. And we only use the # overlap for galaxy/galaxy overlaps
Disturbed barred spiral for me. But it looks amazing ! 😄
Or merging. The image is just too fuzzy to tell.
Definitely disturbed ! 😄
The small orange object could just as well be a foreground star from our galaxy. No merger or overlap for me.
Definitely a fuzzy spiral.
The blue dots are not individual stars but star forming regions in the galaxy.
If there is no distortion it could just as well be an overlap.
Just one galaxy for me. No merger here.
The green line is a satellite trail.
The object at 4 o'clock and the red one to the left are both probably foreground stars from our galaxy. No merger here.
Looks like it ! 😄
The small blob could be a foreground star or another galaxy. Not much information to go on. No merger, no overlap for me.
No ring for me.
Lovely stars from our galaxy.
It could be a foreground star or an active star forming area in the galaxy.
The darker area in the center is indeed an optical artifact caused by oversaturation. The dot at 2 o'clock is probably a foreground star.
Probably just an edge on and a chance alignment. Sorry !
Yep, merger for me too ! Nice catch ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No lens here !
Correct ! But obviously the colors are not real.
The 'jet' is indeed just an optical artifact (iffraction spike) caused by a bright star almost outside of this image. 😃
😄 Tx !
And it is totally addictive ! I only started 8 years ago ! 😉
Just keep the questions coming and have fun ! 😄
If you see a hint of spiral arms it is definitely not an elliptical.
Try squinting ! 😄
Definitely not an elliptical as there are some features visible. Probably a fuzzy 2-armed spiral with a big bulge.
I'd probably go for disturbed spiral. Not sure if there is a dustlane.
The image is very fuzzy, so difficult to see if the galaxies are interacting.
I wouldn't call this one an irregular. I'd go for disturbed spiral.
Without additional info it is not possible to tell if the galaxy to the right is close or not to the central one.
The two galaxies are probably interacting. The top one is definitely disturbed, but I'd go for disturbed spiral for that one.
The two objects in the center are indeed galaxies, probably interacting.
The central object is a disturbed spiral galaxy. The bright one to the left is a foreground star from our galaxy.
See the comments below : Two stars from our galaxy, but the colors are not real.
Al the objects in this image are out of focus and overexposed stars from our galaxy.
Correct !
It's a diffraction spike (optical artifact) caused by a bright star outside of this image.
It is a star from our galaxy, but he colors are not real. Lots of imaging and filter problems.
All the objects in thiis image are stars from our galaxy. No dustlane and definitely no merger here.
This is a star from our galaxy but the color is not real. Filter problems. And sorry, I don't know its name ! 😉
The red dot in the center of the galaxy is an optical artifact caused by oversaturation The larger red object at 4 o'clock is a star.
See the comments below : imaging artifacts. No asteroid here.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The red object at the top is a foreground star from our galaxy. But the color is not real.
This is indeed a star from our galaxy. The colors and weird center are optical artifacts.
Or very disturbed spiral galaxy.
Both these objects are stars from our galaxy that only appear to be touching. No merger here, sorry.
And the object, top left corner, is just a very bright star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Not sure I'dd call this one an elliptical. I'd probably go for irregular.
All the objects in this image are stars from our galaxy but the colors are not real. Lots of imaging and filter problems here.
LOL !
These are actually stars from our galaxy but the colors are not real. Lots of imaging and filter problems here.
This is actually a star from our galaxy but the colors are not real. Lots of imaging and filter problems here.
The object at 3 o'clock is probably a foreground star from our galaxy so it cannot be interfering with the central galaxy.
Definitely a galaxy.
Misalignment of filters
All the objects in this image are out of focus and overexposed stars from our galaxy.
This is actually a star from our galaxy, but the color is not real. Lots of filter and imaging problems.
Yep ! These are actually stars from ourgalaxy, but the colors are not real.
That is probably a foreground star from our galaxy.
I'd go for foreground star from our galaxy.
That is just an optical artifact sorry.
Neither ! The small round object is a foreground star from our galaxy.
Or two stars that just appear to be very close. Remember, the colors are not real.
All the objects in this image are stars from our galaxy.
The white round object is a foreground star from our galaxy.
The white point is most probably a foreground star from our galaxy.
Nope, not a nebula but a real galaxy. I'd go for very disturbed spiral. But irregular is also an option. It is your call ! 😄
Two galaxies interacting. #merger
The central fuzzy object is a galaxy (smooth - round). The bright small round object is a foreground star from our galaxy.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Classify as star/artifact !
These stars only appear to be touching. No overlap here. And in GZ we use the # overlap only for galaxies overlapping ! 😄
This is actually a star from our galaxy,but the colors in this image are not real. Lots of imaging&filter problems here.Happy hunting ! 😄
The green dot at 9 o'clock is a cosmic ray hit that didn't get removed from the image.
See the comments below : overexposed and out of focus stars from our galaxy.
Probably a foreground star from our galaxy.
These are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here.
It is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
It is actually two two-armed spirals interacting ! Gorgeous #merger.
I'd go for a loose two-armed spiral. But hey, that is just me ! 😄
Not sure if I'd call this an overlap.
Or it could be the result of a flyby ! 😄
The central object is a galaxy, the other ones in this image are foreground stars from our galaxy.
Yep ! 😄
This is actually a star from our galaxy, but the colors are not real.
Both these objects are out of focus and overexposed stars from our galaxy. No merger here.
With these images it is never easy to tell, but here I'd go for #merger ! 😃
And definitely no graviational lensing here ! 😄
Sorry, these object are not galaxies but stars from our galay and the colors are not real. Lots of imaging and filter problems here.
The central object is a galaxy, the one to the right is a foreground star from our galaxy.
The asteroid is the tiny blue/red/green thingy in the upper left quadrant left of the orange star.
Overexposed and out of focus stars from our galaxy ! 😄
This is actually a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
This is actually a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
See the comment below : This is a star from our galaxy, but the colors are not real. The blue crescent is also an optical artifact.
It doesn't look like any potato I've ever seen ! 😉
The central object is a galaxy, but all of theother ones are probably stars from our galaxy.
Two galaxies interacting : lovely #merger.
The object bottom left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Correct ! 😄
All the objects in this image are stars from our galaxy. So, classify as star/artifact.
Yep ! 😄
Correct ! Fuzzy spiral
Very fuzzy and disturbed spiral.
Definitely a spiral with two fuzzy arms that fold back all the way to form a ring
The blue "cloud" is a disturbed galaxy. The yellow ball is a foreground star from our galaxy.
It is actually as star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Too fuzzy to tell really.
No, sorry, not an asteroid but probably a cosmic ray hit that didn't get removed.
Yep ! 😄
Oops, sorry. It is just two stars from our galaxy that only appear to be touching. No merger here !
The red hue is just a filter problem. And the objects in this image are stars from our galaxy but the colors are not real.
Definitely not a galaxy ! It is a bad image from the edge of the survey, also known as the Cosmic Scarf : http://tinyurl.com/p5hat3o
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It is a bad image from the edge of the survey.
1/2
Congrats ! You found a piece of the Cosmic Scarf (see the very zoomed out image : http://tinyurl.com/ne363r5).
Sorry, all the objects in this image are stars from our galaxy. No merger here.
Nope, just a star from our galaxy. Lots of filter and imaging problems.
Sorry, not a quasar but a star from our galaxy. But the colors are not real. Lots of imaging and filter problems. Also no lensing here.
Correct ! All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Both these objects are stars from our galaxy, but the color is not real. Filter problems.
The 3 fuzzy ones in the center & the one at 3 o'clock are galaxies. The small round ones & the bright one (bottom) are all foreground stars.
I still have no idea what you are trying to prove but could you please stop posting these links. They are cluttering up the Recents page. TX
Still not sure what you are trying to explain. Are you seriously saying that there are no stars in this galaxy ? Hint : you would be wrong !
All the objects in this image are stars from our galaxy. No merger here.
I am not sure what you are trying to explain here. I'm with wtaskew here.
If it is an elliptical it cannot be an edge on !
All the objects in this image are stars from our galaxy.
It could be another galaxy or it could be a foreground star.
Two galaxies interacting. Lovely #merger.
😄 These are all out of focus and overexposed stars from our galaxy.
I see just one very disturbed galaxy.
The central object is a very fuzzy spiral. The bright round object is a foreground star from our galaxy.
These two objects are stars from our galaxy. They only appear to touching. No merger here.
The bright object to the right is a foreground star from our galaxy. the colors, spikes and weird center are all optical artifacts.
The green dot is not an asteroid. It is probably a cosmic ray hit that didn't get removed.
Looks more like faint spiral arms to me.
It is your call ! 😄
Two spirals, probably interacting ! 😄
Yep ! 😄
2/2
And no way to tell from just this image if they are really close together or if this is just a chance alignment.
1/2
The objects in this image are indeed stars from our galaxy, but the colors are not real.
The bright object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects here are stars from our galaxy. The two in the center only appear to be touching. No merger or graviational lensing here.
Definition of galaxy (wiki) : A galaxy is a gravitationally bound system of stars, stellar remnants, interstellar gas & dust, & dark matter.
It is a disk or spiral galaxy seen edge on.
The object bottom left is probably another galaxy. Difficult to tell whether or not it is ineracting with the central one.
Itis a galaxy with lots and lots of stars.
You do realize that this is a galaxy !
Billions and billions of stars in this galaxy.
Beautiful edge on spiral or disk galaxy containinng millions and millions of stars and a lovely dustlane.
Too fuzzy to tell, but definitely not a voorwerp (the color is all wrong)
Overexposed and out of focus star from our galaxy.
It is a star from our galaxy, but the color is not real. Something went wrong with the filters.
Classify as star/artifact.
It is a star from our galaxy, but the colors are not real.
Overexposed and out of focus stars from our galaxy.
Overexposed and out of focus star from our galaxy.
Overexposed and out of focus star from our galaxy.
Nice catch ! 😄
Not sure it is a merger. There is some disturbance, but it could be an overlap as well.
I'd say yes !
It is a bad image from the edge of the srvey. Just classify ast/artifact.
Correct. The object at the top is a foreground star from our galaxy. No merger here.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imging and filter problems.
Correct ! All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imging and filter problems.
Two-armed, barred spiral. 😄
Hey Countryboy, we've all been there and done that ! Don't worry ! Lots of people will see this same image !
Happy hunting ! 😄
All the objects here are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The objects in this image are stars from our galaxy, but the colors are not real. & they only appear to be touching. Nice chance alignment.
Yep ! #merger in progress.
All the objects in this image are out of focus and overexposed stars from our galaxy.
Classify as star/artifact.
Happy hunting ! 😄
All the objects in this image are out of focus and overexposed stars from our galaxy.
Classify as star/artifact.
Happy hunting ! 😄
See the comment below : All the objects in this image are stars from our galaxy.
It is an out of focus and overexposed star. Just classify as star/artifact.
I'd go for two spiral galaxies in this image. Not sure if they are merging though, not much distortion visible.
It is an overexposed and out of focus star from our galaxy. Just classify as star/artifact.
The central object is a galaxy. The two round bright ones to the right are foreground stars from our galaxy.
The central object is a fuzzy spiral. No gravitational arc here.
Allthe objects int his image are stars from our galaxy. No merger here.
The objects in this image are all stars from our galaxy. The two in the center only appear to be touching. No merger here, sorry.
Three galaxies, probably merging
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
This is a star fom our galaxy, but the colors are not real. Lots of filter and imaging problems in this image.
See the comments below : the colors are not real. Filter problems
All the objects in this image are stars from our galaxy. Lots of filter and imaging problems here.
No asteroid in this image, sorry.
I can see at least one spiral arm.
These objects are stars from our galaxy that only appear to be touching. No merger here.
All the objects in this image are stars from our galaxy.
I'd go for fuzzy galaxy.
Not a green pea but a star from our galaxy. The colors are not real.
Not green peas but stars from our galaxy. Lots of imaging and filter problems in this image.
The darker spot in the center of the galaxy is an optical artifact caused by oversaturation.
The darker spot in the center of the galaxy is an optical artifact caused by oversaturation.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Yep, definitely a galaxy.
This is actually a star from our galaxy but the colors are not real. Lots of Imaging and filter problems Just classify as star/artifact.
See the comments below ! 😄
Again, just overexposed and out of focus stars from our galaxy. Just classify as star/artifact.
Happy hunting ! 😄
Again, just overexposed and out of focus stars from our galaxy. Just classify as star/artifact.
Happy hunting ! 😄
LOL ! 😄
It is actually an out of focus and overexposed star. Just classify as star/artifact.
Edge on spiral or disk galaxy with a huge bulge.
Two galaxies, probably interacting.
See the comments below, these are just two stars.
Disturbed galaxy. No lens, sorry.
The fuzzy orange object in the center is a galaxy. The other bright round objects are all foreground stars from our galaxy.
This is actally a star from our galaxy but the colors are not real.
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/artifact.
The greenish/red round object to the left of the galaxy is a foreground star from our galaxy. the colors are not real.
See the comments below : All the objects in this image are out of focus and overexposed stars from our galaxy. Classify as star/artifact.
Disturbed spiral for me. No lensing here, sorry
This is actually a star from our galaxy but the colors are not real. Lotsof imaging and filter problems here.
Definitely not an ellitical !
it is probably a two armed spiral where the faint and fuzzy arms fold back to make a ring.
Beautiful !
The small round objects that form a half circle to the left are indeed foreground stars from our galaxy. Very nice chance alignment.
This is just a bad image from the edge of the survey. Just classify as star/artifact.
Collision de deux galaxies spirales ! 😄
Merger of two spiral galaxies.
All the objects in this image are stars from our galaxy but the colors are not real. Lots of imaging and filter problems here.
Not much (if any) distortion in either galaxy, so #overlap for me.
1/2
The central object is definitely a galaxy. The small 1 top left could be a galaxy but it could just as well be a star from our galaxy
This is just a star from our galaxy but the colors and weird pink stripe are optical artifacts. Just classify as star/artifact.
The two bright round objects are foreground stars from our galaxy anc not connected to the central galaxy.
The bright round object bottom left is a foreground sta from our galaxy.
Nope not an artifact, it is a foreground star from our galaxy, but the colors, spikes and weird center are all optical artifactq !
Why what ?
lol ! 😄
PS : see the comments below ! ;D
AGN is a possibility.
Yep ! 😄
Not a supernova explosion but just a star from our galaxy. The colors are not real. Lots of imaging and filter problems in this image.
So, how did you classify it ? 😄
That is a foreground star from our galaxy, but the colors are not real.
Correct. It is a bad image from the edge of the survey. Just classify as star/artifact.
Here in GZ the # overlap is only used for galaxy/galaxy overlaps.
The greenish triangle is just an optical artifact. Looks cool though ! 😄
The dark brown /red stripe along the galaxy is a lovely dustlane !
I'd go for edge on disk or spiral galaxy !
Both galaxies are seriously disturbed. So it is safe to say that they are interacting ! Gorgeous #merger ! 😄
Sorry to burst your bubble, but all the objects in this image are stars from our galaxy that only appear to be touching.
What an amazing spiral galaxy !
#dailyzoo !
I'd go for a fuzzy disturbed spiral with lots of active star forming areas (the blue clumps)
That is probably a foreground star from our galaxy.
😄
The central object is a disturbed barred spiral. The small round objects are all foreground stars from our galaxy. Looks amazing ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Just classify as star/artifact.
Tout à fait ! It is also a spiral galaxy, just like our Milky Way
Yep ! 😄
The blue clumps in this disturbed barred spiral are very active star forming regions in the galaxy.
These are actually stars from our galaxy, but the colors are not real. Classify as star/artifaat.
It is a bad image from the edge of the survey. Classify as star/artifact.
Very disturbed spiral galaxy.
It's a disturbes spiral galaxy.
This is actually a star from our galaxy. The colors and black dots are all optical artifacts. Jut classify as star/artifact.
Overlap or merger : it is your call ! 😄
See the comment below ! Nice merger ! 😄
There are three galaxies in this image; They all look disturbed, so it is possible that they are interacting.
Sorry, no merger here. These two objects are stars from our galaxy. The colors are not real. Just classify as star/artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems here. Just classify as star/artifact.
This is not a galaxy but a star from our galaxy. The colors are not real. Just classify as star/artifact.
Correct. That is a foreground star from our galaxy.
T'as presque raison ! 😄 The blue clumps are very active star forming regions!
Look at the comments below : It is a Planetary Nebula ! Great catch ! 😄
The green dot in the lower part of the galaxy is probably a cosmic ray hit that didn' get removed.
The galaxy does look disturbed, but there is no obvious culprit in sight. Maybe the result of a flyby ?
No distortion visible. No merger for me.
This is two stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is a star from our galaxy. But the colors are not real. Just classify as star/artifact.
Yep ! Good call ! 😄
It's just a bad image from the edge of the survey. Just classify as star/artifact !
Happy hunting ! 😄
The central object is a disturbed spiral galaxy. The red blob is a foreground star from our galaxy. So, no interacction whatsoever possible.
It's an overexposed and out of focus star from our galaxy. Just classify as star/artifact !
Happy hunting ! 😄
The central object is indeed a spiral. The brightly colored one is a foreground star from our galaxy. So no interaction possible.
The centre of the galaxy is indeed the pale orange area. The bright spot at the bottom is a foreground star from our galaxy.
The central yellow object is a galaxy. The round white object is a foreground star from our galaxy.
Yep, definitely a #merger ! Amazing image !
#dailyzoo
Probably two fuzzy spiral arms that fold back to make a ring.
The bright spots are probably foreground stars from our galaxy !
Gorgeous edge on disk or spiral galaxy with a lovely dustlane !
Et bienvenue chez Galaxy Zoo ! 😄
Allthough the image is fuzzy, it looks like they are interacting. #merger for me.
All the objects in this image are stars from our galaxy. The blue dot is just an optical artifact.
Out of focus and overexposed stars from our galaxy. No lens here, sorry.
Just classify as star/artifact.
This is indeed a star from our galaxy. Lots of imaging (including the boxy shape) and filter problems.
Classify as star/artifact.
This is a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
Classify as star/artifact.
Irregular galaxy with a couple of very active star forming regions (the blue clumps)
Not nebulae but three stars from our gaalxy. Nice chance alignment.
Please, always classify the object in the center of the image, even if it is the most boring one! ;D
Nope ! No gravitational lens in this image, sorry ! The central object is a very disturbed spiral galaxy.
Please explain ?
Where ?
I wouldn't label this one as irregular. More a very disturbed spiral.
The central object is a galaxy, but the bright object, bottom left, is a foreground star from our galaxy. The weird colors are artifacts.
Fuzzy spiral for me. And all the objects in this image are fairly orange, so maybe a filter problem.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Just classify as star/artifact.
This is just a bad image from the edge of the survey. Classify as star/artifact.
The two orange objects at he bottom are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. No gravitational lensing in this image.
The red thing to the right is probably another galaxy. But without additional info (spectrum)it's not possible to tell if it is close or not
Disk or spiral seen edge on ! Good call ! 😄
The central object, which you are supposed to classify, is a fuzzy spiral. The bright red dots are foreground stars from our galaxy.
Not sure what you mean, but the central galaxy has a definite bulge for me.
Just one galaxy in this image, but there is a misalignment of filters.
Yep, two stars from our galaxy, but the colors are not real.
Most galaxies have a black hole at their centre. But we cannot see it direcly ! 😄
Bienvenue discala ! et tu a tout a fait raison: c'est bien un spiral à deux bras. Happy hunting ! ::
The galaxies are very far apart (visually). No overlap here for me.
Loose two-armed spiral for me.
Both galaxies look disturbed, so they are probably interacting. #merger for me.
Not a lens for me, sorry.
I'd go for a two-armed barred spiral. The spiral arms fold back to (almost) make a ring ! ;D
This is just a star from our galaxy, but the colors are not real. Just classify as star/artifact.
The dark spot in the center is an optical artifact caused by oversaturation.
It's a bad image from the edge of the survey. Just classify as star/artifact.
This is a star fromour galaxy, but the colors are not real. Lots of imaging and filter problems.
Two galaxies overlapping.
All the objects in this image are stars from our galaxy.
It is a Planetary Nebula PN K 3-82 😄
See the comments below : Beautiful #merger
The colorful object at the right is a foreground star from our galaxy. But the colors are not real.
Not sure there is a dustlane here.
Only this is a barred spiral with two spiral arms that fold back to make ring. Beautiful ! 😄
Three stars from our galaxy. Nice chance alignment though ! 😄
The central object is not a star but a two-armed spiral galaxy.
See the comments below : it is a star from our galaxy but the colors are not real.
There is only one galaxy inthe center of the image. A disk or spiral seen edge on.
All the objects in this image are stars from our galaxy. Classify as star/artifact.
It is a bad image from the edge of the survey. Just classify as star/artifact.
This is not a merger but just one galaxy : a beautiful barred spiral.
2/2
The bright one at the right edge is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
1/2
Please, always classify the object in the centre of the image, even if it is the most boring one ! ;D
It's a star from our galaxy but the colors are not real.
The small round object is indeed a foreground star from our galaxy.
Correct ! All the objects in this image are stars from our galaxy.
See the comment below : all the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy. Classify as star/artifact.
No dustlane here, sorry.
No dustlane and no lens for me here.
I don't see a dustlane here, sorry.
The bright white object at the top of the image is a foreground star from our galaxy. The colors are optical artifacts.
The bright object at the bottom is a star from our galay. The colors, spikes and weird center are all optical artifacts.
It's a bad image from the edge of the survey. Just classify as star/artifact.
The bright white object is a foreground star from our galaxy.
The bright dot is a foreground star from our galaxy.
Take a look at the comments below. 😄
Correct. The orange object is indeed a foreground star from our galaxy.
The dark nucleus is just an optical artifact caused by over saturation (sorry ! 😃 )
It is an overexposed and out of focus star from our galaxy. Obviously, the colors are not real. Just classify as star/artifact.
Nope,no galaxies in this image.All the objects are stars from our galaxy, but the colors are not real. Lots of imaging&filter problems here.
You found a piece of the Cosmic Scarf ! 😄 http://tinyurl.com/pv4zlrj
It is just a bad image from the edge of the survey.
This galaxy has a very bright core, but obviously the color is not real. Nice catch ! 😄
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here.
The fuzzy dot to the right could be a small galaxy, but without additional info (spectrum) there is no way to tell if it is close or not
All the other small round objects are foreground stars from our galaxy.
Nice chance alignment 😄
2/2
The bright spiky object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
1/2
The cental object, which you are supposed to classify is a fuzzy spiral seen nearly edge on.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
I'd gor an irregular with an active star forming region (the blue clump)
😄 It is a star from our galxy. Lots of filter and imaging problems.
The round object is a foreground star from our galaxy.
This is just one star from our galaxy, but the colors are not real.Misalignment of the filters.
It's an overexposed and out of focus star from our galaxy.
The object in the center of the image is just one star from our galaxy. The colors are not real.
See the comments below : All the objects in this image are stars from our galaxy.
If only we knew what it meant ! ;D Maybe the meaning of life (not 42 in this case! ) !
I'd gor an irregular galaxy with a very active star forming region (the vivid blue area)
That's probably another galaxy, but no way to tell, without additional info, if it is close to the central galaxy or just a line of sight.
Here in GZ the # overlap is only used for galaxy/galaxy overlaps. Here we have a foreground star from our galaxy overlapping the galaxy.
The bright round object, top right, is a foreground star from our galaxy.
Correct ! 😄
See the comments below : gorgeous #merger
A bad image from the edge of the survey. Just classify as star/artifact.
Happy hunting ! 😄
The red spike from the red object (=star from our galaxy) is an optical artifact (diffraction spike). No black hole visible in this image.
It's an overexposed and out of focus star from our galaxy.
This is not a galaxy but a star from our galaxy. The colors are not real.Lots of imaging & filter problems here.
Classify as star/artifact
It is an overexposed and out of focus star from our galaxy.
All the objects in this image are stars from our galaxy.
Classify as star/artifact.
Happy hunting ! 😄
The # overlap is only used for galaxy/galaxy overlaps. The white object is a foreground star fromour galaxy.
A bad image from the edge of the survey.
Just classify a star/artifact.
Happy hunting !😄
Edge on and no bulge for me as well and also a bit disturbed ! ;D
Yep, edge on and no bulge for me ! 😄
Hi fishpond,
Just posting the # without a keyword doesn't really help. It won't turn up in any searches that the science team will do.
Here's the complete picture : http://tinyurl.com/plrjl5b
It is a bad image from the edge of the survey. Classify as star/artifact.
All the objects in this image are stars from our galaxy, but the colors are not real. They only appear to be touching. No merger here.
All the objects in this image are stars from our galaxy. So, no mrger here.
Classify as star/artifact.
This is a star from our galaxy, but the colors are not real. The blue crescent is also an optical artifact.
Correct, it's a disk/spiral seen edge on, with a dustlane. The 2 yellow dots could be foreground stars from our galaxy. Not a merger for me.
This is a bad image from the edge of the survey.
Classify as star/artifact.
The small round objects are indeed stars, but they are not orbiting the central galaxy. They're all foreground stars from our own galaxy.
The central object is a spiral or disk galaxy seen edge on with a big bulge. No pulsar whatsoever, sorry.
It's a diffraction spike (optical artifact) caused by a bright star outside of this image. See the rotated pic : http://tinyurl.com/omkeuul
Yep , two stars from our galaxy.
The central object is a galaxy seen face on (definitely not edge on). The small one is a foreground star from our galaxy. No merger here
Correct, these objects are indeed stars from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Yes ! And a very beautiful one too !
All the objects in this image are stars from our galaxy, but the colors are not real. Classify a star/artifact.
See the comments below : imaging artefacts
Correct ! This is a disk or spiral galaxy seen nearly edge on.
All the objects in this image are stars from our galaxy. Classify as star/artifact.
This is a star from our galaxy, but the colors are not real.
All the objects in this image are stars from our galaxy .No merger here.
Yep ! Filter problems.
These objects are overexposed and out of focus stars from our galaxy. Classify as star/artifact.
I'd go for irregular galaxy for this one.
Disturbed spiral arm.
All the objects in this image are stars from our galaxy. Classify as star/artifact ! 😄
With this color it is safe to assume stars from our galaxy (with filter problems). Definitely not peas !
The two objects in this image are two stars from our galaxy that only appear to be touching. No merger here, sorry.
Just one galaxy in this image. The bright dot at 6 o'clock is a foreground star from our galaxy.
No worries ! You will get a feel for it ! 😄 Just have fun classifying !
Thz two galaxies in the center look like they are interacting. All the other smal round objects are stars from our galaxy.
Try squinting and you can see a perfect two-armed spiral, maybe interacting with the little one to bottom right. Definitely not smooth !
Star from our galaxy. So star/artifact is the correct classification ! 😄
Sort of ! This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems here !
Gorgeous image ! 😄
if I squint really hard I see can see two spiral arms and a very nice bar.
So, two-armed barred spiral for me.
Nope, not a nebula but a real galaxy.
If you see spiral arms you can classify it as a spiral.
(I don't see any spiral arms, but that could be just me)
Not sure this is a star. Looks like a fuzzy galaxy to me.
All the objects inthis image are stars from our galaxy.
Classify as star/artifact.
The central object is a fuzzy galaxy. All the other small round objects are foreground stars from our galaxy.
This is indeed a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
It's a piece of the Cosmic Scarf ! 😄 See the zoomed out image : http://tinyurl.com/pe4uk9r
It is a bad image from the edge of the survey.
The pink dot at 3 o'clock is a foreground star from our galaxy.
See the comments below. It could be a foreground star or an artifact.
The orange and the red object are two foreground stars from our galaxy.
Not sure what you are asking ?
The central object is a fuzzy galaxy. The bright object is a foreground star from our galaxy
All the objects in this image are stars from our galaxy. The blue spot is an artifact.
Optical artifacts. It is more pronounced in the central one because the centre is brighter.
There are no obvious distortions in either of the galaxies. No merger here for me.
Not really ! I'd go for three-armed spiral. Nice find !
Yep, looks like it ! 😄
The blue/white object at the bottom is a foreground star from our galaxy.
I'd go for bulge on this edge on. And you cannot see if it has a ring when you are looking at the galaxy edge on, sorry.
All the objects in this image are stars from our galaxy.
Just classify as star/artifact ! 😄
The blue ball is probably a foreground star. The galaxy itself is a fuzzy disurbed spiral.
It's a piece of the Cosmic Scarf. 😄 See the zoomed out image : http://tinyurl.com/ofdhnne
It is a bad image from the edge of the survey.
This could still be a spiral but it is not visible in this image. I'd go for smooth and round for this one.
Looks like an artifact to me.
All the objects in this image have a discoloration from 6 to 9. So artifact for me.
The blue crescent is indeed an artifact. And all the objects in this image are stars from our galaxy.
The bright object is indeed a foreground star from our galaxy. The galaxy is a disturbed spiral.
You just answer the questions as well as you can ! 😄
Not sure what you call a unique artifact ? All the small round objects in this image are foreground stars from our galaxy.
The small round objects are foreground stars from our galaxy.
At these distances it is not possible to see planets !
All the objects in this image are stars from our galaxy. The colors are not real. Lots of imaging an filter problems.
The objects inthis iamge are stars from our galaxy. The colors are not real. Lots of imaging and filter problems.
No 'heat signatures' in this image. The division is just an optical artifact.
The central object is a fuzzy galaxy. The two bright round ones to the left are foreground stars from our galaxy.
Al the objects in this image are stars from our galaxy. The colors and weird rings are all optical artifacts.
2/2
The central object, which you are supposed to classify, is a fuzzy spiral galxy.
1/2
All the small round dots are stars from our galaxy. And so is the spiky blue object top right.
Overexposed and out of focus stars from our galxy.
Just classsify as star/artifact ! 😄
The bright spiky object top right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright White object with the purple centre is a foreground star from our galaxy. The colors, spikes&weird centre are optical artifacts.
Yep, These are actually stars from our galaxy, but with lots of imaging and filter problems.
There is just one galaxy in this image. The little round object bottom left is a foreground star from our galaxy. No merger here, sorry.
Not much distortion, no merger for me.
But the central object, which you are supposed to classify, is a spiral galaxy.
A bad image from the edge of the survey.
Just classify as star/artifact.
The object in this image is a star fom our galaxy + lots of imaging and filter problems.
Classify as star/artifact. 😄
The objects in this image are stars fom our galaxy + lots of imaging and filter problems.
Classify as star/artifact. 😄
Always classify the object in the center of the image.
All the objects in this image are stars from our galaxy.
happy hunting ! 😄
The green haze is an optical artifact.
The red dot is a foreground star from our galaxy.There is only one galaxy in this image, all the other objects are stars.So no merger here.
the two objects in the center are out of focus and overexposed stars that only appear to be touching. No merger here.
The central object is a lovely two armed spiral. The bright object at 7 o'clock is a foreground star from our galaxy.
The object, bottom left, is a foreground star from our galaxy. The colors and weird shape are optical artfacts.
This is indeed a star from our galaxy. But the colors are not real. Just classify as star/artifact.
Happy hunting ! 😄
Correct the first time. This is indeed a star from our galaxy. But the colors are not real. Just classify as star/artifact.
Filter and imaging problems. The object in the center is a star from our galaxy.
The green line is a satellite trail.
The central object is indeed a spiral galaxy.
The image is very fuzzy, so it is not obvious if these two galaxies are interacting.
The bright, spiky object, bottom left, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Always classify the object in the center of the image !
All the objects in this image are stars from our galaxy.
Really nice #merger ! 😄
It's an overexposed and out of focus star from our galaxy. But the colors are not real. Lots of imaging and filter problems.
Sorry, just overexposed and out of focus stars.
The bright object to the bottom is a foreground star from our galaxy. So no interaction possible.
Yes, yes, and yes ! 😄
On the other hand, maybe these are out of focus and overexposed stars from our galaxy. 😄
What are you referring to ?
The small straight thing is probably another galaxy, but no way to tell if it is close or far away.
Not sure I'd call this one an overlap ! 😄
With this kind of separation, I wouldn't go for merger. But hey, it is your call !
See the comments below : it is a Herbig-Haro object : HH264
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/artifact.
The objects in this image are stars from our galaxy that only appear to be touching. No merger here.
The central object is a galaxy, but the red one to the right is a foreground star from our galaxy. No merger here.
Two out of focus and overexposed stars from our galaxy. No merger here.
These objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
See the comments below. All the objects in this image are stars from our galaxy.
The red spot in the center is an optical artifact caused by oversaturation.
It is caused by a bright star outside of this image. See zoomed out and rotated image: http://tinyurl.com/nnfty7v
The red glow is an artifact caused by a bright star outside of this image.
See the zoomed out & rotated pic http://tinyurl.com/oyjoxhc
All the objects in this image are star from our galaxy. But the colors are not real.
And there is definitely no lensing going on in this image.
The central object, which you are supposed to classify, is a fuzzy spiraL . The object at the bottom is a foreground star from our galaxy.
It could just be one giant disturbed galaxy with a couple of very active star forming areas.
It is a very fuzzy image, so it it is your calll ! Just give it your best shot ! !
Happy hunting !
Just look at the comments below ! What a gorgeous #merger ! 😄
The object at 7 o'clock could be another galaxy but it could just as well be a foreground star from our galaxy.
The bright object at 3 o'clock is a foreground star from our galaxy !
Happy hunting ! 😄
3/3
Anyway, This doesn't even look like a gravitational lens. So, sorry !
2/3
What it is certainly not is a gravitational lens.The central object is a disk/spiral galaxy & they can't ususally produce these lenses
1/3
The fuzzy blob at the top of the image could be another faint and fuzzy galaxy, or maybe even a foreground star from our galaxy.
This just looks like spiral galaxy to me.
No idea what you mean with alien galaxy and why it should be closer or smaller ! :8
Yep, just a star from our galaxy, but the colors are not real. Lots of imaging & filter problems here.
Just classify as star/artifact ! 😄
2/2
No merger in this image ! 😄
1/2
The central fuzzy object (which you are supposed to classify) is a galaxy. But all the other round objects are stars from our galaxy.
Correct ! 😄 This is indeed a star from our galaxy. But the colors are not real. Lots of filter and imaging problems.
2/2
See the zoomed in and rotated image : http://tinyurl.com/q3edvhp
1/2
The central object is a disturbed spiral. The bright object is a foreground star from our galaxy.
The red dot is not a supernova but a foreground star in our galaxy. The bright spiky object top right is also star from our galaxy.
Both galaxies look disturbed, so merger is a possibility.
I wouldn't call this one an elliptical, what with all the features.
Beautiful stars from our galaxy.
I'd go for two galaxies interacting ! 😄
The objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is actually an overexposed and out of focus star from our galaxy. But the colors are not real.
The objects in this image are stars from our galaxy, but the colors are not real. Filter and imaging problems.
The colors, spikes & weird center of the star are optical artifacts.
And, please, always classify the object int he center of the image.
The central object is a galaxy, but no bar here. The darker dot in the center is an optical artifact caused by oversaturation.
No merger here. The central object is a galaxy and the smaller round one at the bottom is a foreground star from our galaxy.
Both galaxies look slightly disturbed, so it could be that they are interacting.
Correct ! 😄 These two objects are stars from our galaxy, but the colors are not real. Lots of filter and imaging problems in this image.
And I'll say it again : nice chance alignment of four stars from our galaxy. 😄
Correct ! All the objects in this image are stars fom our galaxy.
Btw, always classify the object in the center of the image.
The central object is a galaxy with a bright center. The red dot in the center is an optical aartifact caused by oversaturation.
The central object is a galaxy. The different colors in the core are just an optical artifact.
Not sure this is a merger. Both galaxies do not look disturbed. I'd go for #overlap.
The objects in ths image are all stars from our galaxy. But the colors are not real. Lots of imaging and filter problems.
Overexposed and out of focus star from our galaxy.
Classify as star/artifact.
Happy hunting ! 😄
All the objects in this image are stars from our galaxy.
Just classify as star artifact.
Happy hunting !
Out of focus and over exposed stars from our galaxy !
Just classify as star/artifact !
Happy hunting ! 😄
The darker colored spot in the center is just an optical artifact caused by oversaturation.
The central object is a fuzzy galaxy.
The yellow circle is the centre of the galaxy. The bright white/green object at 6 o'clock is a foreground star from our galaxy.
The bright spot is probably a foreground star fom our galaxy.
Looking at the zoomed out & rotated image (http://tinyurl.com/qcq5x3p ),there is another galaxy that could be responsible for the distortion
The smaller galaxy to the right looks a bit disturbed. But the larger one doesn't. It is your call if you think these two are interacting !
2/2
The bright orange dot just below the center is a foreground star from our galaxy.
1/2
The 'ring' is 2 spiral arms folding back to make a ring&the dark spot in the center is an optical artifact caused by oversaturation.
The central fuzzy object is a (spiral) galaxy. The bright white one at the top is a foreground star from our galaxy.
The darker spot in the center is just an optical artifact caused by oversaturation.
The small orange object could be another galaxy, but it could just as well be a star from our galaxy. No way to tell without additional info
The central galaxy appears to be a very fuzzy spiral and these are usually not massive enough to do gravitational lensing. No lens for me.
All the objects in this image are stars from our galaxy.
Happy hunting ! 😄
It is a bad image from the edge of the survey. Just classify as star/artifact.
Happy hunting ! 😄
The red glow is an artifact caused by a bright star outside of this image. See the zoomed out and rotated image: http://tinyurl.com/o9ne7wk
All the objects in this image are stars from our galaxy. So, definitely no gravitational lensing going on here.
All the objects in this image are stars from our galaxy, bt the colors are not real. Lots of imaging and filter problems in this image
The two bright objects are foreground stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
This is not a galaxy but a star from our galaxy. Classify as star/artifact.
All the objects in this image are stars from our galaxy. But the colors are not real. Classify as star/artifact.
The small object overlapping the central galaxy could be a foreground star from our galaxy.
Or alternatively an irregular with a couple of very active star forming ares (the blue clumps) 😄
Not sure I'd call this one a merger. I'd probably go for either a slightly disturbed spiral with active star forming areas (the blue clumps)
See the comments below: It could be a very disturbed spiral galaxy or else an also very disturbed irregular galaxy.
Just answer the questions as well as you can. This one is really very fuzzy ! ;D
Fuzzy disk with a noticeable bulge. It is probably a spiral but that is not visible in this image.
See the comments below : it is a satellite trail.
The red line is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Those bright dots are foreground stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
2/2
See the zoomed out and rotated image : http://tinyurl.com/oj9nbjo
1/2
It is a diffraction spike (optical artifact) caused by a bright star outsoide of this image.
All the objects in this image are stars from our galaxy. No merger here, sorry.
Al the objects in this image are stars from our galaxy. No merging here whatsoever, sorry. The colors are optical artifacts.
The small red and green dots are foregroaund stars from our galaxy.
Not sure what you are refrering to.
The central object is a fuzzy galaxy. The two bright round ones are foreground stars from our galaxy.
A couple of galaxies and a couple of stars ! 😄
Correct ! Just classify as star/artifact.
All the object in this image are stars from our galaxy, but the colors are not real (optical artifacts).
Just classify as star/artifact.
Looks like two galaxies (in the center) interacting. #merger. The bright object to the left is a foreground star from our galaxy.
The different colors are artifacts. Could be a misalignment of the filters.
The central object is not a galaxy but a star fom our galaxy. The green background is an optical artifact.
Classify as star/artifact.
See the comments below .
These 3 objects are foreground stars from our galaxy. Nice chance alignment.
The two galaxies in the centre could be merging. The two stars at 10 o'clock are definitely not merging. They only appear to be touching.
The orange/red object to the left of the central galaxy is a foreground star from our galaxy.
First of all : Always classify the object in the center of the image.
And all the objects in this image are stars from our galaxy.
2/2
All the stars in this image have the same coloring. See the zoomed out (and rotated) image : http://tinyurl.com/qfn4aul.
1/2
That is just what it is : a foreground star from our galaxy. But the colors are not real (optical artifacts).
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The colors are not real (artifact).
Lots of filter and imaging problems in this image.
Classify as star/artifact.
Sorry, this is not a galaxy, but a star from our galaxy. The colors and weird ring and center are all optical artifacts.
Sorry, no galaxies in this image. All the objects here are out of focus and overexposed stars from our galaxy.
Classify as star/artifact.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of filter and imaging problems.
A loose armed spiral for me.
Definitely a bar here !
Those two objects are stars from our galaxy, as are all the other objects in this image.
just classify as star/artifact.
It's a bad image from the edge of the survey. Just classify as star/artfact.
The galaxies look disturbed. #merger for me.
Correct. These objects are all stars from our galaxy.
All the objects in this image are stars from our galaxy.
Lots of imaging and filter problems in this image.
Classify as star/artifact.
All the objects in this image are stars from our galaxy.
Classifyy as star/artifact.
Happy hunting ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real. Just classify as star:artifact !
Happy hunting ! /D
it's a bad image from the edge of the survey. Just classify a s star:artifact.
Happy hunting ! 😄
The 3 objects in this image are stars from our galaxy. But the colors are not real. Les 3 objets dans cette image sont toutes des étoiles.
Nothing unusual in this image!
Could you please explain what you mean with a rainbow spectrum or ROYGBIV as well ? You are not making any sense, honestly.
No idea what you are talking about ! Sorry!
A bad image from the edge of the survey. Just classify as star/artifact.
Happy hunting ! 😄
I'd say star but I'm not 100% convinced it is. Definitely not a pea. ;D
It is a bad image from the edge of the survey. Just classify a star/artifact.
Looks like it is a star overlapping a fuzzy galaxy.
A bad image fom the edge of the survey. See the very zoomed out image : http://tinyurl.com/p4w739h
Yep, definitely two stars from our galaxy.
Filter problems. And all the objects in this image are stars from our galaxy.
These objects are stars from our galaxy. The colors are not real. Lots of filter and imaging problems.
Classify as star/artifact.
So sorry, but no. This is just a star from our galaxy, but the colors are not real.
So sorry to burst your bubble, but all the objects in this image are stars from our galaxy. Just classify as star/artifact.
The blue clumps are active star forming regions.
The object, bottom left, is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
Happy hunting ! 😄
Sorry, no galaxies here. All the objects in this image are stars from our galaxy. But the colors are not real.
See the comments below. It's one or two stars from our galaxy. But the colors are not real.
Sorry, nothing so spectacular ! 😄
The purple square is just another optical artifact.
The bright object and the little red dot in the center of the image are foreground stars from our galaxy. The colors are optical artifacts.
Yes, looks like it ! 😄
See also the comments below.
Probably a foreground star from our galaxy.
Bad image from the edge of the survey, also called the 'Cosmic Scarf' ! 😄
See the very zoomed out image : http://tinyurl.com/nwonbnp
The central object is a spiral and they are usually not massive enough to do any kind of gravitational lensing. Sorry.
All the objects in this image are stars from our galaxy. But the colors are not real. No merger here, sorry.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems in this image !
Amazing chance alignment ! 😄
Could be ! 😄
Disturbed galaxy, probably a spiral, with a dustlane.
The green line doesn't look like an asteroid/satelite trail to me. It is probably an artifact and so is the red dot.
Not a nebula but a real galaxy. See the zoomed in and rotated image : http://tinyurl.com/p3wf6vh
Also see the comments below.
It's a filter problem.
The 3 stars in the center is a nice chance alignment.
And all the objects in this image are stars from our galaxy.
The bright spiky object to the left is indeed a foreground star from our galaxy. The colors, spikes and weird center are optical artifacts.
Correct ! This is indeed a foreground star. And there are a lot of imaging and filter problems in this image.
All the objects in this image are stars, but the colors are not real. The colors and weird center are all optical artifacts.
Oh yeah ! 😄
The spiral galaxy is severly disturbed, so I'm not so sure about overlap.
Funny how things so very different can look so similar ! 😄
All the objects in this image are stars from our galaxy (yep, sometimes the software gets confused and classifies a star as a galaxy) 😄
Just one (disturbed) galaxy for me. See the comments below for more info !
Correct ! 😄 These 3 objects are indeed stars from our galaxy.
Happy hunting ! 😄
I'd go for an irregular galaxy with active star forming areas(the blue clumps)
The blue clumps are active star forming areas in this galaxy. No gravitational lensing here.
This is actually a star from our galaxy. The colors are not real. Lots of imaging & filter problems. Classify as star/artifact
All the objects in this image are overexposed and out of focus stars from our galaxy.
A very disturbed galaxy. Nice catch ! 😄
The red dot is a foreground star from our galaxy.
The central object is definitely a galaxy. The other small round ones are foreground stars from our galaxy.
No gravitational lensing in this image, sorry.
The galaxies are a bit fuzzy and there is not much distortion in either of them. Not a merger for me.
The central object, which you are supposed to classify, is a galaxy. The other round ones are stars as planetaryscience explains.
Sorry, no dustlane here for me.
Not sure.It could be a foreground star from our galaxy,misclassified by Skyserver or it could be the bright center of this disturbed galaxy.
Correct ! Lots of imaging and filter problems in this image. The objects are actually stars from our galaxy.
Happy hunting ! 😄
The darker dot in the center is an optical artifact caused by oversaturation.
See the comments below : probably not a merger
The red dot is a foreground star from our galaxy.
Definitely not a voorwerp (not the right colour)
Fuzzy galaxy, probably a spiral.
Not sure this is an elliptical. I can definitely see features. I'd go for a ringed disk galaxy with a big bulge.
Fuzzy irregular galaxy with active star forming areas (the blue clumps).
The central object is a disk or spiral galaxy seen edge on. The bright object to the left is a foreground star from our galaxy.
Probably a star from our galaxy.
These objects are not galaxies but overxposed and out of focus stars from our galaxy.
2/2
No way to tell from just this image if they are physically close. And definitely no lensing going on here.
Mark as star/artifact
1/2
See the comments below : All three objects are stars from our galaxy that only appear to be touching.
A two-armed spiral where the two arms fold back to make a ring. technically that is called a ringed galaxy ! ;D
Just an overexposed star from our galaxy. The colors are not real.
Not sure what you are referring to ! No voorwerpje in this image, sorry !
Where ?
The blue dot looks like noise.
Do you mean the red dot ? That is probably a foreground star from our galaxy.
These are all stars from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
star/artifact
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
star/artifact
Yep, definitely a planetary nebula (PN A66 4) ! 😄
Yep, they sure do ! 😄
Overexposed stars from our galaxy. Classify as star/artifact
No gravitational lensing in this image, sorry.
#nolens
The dark spot in the center is an optical artifact caused by oversaturation.
The cenral object is definitely a galaxy. I'd go for disturbed barred spiral.
Correct ! 😄
All the objects in this image are stars from our galaxy. No merger here, sorry.
All the objects in this image are stars from our galaxy. No merger here, sorry.
2/2
The universe is a really big place, so chance alignments happen all the time.
1/2
Just two foreground stars, no way to tell from just this image if they are even 'close' together !
2/2
Combine that with lots of imaging and filter problems and you get this pretty image ! Enjoy !
1/2
See the comment below, all the objects are indeed out of focus stars from our galaxy.
I haven't tried it on a tablet, sorry ! My suggestion is just find a project that works on a tablet ! ;D
Two disturbed galaxies. I'd go for #merger.
Lots of overexposed stars from our galaxy in this image. That combined with lots of filter and imaging problems.
Classify as star/artifact
😄
Lovely bar indeed !
Have you seen this project : https://www.zooniverse.org/#/projects/vrooje/galaxy-zoo-bar-lengths ? Lots of fun!
It's an overexposed star from our galaxy. The colors are not real. Classify as star/artifact.
At these distances it is not possible to see planets, sorry.
The orange object, top right, and the bluish one to the right are both foreground stars from our galaxy.
Just a coincidence ! 😄
The spike to the right is not a jet but a diffraction spike (optical artifact) caused by the bright star bottom right.
All the objects in this image are overexposed stars from our galaxy.The ones in the center only appear to be touching.No merger here, sorry.
Or an edge on spiral 😄
This is just one overexposed star from our galaxy. The colors are not real. Lots of optical artifacts.
Classify as star/artifact.
All the objects in this image are overexposed stars from our galaxy. They only appear to be touching. No merger here, sorry.
Star/artifact
It is a seriously disturbed spiral galaxy. 😄
This is actually an overexposed star from our galaxy. The colors are not real. Classify as star/artifact.
They really do ! 😄 They are out of focus stars from our galaxy.Lots of filter and imaging issues in this image !Classify as star/artifact !
Both these galaxies look fairly disturbed to me. I'd go for #merger. But then again, it is your call ! 😄
Maybe the galaxy top left. See the zoomed out pic : http://tinyurl.com/ogjaazw
Just one disturbed galaxy for me.
That is probably a foreground star from our galaxy.
Why not ?
Features- no edge on - bar - no spiral - big bulge - odd : ring 😄
See comments below: it is probably a foreground star from our galaxy.
Skyserver says it is a galaxy but it looks more like a foreground star from our galaxy.
Where ?
Fuzzy image, but it is indeed a spiral galaxy with two spiral arms ! 😄
Or disturbed, barred spiral ! But it is your choice ! Just give it your best shot ! 😄
Nope, not a nebula but a real galaxy. I'd go for either a very disturbed (maybe barred) spiral (my favourite) or else an irregular.
Sorry, no dustlane here for me.
That looks like an artifact or maybe a cosmic ray that didn't get removed ! 😄
Sorry, all the objects in this image are stars from our galaxy. Classify as star/artifact ! 😄
The central object is a barred spiral with two very faint spiral arms that fold back all the way.
Both galaxies are seriously disturbed. #Merger for me.
See the comments below.The central object is a galaxy, the bright 1 to the right is a foreground star from our galaxy.No merger here, sorry.
It is a fuzzy image, but both galaxies seem to be distorted. I'd go for merger, but it is your call ! Just give it your best shot ! 😄
Lots of imaging and filter problems.
Classify as star/artifact ! 😄
The weird center of the central galaxy is just an optical artifact. The bright orange object at 9 is a foreground star from our galaxy.
Looking at SIMBAD http://skyserver.sdss.org/dr8/en/tools/explore/obj.asp?id=1237668687972468156 there is lots going on in this image.
Possibly a forergound star from our galaxy.
This is just one overexposed star from our galaxy. Obviously the colors are not real. Just classify astar/artifact !
The computer programme classifying these images gets it wrong every now and then and that is where we come in ! 😄
The colorful object at the top is a foreground star from our galaxy. But the colors are just optical artifacts ! Looks beautiful though!
All the objects in this image are out of focus stars from our galaxy. No merger here, sorry !
2/2
But the weird colors and double images are just optical artifacts.
Classify as star/artifact ! 😄
1/2
Sorry, nothing so exotic like that ! These objects are indeed stars from our galaxy.
2/2
Lots of filter and imaging problems.
Classify as star/artifact ! 😄
1/2
This object does not have a bar because it is actually a star from our galaxy. The colors are not real.
2/2
Also, everything is green. This all points to major filter and imaging issues.
Classify as star/artifact !
1/2
See the zoomed out and rotated image: http://tinyurl.com/pgw455a
All the objects in this image have the same weird smearing & trail.
Or very fuzzy spiral. It is your call ! 😄
These two objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/artifact.
See the comments below : they are stars from our galaxy, but the colors are not real. Classify as star/artifact.
Disturbed spiral for me.
Both objects are stars from our galaxy. So, star/artifact is correct !
It's a star from our galaxy.As you can see in the zoomed out image : http://tinyurl.com/oggau6r, there are lots of filter&imaging problems.
The small dot at 9 is probably a foreground star from our galaxy.
These dots are probably areas with very active formation going on.
Lovely spiral galaxy at the center of the image with a foreground star overlapping.
The red dot at the top is probably a foreground star and the object at 8 looks like a small edge on galaxy. No lensing in this image for me.
Sorry, no ring galaxy here. All the objects in this image are stars from our galaxy. Lots of imaging and filter issues in this image.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
Not a lot of disturbances visible in this image. Not a merger for me.
LOL ! But it is actually a star from our galaxy.
I'd go for #overlap.
It's just one star. Lots of imaging and filter problems in this image.
Classify as star/artifact ! 😄
It's a star from our galaxy. Lots of imaging and filter problems in this image.
Classify as star/artifact ! 😄
It's a star from our galaxy. Lots of imaging and filter problems in this image.
Classify as star/artifact ! 😄
The central galaxy and the one top right, are obviously interacting.Nice #merger !
Looks like an artifact.
Not sure that this is a merger though !
It's a star from our galaxy. Lots of imaging and filter problems. But it does look cool though 😄
All the objects in this image are stars from our galaxy. Classify as star/artifact.
All the objects in this image are stars from our galaxy. So, no merger here, sorry.
Classify as star/artifact
The green dot at two is a foreground star from our galaxy.
It looks like there is another galaxy at six. But with this fuzzy image it is not possible to tell if it is a merger or an overlap.
The 3 small round dots are not galaxies but foreground stars from our galaxy. No merger here, sorry.
Not sure if there are two bulges there. The galaxy is definitely #disturbed
It's only visible in the r-filter so I'm thinking artifact or cosmic ray hit that didn't get removed.
If you see a bar it cannot be an elliptical. It could be a lenticular galaxy : a disk without any spiral arms but with features.
The horizontal straight line is just an optical artifact. No need to mark it as special.
Happy hunting ! 😄
Have you seen the new bars project ? 😉 https://www.zooniverse.org/#/projects/vrooje/galaxy-zoo-bar-lengths/classify
No gravitational lens in this image. It is a barred galaxy (probably a fuzzy spiral) with an inner ring.
It looks like a foreground star from our galaxy, but I'd love to be wrong ! 😄
All the objects in this image are stars from our galaxy. So classify as star/artifact ! 😄
Classify as star/#artifact ! 😄
See the comments below for the complete image ! 😄
The central (yellow) object is a galaxy. But the two bright, round objects are foreground stars from our galaxy. So, no merger possible.
The central galaxy is seriously disturbed, could be interacting with the smaller one at 8. No jet here.
Both of these objects are stars from our galaxy that only appear to be touching. No merger here.
Classify as star/#artifact
It's a disk or spiral galaxy seen edge on. Looking at the galaxy sideways you cannot see if it is a ring.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy. But there are lots of imaging and filter problems in this image.
The bright object is most likely a foreground star from our galaxy.
Here's the zoomed out image : http://tinyurl.com/owb3ajr.
It doesn't look like a cluster to me.
Btw, all the objects here are indeed stars
Both of these objects are stars from our galaxy. Lots of imaging and filter problems in this image.
The bright object to the right is a foreground star from our galaxy. No merger possible, sorry.
All the objects in this image are stars from our galaxy.No merger here, sorry.
Definitely not smooth, there are clearly features visible.I'd go for fuzzy disturbed spiral.
Looks like a real dustlane to me.
Here in GZ we only use overlap for galaxy/galaxy overlapping. The two objects in the center are stars from our galaxy, so not an overlap.
The red dot is probably a foreground star from our galaxy.
Probably three galaxies merging/interacting ! Looks amazing !
So sorry, but these are just forground stars from our galaxy. Lots od imaging nd filter problems ! 😄
This is indeed a star but the colors are not real. Lots of imaging and filter problems.
#artifact
Yep ! 😄
The colors are not real.
Sorry, not a merger ! These two objects are stars from our galaxy. Lots of imaging and filter problems here.
#artifact
The orange dot is a foreground star from our galaxy.
Looks like it ! 😄
#merger
Probably a foreground star from our galaxy.
I don't see any spiral arms in this one. Smooth and in between for me.
All the brighter objects in this image have the same green lower part. It's an optical artifact.
The small round dots could be foreground stars or maybe faraway galaxies.
Smooth and roundish for me as well.
The bright object top right is a foreground star from our galaxy. The colors, spikes and blue center are optical artifacts.
In this case you can classify the galaxy.
The different colors are just artifacts, nothing special, sorry !
The bright object, bottom left, is a star from our galaxy. The weird colors and bright blue center are just optical artifacts.
This is actually a star from our galaxy. The colors and weird center are all optical artifacts.
See the comments below : it is a star.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxxy. No dustlane here.
LOL ! And a piece of the Cosmic Scarf ! http://tinyurl.com/pwmq9pj
😄
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
2/2 http://tinyurl.com/nwzsca3 (image recentered and rotated)
Beautiful #merger.
1/2The blue clumps are very active star forming regions in this galaxy. These are triggered by the interzction with the galaxy to the right.
Yes, all he objects in this image are stars from our galaxy.
This is actually a star from our galaxy but a lot went wrong with the imaging/filtres.
Star/#artifact
I wouldn't call this one an eliptical as there are clearly features visible.
All the objects in this image are stars from our galaxy.
Sorry, this is a spiral seen almost edge on with a gorgeous dustlane
The galaxies in this image look disturbed, so #merger for me.
Yep definitely a dustlane !
As for getting images that have been checked before:that is quite normal.
Every image is classified by a number of people.
Images tagged with artifact should be retired sooner than regular images. But we've had problems with that before. Sorry
Definitely two galaxies. The edge on looks like it is overlapping the central one.
#overlap
The central dark dot is just an artifact caused by overexposure.
Bar and spiral arms for me as well.
Sorry not a merger here. The bright object to the right is a foreground star from our galaxy.
L'objet à droite est une étoile.
All the objects in this image are stars from our galaxy.
Lots of imaging and filter problems
Classify as star/#artifact
It looks like these galaxies are interacting.
#merger
All the objects in this image are stars from our galaxy.
Lots of imaging and filter problems
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Lots of imaging and filter problems
Classify as star/#artifact
All the objects in this image are stars from our galaxy. Lots of imaging and filtr problems.
Classify as star/#artifact
This is actually a star from our galaxy, so classify a star/#artifact
The two objects in this image are stars from our galaxy that only appear to be touching. Lots of imaging and filter problems.
#artifact
Sorry, no gravitational lens in this image.
The small colorful object at the top is a foreground star from or galaxy. The colors are not real.
The green line is a satellite trail. It's reflecting the sunlight & because the satellite moves so fast it gets caught in just one filter
Always classify the object in the center of the image !
Gorgeous #merger btw ! 😄
Sorry not a merger but two stars from our galaxy that only appear to be touching !
Lots of imaging and filter problems.
#artifact
These two objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter issues in this image.
#artifact
Pretty indeed ! You could go for irregular, but very disturbed spiral would also be an option ! 😄
All the objects in this image are stars from our galaxy. No way to tell if they are really close just looking at this image.
#artifact
Good call ! The bright object to the right of the central galaxy is a foreground star from our galaxy.
Just one galaxy, so I wouldn't call it a merger. Just disturbed. And definitely barred with an inner ring.
Just one galaxy in this image so no merger here. The bright dot at 9 is probably a foreground star from our galaxy.
LOL !
Gorgeous disturbed barred spiral ! 😄
Fuzzy galaxy, probably a disturbed spiral.
Definitely a two armed spiral for me ! 😄
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems here.
star/#artifact
It's a piece of the cosmic scarf ! 😉 http://tinyurl.com/pjsrw9z
These artifacts sometimes happen at the edge of the survey
#artifact
Here it is ! 😄
http://tinyurl.com/nn5rh2d (image rotated)
Not a supernova but probably a foreground star from our galaxy.
Filter problems ! 😄
All the objects in this image are stars from our galaxy but the colors are not real.
Lots of imaging and filter problems.
star/#artifact
All the objects in this image are stars from our galaxy but the colors are not real.
Lots of imaging and filter problems.
star/#artifact
2/2
These artefacts sometimes occur at the edges of the survey.
star/#artifact
1/2
You found a piece of the cosmic scarf ! 😄
See the very zoomed image :http://tinyurl.com/pltdaza
This is actually an image with lots of imaging and filter problems. The object itself is a star from our galaxy.
Star/#artifact
No, not a galaxy. These objects are stars from our galaxy. Lots of imaging and filter problems in this image.
Star/#artifact
You do realize that lots of people will classify this same image, so any mistakes will get ironed out ! Happy hunting !
Could be a cosmic ray that didn't get removed.
With these fuzzy images, how can you tell ?
Merger in progress : check !
Not sure about the other things you are talking about ! Sorry !
The object at 8 is probably another galaxy but no way to tell if this is connected to the central galaxy.
This is just a star from our galaxy. Lots of imaging and filter issues in this image. Just classify as star/#artifact. Tx
All the objects in this image are stars from our galaxy. Please classify these images as star/#artifact.
These objects are stars from our galaxy with lots of imaging and filter problems. Please tag these ones with #artifact.Tx
Please tag these images with #artifact ! Tx
Please tag these images with #artifact ! 😄
I'd go for smooth and round for this one.
These two objects are stars from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
Sorry, this is not a galaxy but a foreground star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Probably a foreground star from our galaxy
The colorful roundish objects are all foreground star from our galaxy.
The central object is a galaxy with billions of stars.
How can you tell it has a ring if you see the galaxy edge on ?
Lots of imaging and filter problems.
Classify as star:#artifact.
Lots of imaging and filter problems.
Classify as star:#artifact.
Lots of imaging and filter problems.
Classify as star:#artifact.
The object in the center of the image is a galaxy. The bright round one at 8 is a foreground star from our galaxy.
Definitely no jets here. These are two other galaxies and no way to tell if they are interacting just from from this image.
Good call! 😄
#imagesizewrong
See the comments below : probably not.
That is probably a foreground star from our galaxy.
The central spiral looks a bit disturbed but the edge on at the top doesn't. No merger for me.
I'd go for a disturbed barred spiral where the spiral arms fold back to make a ring.
That is probably a foreground star from our galaxy.
I just see one galaxy. Not a merger for me.
Or possibly an #overlap
The bright spots are probably active star forming regions in the galaxy.
Both galaxies seem to be interacting, #merger is not a bad choice ! 😄
Just classify what you see and that will be really useful !
The bright spot is most likely a foreground star from our galaxy.
#imagesizewrong
Not sure what you mean. The objects in this image are not planets but galaxies interacting.
It is a barred disk galaxy. See the colour image : http://tinyurl.com/nqjxyst (iage rotated)
The bright spot is probably a foreground star from our galaxy.
Bar for me ! 😄
it's a foreground star from our galaxy.
The bright object bottom right is a foreground star from our galaxy.
See the comments below : it is a satellite trail
It is certainly a very faint and fuzzy galaxy in this single band image. But no way to tell if it is a small galaxy without additional info.
The streak is a satellite trail.
The bright spot is probably a foreground star from our galaxy.
Nope, it's a galaxy that got zoomed in too much.
#imagesizewrong
It's a galaxy that got zoomed in too much.
#imagesizewrong
Fuzzy disturbed spiral.
Faint spiral galaxy with a very noticeable bulge.
Disturbed spiral seen face on.
Faint and fuzzy galaxy. ;D
Just answer the questions as well as you can and that will be enough ! ;D
Okay, what is your question ?
Just one galaxy for me. The blob to the right of the centre could ba a foreground star. No merger here.
No gravitational lens in this image, sorry.
#no_lens
See the comments below. That is not a jet but another galaxy.
Not sure what you are asking ?
Gorgeous two-armed, barred spiral.
2/2
And looking at the full colour image http://tinyurl.com/qdjkb4y (image rotated) it is really obvious. Gorgeous #merger.
1/2
The galaxy in the center and the one bottom left quadrant look like they are interacting in this image.
Gorgeous spiral ! 😄
Just give it your best shot and with these images, there is no right or wrong ! 😄
In the BW image it might look like one but I'm not too sure about this being a merger. See the full color image : http://tinyurl.com/nhqtgvg
No gravitational lens in this image, sorry. The central galaxy is a spiral and these are usually not massive enough to do any lensing.
Definitely not an elliptical as there are clearly some features (bar) to be seen.
i'd go for fuzzy spiral.
The central object is a barred spiral.The other blobs beneath it are galaxies. See colour (& rotated) image http://tinyurl.com/o6qxg9d
It is not possible to see planets at these distances. The three objects are foreground stars from our galaxy.
Probably merging going on but no gravitational lensing in this image. Spirals are usually not massive enough to do this kind of lensing
And here's the full colour image : http://tinyurl.com/qfe2sub.
Enjoy ! 😄
The straight line is an optical artifact.
Not much distortion, could be an #overlap.
The bright patch is a foreground star from our galaxy.
I just see one disturbed galaxy. The disturbance could be the result of a flyby.
That is just an optical artifact, ie it is not real.
The star is a foreground star from our galaxy, so it is not possible that there is interaction between the star and the galaxy.
😄
2/2
See the full color image http://tinyurl.com/ofnn47u (image rotated)
#merger
1/2
The object on the left is another galaxy, probably interacting with the central one.
It's an optical artifact. See the full color image : http://tinyurl.com/prz5cv8
Yep, definitely a barred spiral. The bright object to the left of the centre is a foreground star from our galaxy.
It is a barred galaxy.
It is a galaxy that got zoomed in too much
See the zoomed out and color image : http://tinyurl.com/nbjf5rq
#imagesizewrong
It is a lovely barred spiral with two arms.
I'd go for a two armed spiral with a big bulge.
But it is a real galaxy. See the full color image : http://tinyurl.com/of34dv4
Really , really fuzzy image ! But just give it your best shot ! 😄
In this single band image there is really not much to see ! ;D In the full color one: lots ! 😄 http://tinyurl.com/p9gxowk (image rotated)
The two spiral arms fold back to mac a "ringed" galaxy.
Two spiral arms that fold back to make a "ring"
Here's the full colour image : http://tinyurl.com/ocslfqx
Enjoy ! 😄
This one looks really amazing. No idea if a disturbed spiral or a merger could look like this. I'm kicking this one upstairs ! 😄
The object at 11 looks like another galaxy to me, not connected to the main galaxy. But hey , that is just me ! ;D
Not sure about a bar either. But lovely two-armed spiral ! 😄
2/2
Looking at the full color image (image rotated : http://tinyurl.com/pcwpdro ) , you can see that it is a barred spiral.
1/2
You are seeing single band images, so the majority is rather faint/fuzzy. Just looking at this image I can see a bar but not much else.
This is a very fuzzy and faint spiral galaxy.
Yep, definitely an artifact !
Good call ! Always classify the object in the center of the image ! 😄
No gravitational lens in this image. Nice spiral with an inner ring.
It is a galaxy, but this image got zoomed in too much.
Here's the zoomed out & color image : http://tinyurl.com/oztwhoe
#imagesizewrong
The bright object, bottom left is a foreground star from our galaxy. The spikes are diffraction spikes (optical artifacts)
Yep, #merger for me as well. Looks amazing in the full colour image (image rotated) http://tinyurl.com/prd62d8
It's a faint and fuzzy spiral galaxy.
2/2
Looking at the full colour image you can see that it is a bar : http://tinyurl.com/npek3zn
1/2
Just looking at this image I'd say the bright spot in the center of the image is the bulge of the galaxy.
Well, with these ones I use my very scientific method of squinting ! 😄
And it does look like a fuzzy spiral.
The straight line is probably a very faint spiral arm.
See the full colour image : http://tinyurl.com/oorysk2
Those four clumps are active star forming regions in the galaxy.
The central galaxy looks like a (disturbed) barred spiral to me.
it is a galaxy, but this is an image that got zoomed in too much.
#imagesizewrong
Sounds okay for me as well ! 😄
But, hey , it is your call ! 😃 Just answer the questions as well as you can ! 😄
I'd go for a very disturbed barred spiral galaxy, interacting with the one above. #merger for me.
It could be a small galaxy overlapping or it could be a foreground star.Either way it is no that special.Both of these things happen a lot!
#imagesizewrong
2/2
The 'funnel' you speak of is a dust lane. See the colour image : http://tinyurl.com/p2a2mu3
1/2
While there probably is a black hole in this galaxy, we cannot directly observe it.
Fake what ? For me this is a overexposed spiral galaxy in this band !
See the comments below! As you see, there are lots of possibilities ! 😄
yep, definitely a spiral. And the bright clumps are active star forming areas in the galaxy.
Do you mean smooth (eliptical) if you say 'globular'?
in this case I'd go for a spiral galaxy with a noticeable bulge.
If you squint a bit it liiks like this is a spiral.
Not a nebula but a real galaxy ! 😄
Nice barred spiral.
Definitely a barred galaxy with a big bulge.
It is a galaxy but this image got zoomed in too much.
#imagesizewrong
The bright round object is a foreground star from our galaxy. So, no merger here ! 😄
The white dots are foreground stars from our galaxy.
Not sure what you mean with really dark in the centre ?
I see just one very disturbed spiral. No merger for me.
Sorry, this is one of the images that got zoomed in too much.
Just tag it with #imagesizewrong and it wil get removed from the database.
Just give it your best shot ! 😄
No gravitational lens or arc in this image.
No gravitational lens or arc in this image. It's a beautiful spiral galaxy.
No gravitational lens in this image, sorry. Spirals are usually not massive enough to do this kind of lensing.
Sorry, no gravitationaly lens or arc in this image.
Why ? 😄
Tx ! 😄
Where ? I just see a gorgeous, barred two armed spiral.
Nope ! Just a spiral galaxy.
Lens or arc means a gravitational lens or arc.
Here's the zoomed out image (rotated) : http://tinyurl.com/nbjf5rq
This image is just zoomed out too much. You can tag these with #imagesizewrong .
2/2
The bright one in between is another galaxy. They do not look disturbed, so no merger for me.
1/2
The top one is a fuzzy galaxy, the bright purple dot is probably a star forming area.
Correct, both galaxies are spiral galaxies;
They could be star forming areas in the galaxy or else foreground stars from our galaxy.
http://tinyurl.com/noyqh9q
Most probably foreground star.
The bright round object is a foreground star from our galaxy.
Sorry no lens here. It is a galaxy with an inner ring
Yep ! Here it is (image rotated 90°)
http://tinyurl.com/numhund
This image is zoomed in too much. Here's the zoomed out one : http://tinyurl.com/oztwhoe
#imagesizewrong
it is a fuzzy disturbed barred spiral. And it is indeed very far away, as are all the galaxies in these images ! 😉
All the objects in this image are stars from our galaxy. No gravitational lensing in this image.
And we finished these images weeks ago. How did you get to classify this one ?
It IS your call ! ;D
There'is never a "star" in the centre of a spiral galaxy. The center is called a bulge and it is made up of loads and loads of stars .
This looks very much like a face on to me !
If you squint really hard, it could just be a disturbed spiral, with two small edge on's overlapping.
See : http://tinyurl.com/pcyxmyy
Both galaxies look very disturbed. Merger for me too ! 😄
I'd probably go for a two armed loose spiral . But hey it is your call ! 😄
If at all, only slightly ! :°
Where did you get this image ? 😄
We finished these weeks ago !
Disturbed spiral, not an irregular for me.
two arms and very loose. Fairly obvious.
What is the difference between an interacting pair and a merger ?
#imagesizewrong
Could be a star forming area in the galaxy or a foreground star from our galaxy.
Could be a lenticular.
No gravitational lens here. Spirals are usually not massive enough to do this kind of lensing.
The ring is made by the two spiral arms folding all the way back.
The "arcs" are faint spiral arms
Image zoomed in too much
#imagesizewrong
Not really a ring here. We have two spiral arms that fold back to make a ring.
Technically that is a #ringed galaxy ! 😄
Looks like a two-armed, barred spiral with a big bulge to me.
Definitely no (gravitational) lens here. Spiral galaxies are usually not massive enough to do this kind of lensing.
No, don't say that ! These images in just one band are very valuable for the scientists to see how our classifications change !
If you squint, you can see a fuzzy/disturbed spiral.
Not smooth at all and definitely no (gravitational) lens here, sorry.
It's a fuzzy barred two-armed spiral.
The bright areas in the galaxy are active star forming regions.
Lovely barred spiral with two fuzzy arms.
Image zoomed in too much.
#imagesizewrong
#imagesizewrong
No lens effect here. What you see is two galaxies interacting and getting distorted in the act. Lovely #merger.
Probably foreground stars from our galaxy.
The bright white object to the left of the center of the galaxy is a foreground star from our galaxy.
Those knots could be active star forming areas in the galaxy.
You could go for irregular or maybe even a very disturbed spiral. It is your choice.
Galaxy at the top is a disturbed edge on galaxy. The central galaxy is not massive enough to do this kind of lensing.
This is one of the images that got zoomed in too much.
Here's the zoomed out (color) image. http://tinyurl.com/n9tyr23
#imagesizewrong
I'd go for slightly disturbed ! 😉
In case you are wondering : here's the zoomed out (and rotated) image : http://tinyurl.com/oxujxd8
This is one of those images that is zoomed in too much. Just give it your best shot and tag them as #imagesizewrong.
I'd go for a disturbed one-armed barred spiral.
Definitely a bar and the spiral arms seem to start from the ends of the bar
The outer "ring" is actually the two spiral arms folding back to make the ring.
The blue and green spots are cosmic ray hits that didn't get removed.
And as Capell05 said : we finished these Hubble images weeks ago.
This is actually a two armed spiral where the spiral arms fold back to make a ring.
Not sure if these galaxies are interacting. It could be a line of sight. #overlap
The bright object top right is indeed a foreground star from our galaxy.
The central object (which you are supposed to classify) is a fuzzy spiral. Not sure if it is interacting with the small one to the right.
These are brighter areas at the end of the bar (see the full color image http://tinyurl.com/pqom9wk). & we cannot directly see a black hole.
I can see what you mean but this is most definitely a galaxy. 😃
See the (rotated) color image http://tinyurl.com/oaxqwt5
Disturbed two-armed spiral with a hint of bar. 😃
Just one galaxy here. I'd go for disturbed spiral.
Spiral for me too !
Not sure I'd call this one smooth. It appears to have a bar.
And why do think it has 3 black holes ?
Or it could be a disturbed barred spiral.
Lovely spiral with lots of star formation going on (the white clumps).
Definitely not an elliptical. I'd go for fuzzy two-armed, barred spiral.
The bright round object is probably a foreground star from our galaxy.
But it is definitely a galaxy ! 😄
In the center of the image is a very faint and fuzzy galaxy.
Or #barred, #ringed, and two spiral arms that fold back to make an outer ring. 😄
Not much of a distortion seen. I'd probably go for #overlap.
Are you referring to the bright round object at 3:30 ? That is a foreground star from our galaxy
Here's the full color image : http://tinyurl.com/pzh848u
Most definitely a galaxy. The bright spots are not stars but active star forming areas in this gorgeous spiral galaxy.
Not sure what your question is ?
It's a disturbed two-armed spiral for me.
The brighter spot at 2 is probably an active star forming region in the galaxy.
The lower bright spot is a foreground star from our galaxy.
Not sure what your question is, sorry !
The 'ring' is made of the two spiral arms folding back to make a ring. It is called a pseudo-ring. Lovely pic ! :d
2/2
Looking at the full color image : http://tinyurl.com/o6us3jw (image flipped), it is definitely a star forming area in the galaxy.
1/2
Just looking at this single band image it could be either another galaxy overlapping or a star forming area in the galaxy.
See the comment below : The bright spiky object is a foreground star from our galaxy.
Not really a boxy bulge.Barred, two-armed spiral for me..
Don't forget #spiral ! 😄
And not a boxy bulge, sorry.
Or fuzzy barred spiral ! 😉
The bright spiky object bottom left is a foreground star from our galaxy.
Definitely ! 😄
meaning ? 😄
Oh, but it is definitely a galaxy. It it just so fuzzy because this image is just in one filter.
Just give it your best shot ! 😄
To determine if they could be supernovae you'd need a before and after image.
These dots are most likely foreground stars from our galaxy.
That is a foreground star from our galaxy.
The bright round object is a foreground star from our galaxy. The fuzz is not related to the star & is probably another faint&fuzzy galaxy.
This is a galaxy but it got zoomed in too much.
#imagesizewrong
I see one very defined arm and a fuzzy one (but, hey, that is just me ! 😉 )
I'd go for a very fuzzy spiral, not sure how many spiral arms. But hey, that is just me ! 😄
Yep, we've got a couple of those. Please mark them with #imagesizewrong and we'll get them resized ! 😄
This is a two-armed spiral with an inner ring. Nice catch ! 😄
If you mean the straight black line, that is indeed an artifact.
The central object is indeed a galaxy, but the bright round one is a foreground star. So, definitely not a merger.
The central object is a fuzzy barred spiral. The bright round object at the top is a foreground star from our galaxy. No merger here.
Or a barred two-armed spiral (slightly disturbed ?)
Looks like a barred spiral with an inner ring. maybe slightly disturbed,
Defintely not an Einstein ring.
#imagesizewrong
Looks indeed like a spiral but the image is zoomed in too much.
#imagesizewrong
Definitely star formation ! Looks gorgeous ! 😄
Yep, that would be my classification as well ! 😄
The two bright patches are active star forming regions in the galaxy. See the colour image : http://tinyurl.com/ose7eup
Probably ! 😃
Oops, don't think so! This is a fuzzy barred two armed spiral, slightly disturbed !
Gorgeous ! 😄
On the other hand, if you squint really hard, you can see two very faint spiral arms. And they are folding all the way back to form aring
2/2
Alternatively it could be another galaxy. No definite way to tell without additional info.
1/2
The small object below the central galaxy could be a foreground star from our galaxy.
The bright object, top of center, is a foreground star from our galaxy.
The bright dot in the center is most definitely the center of this galaxy.
the white dot to the right is most probably a foreground star from our galaxy.
Both the galaxies in this image are seriously disturbed.They are obviously interacting.Whether they will be merging? Only time will tell !
I'd go for a two-armed spiral.
The spots are probably foreground stars from our galaxy.
3/3
This is a great example of how classifications can vary with the different bands or combinations of them.
2/3
But just looking at this image, merger also looks a possibility.
It is just one galaxy, with two starforming areas on either side of the center.It is obvious in the color image ; http://tinyurl.com/nl7aoqv
A fuzzy barred spiral for me.
All of them are available in colour ! 😄
It looks like a fuzzy barred two-armed spiral to me ! 😉
Two-armed spiral, no ring in sight ! (for me)
Not a lot of disturbance, so #overlap for me.
#imagesizewrong
Yup ! #merger for me as well !
#imagesizewrong
2/2
The bright blue dots are active starforming regions in the galaxy
1/2
First of : where did you get this image ? In this run of GZ we just have single band images.
That is probably an artifact.
Definitely a galaxy. I'd go for a barred two-armed spiral.
Galaxy looks indeed disturbed, but no obvious culprit in the neighbourhood. Could be the result of a fly-by.
Yes, I'd go for fuzzy spiral too ! 😄
With these kind of distortions merger is a safe bet ! 😄
That is just it : a bar ! 😄 This is a lovely barred spiral.
See wiki for more info : http://en.wikipedia.org/wiki/Barred_spiral_galaxy
If you squint really hard (my favorite scientific method), you can see a fuzzy and disturbed two-armed spiral. 😄
Definitely barred. Not so sure about the ring or the starforming bit.
The object to the left of the central bulge could be another galaxy, overlapping, or it could be a foreground star from our galaxy.
The central object is a barred (two-armed ?) spiral.
The object on the lower arm s another galaxy. It could be an overlap or it could be interacting.
Artifact. It's where the different fields got stitched together
The "M" is an optical artifact caused by the bright star at the bottom.
Loose-armed barred spiral.
The central object is a barred spiral. The smaller round dots are foreground stars from our galaxy.
The smaller round objects are almost all foreground stars from our galaxy. At these distances it is impossible to see planets
I'd go for a very disturbed barred spiral galaxy with a very large active starforming area at the top: Don't overdo the classifications !
Perfect ! 😄
The object, bottom right, is indeed a star from our galaxy. The colors,spikes & rings are all optical artifacts. No supernova here, sorry !
The central object is a fuzzy/disturbed spiral. The small object to the right could be part of the central galaxy (disturbed spiral arm)
No nebula in this image. the blue spot, right from the centre, is an active starforming area in the galaxy.
You could always go for irregular.
A faint and fuzzy galaxy. Not much more to tell about it, sorry !
The smaller object top right is not a star but another galaxy.
You could go for a fuzzy disturbed edge on interacting with the galaxy to the right.
Definitely not an elliptical. It is a fuzzy spiral with a very active star forming area (the blu stuff)
Please, always classify the object in the center of the image ! 😄
Happy hunting !
The sbright spiky object is aforeground star from our galaxy.
The object bottom right is inded a foreground star from our galaxy. The colors, spikes and rins are all optical artifacts
Not gas clouds but a real galaxy. These galaxies are incredibly far away and at these distances it is not possible to see individual stars.
The bright object,op right, is a star from our galaxy. The computer mistook the diffraction spike for an object. Classify as star/artifact.
The bright blue and green dots are artifacts. They are cosmic ray hits that didn't get removed.
2/2
There's probably a much more mundane explanation: eg:the central galaxy is a disturbed galaxy & has nothing to do with the one to left.
1/2
Why would you think that an object billions of light years further out is the cause of the disturbance ?
Fuzzy spiral for me ! 😄
Looks like a very faint and fuzzy galaxy to me. 😃
Please explain ! 😄
A fuzzy, clumpy galaxy, maybe even a spiral. Not a merger for me.
Nice star from our galaxy ! 😄
The green and purple spots are artifacts : cosmic ray hits that didn't get removed.
The line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
I'm not sure what you mean by 'green hoops'. The bright green splotches are cosmic ray hits that didn't get removed from the image.
The bright green spot is an artifact. It's a cosmic ray hit that didn't get removed.
It might look like a comet (sort of) but it is a real galaxy ! 😄
Always classify the object in the center of the image. Here that is a fuzzy edge on galaxy. The bright dot is probably a foreground star.
Fuzzy irregular galaxy. Not smooth.
Always classify the object in the center of the image (even if it is the most boring one ! 😉 )
Definitely. I'd go for disturbed spiral.
Both galaxies look disturbed, so merger is a possibility. On the other hand the images are fuzzy. But it is your call !
With these fuzzy images, distortions are not very visible. But merger is a possibility. It is your call ! 😃
I'd go for disturbed fuzzy spiral as well.
Two spiral galaxies interacting. #merger #dustlane
Those black spots in the center are artifacts caused by oversaturation
The central objec is a disturbed clumpy spiral.
No gravitational lensing in this image.
2/2
The fuzzy purple/blue object in the center (which you are supposed to classify) is a galaxy.
1/2
The brightly colored specks are artifacts (cosmic ray hits that didn't get removed).
Correct, It got confused by the diffraction spike of the star. Classify as star/artifact.
The bright green splotch is an artifact. It's a cosmic ray hit that didn't get removed.
What a gorgeous barred spiral with an inner ring.
The bright object top left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a disturbed clumpy , barred, two armed spiral. Looks amazing ! 😄
Those darker spots are artifacts caused by oversaturation.
Most likely a foreground star from our galaxy.
Nope, not a nebula but a real galaxy.
The central object is an edge on galaxy with a clump of star forming area at the bottom.
Disturbed, barred, two-armed spiral for me ! 😄
it is a foreground star from our galaxy. The colors, spikes and rings are all optical artifacts. Looks beautifl though ! 😄
the straight line is an optical artifact (diffraction spike) caused by a bright star outside of this image.
No gravitational arc in this image, sorry ! It is a fuzzy spiral with, probably, a very active star forming area (the blue clump)
I'm not saying this cannot be a two armed disturbed spiral. I was just commenting on the now deleted comment of 'boxy spiral'
In the mean time there was a comment deleted !
2/2 And with these fuzzy images it is not easy to tall if these galaxies are disturbed. So, basically, it is your call ! 😄
1/2
The bluish object is another galaxy.Whether it is interacting with the central galaxy is very difficult to tell without additional info
what do you mean by box spiral ? 😃
Could be a merger, or just one very disturbed galaxy. It is your call ! 😄
Could be one disturbed galaxy, could be two interacting. It is your call ! 😄
No gravitational arc here. It is a disturbed barred spiral, where the spiral arms fold back to make a ring.It is called a ringed galaxy.
No ring here. I'd go for a very disturbed spiral galaxy
Not really (for me) ! just a very fuzzy and faint galaxy. 😄
See the comments below : the sharp edged splotches are cosmic ray hits that didn't get removed from this image.
That green dot could be an active starforming region in the galaxy.
What is the connection between the video and this image of a galaxy ? 😃
Here's the flipped and slightly zoomed out image : http://tinyurl.com/nn5rh2d
Absolutely stunning ! 😄
Sorry to disappoint you, but this really is a galaxy. 😄 The blue clump is an active star forming region in this irregular galaxy.
Not really overlapping for me. And both galaxies look disturbed, so merger is a possibility. But in the end it is your call ! 😄
Nothing exploding in this image. The central object, that you are supposed to classify, is a fuzzy galaxy, possibly a spiral.
Start with 'features' and then say no to everything. At the end at 'anything odd' click yes and then click 'irregular'. 😉
Yep, definitely another galaxy. But, please, always classify the object in the center of the image. 😄
Looks like it is part of this clumpy galaxy.
the green circle is just an artifact. It is a cosmic ray hit that didn't get removed from this image.
The sharp edged blue and green dots are cosmic ray hits that didn't get removed. Very pretty but just artifacts. 😄
No dust lane in this image. I'd go for a clumpy galaxy.
Not a voorwerpje, but probably another galaxy.
That could be a very fuzzy barred, two-armed spiral. Nice catch ! 😄
Not a comet, but a disturbed spiral or disk galaxy seen edge on.
The bright green (and blue) sharp edged spots are cosmic ray hits that didn't get removed.
The green sharp edged splotches are artifacts. They are cosmic ray hits that didn't get removed.
Very faint and fuzzy galaxy. 😃
The blue dot could either be an active star forming area in the galaxy or it could be a foreground star from our galaxy.
Yes, the spiky object at the bottom is a foreground star from our galaxy.
They look disturbed, so merger is a possibility.
The blue clump is an active star forming area in the galaxy.
The spiky object, bottom left, is indeed a foreground star from our galaxy.
The line is a diffraction spike (optical artifact) caused by a bright star oitside of this image.
No lensing in this image. These galaxies are irregulars or disturbed spirals and these galaxies are not massive enough to do any lensing.
The round object could still be the center. This galaxy looks very disturbed.
What a lovely image ! #dailyzoo !
A very fuzzy galaxy ! ;D
The bright object, bottom left, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue clump is probably an active star forming region in the galaxy.
No dustlane here for me.
Without additional information (spectra) it is not possible to tell if these two are close or not.
The bright green splotches are cosmic ray hits that didn't get removed from the image.
A fuzzy clumpy galaxy.
Not sure these galaxies are merging. It is your call ! 😄
Definitely NOT an elliptical. This is a spiral or disk galaxy seen edge on.
So very sorry,but the green splotch is an artifact. It is a cosmic ray hit that didn't get removed.
This is just gibberish and just shows you know nothing about galaxies (which is what you are seeing in this image)
See the comments below ! 😄
it's a diffraction spike (optical artifact) caused by a bright star outside of this image. Mark as star/#artifact.
The brightly colored blobs are artifacts (cosmic ray hits that didn't get removed)
No disturbances here, so no merger for me (sorry)
Sorry, I just see one galaxy here. No merger for me.
The bright green splotches are artifacts, cosmic ray hits that didn't get removed.
But PLEASE, always classify the object in the center of the image. 😄
The bright colorful spots (green, red or blue) are artifacts. The bright orange thingy to the right is a galaxy. i'd go for edge on.
Looks like a cosmic ray hit that didn't get removed.
the colorful blobs are cosmic ray hits that didn't get removed. Artifacts.
The purple thing is not a voorwerp but an artifact (a cosmic ray that didn't gert removed)
See the comments below : the green dots are cosmic ray hits that didn't get removed.
The bright spiky object top right is a star from our galaxy. The colors, spikes and rings are all optical artifacts.
Yep ! 😉
The bright splotches are cosmic ray hits that didn't get removed. But there is still a faint and fuzzy galaxy in the center !
The bright splotches are artifacts. But in the center is a very faint and fuzzy galaxy.
Definitely not a hanny's voorwerp. Sorry ! ,-)
vivid green/blue/purple/pink splotches are probably cosmic ray hits that didn't get removed (sorry)
2/2
Although, in this case i'd probably go for a very disturbed barred spiral. (sorry ! )
1/2
yep, you are right, very hard to classify. I start with 'features' and then click no for everything after that.
Try squinting and then it looks like a spiral galaxy seen almost edge on. It could even be a three armed spiral (very rare).
That could be a diffraction spike (optical artifact) caused by a bright star outside of this image.
I'm having problems with the distance of the 'lens' from the lensing galaxy. Somehow it seems to be too far away.
Nope, not a star ! This is a real galaxy ! 😉
Difficult to tell in this fuzzy image if the galaxies are distorted. it is your call !
Yep ! Looks pretty amazing ! 😄
Just looks like one galaxy to me!
The green dot is a cosmic ray hit that didn't get removed.
Could be artifacts, could be actual fuzzy and faint galaxies. No way to tell, just from this image.
The blue/purple splotches are cosmic ray hits that didn't get removed.
Artifacts. They're cosmic ray hits that didn't get removed.
The colorful splotches are artifacts. But there is a very fuzzy galaxy in the center of the image.
The line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
The colorful lines are diffraction spikes (optical artifacts) caused by a very bright star outside of this image.
Wow, lovely image. I'd classify the central galaxy as a disturbed two armed, barred spiral.
Fuzzy clumpy galaxy for me.
If you squint really hard you can see a barred two armed spiral.
Most people will pick the disturbed barred spiral as the central one.
Or just one clumpy galaxy.
Looks like cosmic ray hits that didn't get removed.
See the comments below:it's a foreground star from our galaxy, but something went wrong with the filters/imaging.Classify as star/#artifact
Barred, two armed spiral with a foreground star from our galaxy overlapping
hot pixel or cosmic ray hit. Artifact anyway ! 😄
The rainbow road is a diffraction spike (optical artifact) caused by a bright star outside of this image. But I like rainbow road better! 😄
The colorful sharp edgeded blotches are cosmic ray hits.
Not sure what you mean. All the green and purple sharpe edged blobs are all artefacts. What blob are you referring to ?
No dustlane in this pic for me. Probably an artifact.
That looks like an artifact of some sorts to me. No lensing here, sorry.
Not sure that the red object is real. Looks like an artifact to me.
Yep, a very, very faint and fuzzy galaxy. 😃
These are actually stars from our galaxy, with lots of imaging and filter problems. Just classify as star/artifact !
Yep, disturbed spiral.
Disturbed barred spiral for me.
What dots ?
I'd go for a fuzzy and faint edge on with maybe a couple of star forming areas (the blue clumps).
Could be a merger, could be an overlap. Looking at the comments zooites are pretty much divided on the issue ! 😄
The central object is a galaxy, but it got cut of.
1/2
Correct ! The spikes are diffraction spikes (optical artifacts) caused by a bright star outside of this image.
Just click star/artifact and move on to the next one ! 😃
These ones are probably also cosmic rays. I just label them optical artifacts, because that is what they are in these images.
Usually cosmic rays get removed from the images before they are served up for classification. Only, sometimes the clean-up software fails.
The pinkish/purple and green thingies are cosmic rays that haven't been removed.
Let's make that two nice galaxies ! 😃
This is actually a star from our galaxy. 😃
See the comments below : It is a cosmic ray hit that didn't get removed.
This is not a star ! It is a real galaxy. At these distances it is not possible to see individual stars or planetary disks.
Sorry, this is definitely a galaxy.
Yep ! Definitely a star from our galaxy. The colors, spikes and rings are all optical artifacts. But it does look awesome ! 😄
The round object to the right of the center of the galaxy to the right is probably a foreground star from our galaxy.
The two bright and round objects are foreground stars from our galaxy . So, they are definiteley not interacting with the central galaxy.
Oh yes ! Definitely a bar ! 😄
Wow, gorgeous image ! 😄
I'd go for two (or three) galaxies interacting.
See the comments below : this is indeed a star from our galaxy. The colors, spikes and rings are all optical artifacts.
Yep, I'd go for #overlap too ! 😄
The 'jets' are a diffraction spike (optical artifact) caused by a bright star outside of this image. Sorry !
The bright object to the right is indeed a foreground star from our galaxy.
This is actually a star from our galaxy. The colors, spikes and rings are all opitical artifacts.
It is actually a diffraction spike (optical artifact) caused by a bright star outside of the image? But I like the alien death ray better !
The colorfull dots are optical artifacts. And please always classify the object in the center of the image ! 😄
I'd go for two galaxies overlapping.
See the comments below : it is a star from our galaxy.
That is probably a foreground star from our galaxy.
You could go for edge on without a bulge ! 😄
Gorgeous galaxy, gorgeous dustlane, but definitely no lensing here ! And not sure this is an elliptical either !
Neither for me. No distortions, so no merger and not really overlapping, so no overlap.
It is just a bright star from our galaxy. The colors, spikes and circles are all optical artifacts. Looks spectacular though ! 😄
Nope, it looks like a galaxy to me.
The central galaxy is not massive enough to do any lensing.
The galaxy in the center of the image is not massive enough to do any lensing. No lensing here, sorry.
The spike is a diffraction spike (optical artifact) caused by a bright star outside of this image.
Correct it is a star from our galaxy. And our sun is also a star ! 😄
If I had gotten this one to classify I would have said star as well.
Star 😄
😄
2/2
The bright spiky object, bottom left, is a foreground star from our galaxy. The colors, spikes and rings are all optical artifacts.
1/2
Always classify the object in the center of the image. Here that is the small fuzzy galaxy.
Without additional info (spectrum) no way to tell, sorry.
Probably just an artifact.
I'd go for edge on as well. But it could be a disk or a spiral. No way to tell ! 😄
The colorful thingies are optical artifacts. Looks pretty though ! 😄
See the comments below : The bright object isa fioreground star from our galaxy. The central object is a fuzzy galaxy.
Lovely star from our galaxy. The colors spikes and weird center (E) are all optical artifacts.
I'd go for too fuzzy to know. 😄
That is another faint and fuzzy galaxy.
The image is very fuzzy. Just give it your best shot ! 😄
Disturbed clumpy spiral for me
Looks like it. 😄
Not sure this is an elliptical. I'd go for a barred (very) fuzzy spiral.
This is actually a star from our galaxy ! 😄
The spiky object,top left, is a foreground star from our galaxy.The black dot in the center is an optical artifact caused by oversaturation.
And please, always classify the object in the center of the image even if it is the most boring one ! 😄
The bright and spiky thing is a forground star from our galaxy. The colors, spikes and rings are all optical artifacts.
No dustlane for me. I see two galaxies that maybe or maybe not are interacting! .
Always classify the object in the center of the image ! 😄
I don't think the galaxy, bottom right, is interacting with the central one.
Yep, definitely a galaxy. Fuzzy spiral for me.
Don't think this is a star. For one the shape is not round enough. Galaxy for me.
The central object is a very (and I mean very ) fuzzy galaxy ! 😄
The objects at the top could be (parts of) other galaxies.
The bright spiky object ? See the comments below. It is a star from our galaxy.😄
A disturbed disk or spiral galaxy (with a lovely dustlane) interacting with the disturbed spiral galaxy to the right. #merger
It s a star from our galaxy. Classify as star/#artifact ! 😄
That is probably another fuzzy galaxy. Voorwerp or Voorwerpjes have much brighter colors.
Could be a foreground star from our galaxy.
What object are you referring to ?
Not dust but optical artifacts caused by oversaturation.
These objects are stars from our galaxy.
Looks like star forming regions to me.
Correct, these sharp edged blue and green blobs are optical artifacts.
Optical artifacts. 😄
Wow indeed ! 😄
Hi! What is your question ? 😄
Definitely galaxies. Probably interacting ! 😄
This is actually a star from our galaxy.
The bright green blobs are optical artifacts. Sorry.
These objects are actually stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
No idea what you mean with that ! 😄
I'm going for overlap as well ! And what a gorgeous dustlane ! 😄
LOL ! Clumpy spiral for me ! 😄
This is a star from our galaxy. The colors and 'bulge' are just optical artifacts. Classify as star/#artifact 😄
Wow ! Beautiful inner ring ! 😄 #zgotw
Sorry, the green 'objects' are optical artifacts. You can tell by the jagged and sharp edges they have.
The bright object to the left is a foreground star from our galaxy. Thhe colors, spikes and rings are all optical artifacts.
What an amazing spiral galaxy ! 😄
Weird irregular galaxy ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Sorry, the green specks are artifacts.
This is what some stars look like in these Hubble images. The colors, spikes and rings are all optical artifacts.
Not much distortion visible, bu then again it is a very fuzzy image. It is your call ! 😄
Merger is a possibility. It is not easy to tell with these fuzzy images.
That is a diffraction spike (optica artifact) caused by a bright star outside of this image.
Fuzzy disturbed spiral for me.
Looks like it.
Not a nebula but a fuzzy galaxy.
Probably a starforming region in the galaxy.
Fuzzy spiral in the center. The orange round object could be a foreground star from our galaxy.
I'd go for a spiral or for a clumpy spiral ! It is your call ! 😄
Clumpy spiral or something ? No dustlane here for me, sorry.
LOL ! That is a diffraction spike (optical artifact) caused by a bright star outside of this image.
Could be a diffraction spike caused by a bright star outside of this image.
Truly beautiful image ! #zgotw
The red and green confetti are just optical noise ! End of the chip artifacts ! 😄
The green sharp edged blobs are just artifacts, sorry.
Clumpy irregular ? Merger ?
The bright spiky object top right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The green and blue confetti ? Yep, artifact ! 😄
I'd definitely go for edge on - no bulge 😄
The green spot is probably a cosmic ray that didn't get removed.
And that is what GZ is all about about ! 😄
It is already a Hubble image ! They don't come any nicer than this ! 😄
looks like the filters were misaligned.
Not sure. The color is weird.
Looks like a faint and fuzzy galaxy to me.
Oh no ! The horror ! 😄
What do you mean ?
Could even be three or more galaxies merging !
The fuzzy greyish green object in the center is a galaxy. The brigthly coloured thingies with the sharp edges are optical artifacts.
The 'honey comb' look is an optical artifact.
Wow ! Nice one ! :😄
Looks like it ! 😄 Just click star/artifact and hopefully the next image will be more interesting ! 😄 Happy hunting !
Yep, star from our galaxy! 😄
This is probably a star from our galaxy.
Two galaxies for me. Not interacting .
The green dot is either an artefact or a cosmic ray that didn't get removed.
The bright object top right ?
That is indeed a star ! The colors, spikes and rings are all optical artifacts.
I'd go for a vey disturbed barred spiral.
Looks like a 'spiral' with an active nucleus ! 😄
Oh wow ! amazing ! 😄
Agreed, it is a very fuzzy galaxy. Just give it your best shot ! 😄
This is actually a star from our galaxy. The colors, spikes, rings and weird center are al optical artifacts.
2/2
But in this case there is really nothing usefull to classify. Just go for star/artifact !
Happy hunting ! 😄
1/2
The brightly coloured thingies are artifacts. And you are supposed to classify the object in the center of the image.
The bright green & blue sharp-edged thingies are artifacts.The fuzzy blue object in the center is a galaxy as is the fuzzy object top right.
The object in the center is one galaxy (disturbed spiral) . The small round object at 10 is another galaxy that could be interacting.
All the objects in this image are real galaxies. 😄
I'd go for spiral.
Sorry, I don't see a lens either.
Beautiful barred spiral (not a nebula)
And, please, always classify the object in the center of the image even if it is the most boring one ! 😄
The bright object to the right is a foreground star from our galaxy. The colors, spikes, rings and weird center are all optical artifacts.
No gravitational lensing in this image. Merger of two clumpy spirals.
The brightly coloured dots with the sharp edges are artifacts.
The straight line running through the galaxy could be a diffraction spike.
Really amazing ! Here's the SDSS image : http://tinyurl.com/otdnuyu
Could be, but the image is very fuzzy.
The bright object is probably a foreground star.
Just out of curiousity: did you get this image to classify just now ?
Interaction is a possibility, but then again these images are rather fuzzy . It is your call ! 😄
2/2
And there is no way to tell (without additional information) if these two galaxies are interacting. I'd say no, no obvious interaction
1/2
First off, always classify the object in the center of the image, even if it is the most boring one ! 😄
Not a nebula but a very fuzzy and faint galaxy ! 😄
3/2
And please mind the language ! We try to keep this site sqeaky clean ! Thanks !
2/2
That's a star from our galaxy. The colors, spikes, rings and weird center are all optical artifacts.
1/2
Are you talking about the bright object at the bottom ?
If I squint really hard, I can see a fuzzy spiral with a couple of star forming regions ! 😄
Wow, just wow ! 😄 #zgotw
The colouring is right for a lens, so maybe ! 😄
The ring is an inner ring of the galaxy. No lensing here.
No lens problem here. Definitely a nice merger ! 😄
This indeed a foreground star from our galaxy, but the colors,spikes, rings and 'hole' are all optical artifacts.
For some objects (like this one) there is not much more to tell than smooth and the shape. Just answer the questions as well as you can! 😄
That is not a nebula but a beautiful galaxy with active star forming regions (the blue clumps)
The brown circle is a dustlane that circles the galaxy.
Sorry, it is just an artifact.
Do you mean the bright object at the top? That is a foreground star from our galaxy. The colors, spikes & rings are all optical artifacts
While there is probably a black hole in this galaxy, it is not possible to see them.
The colorful object is indeed a star from our galaxy The colors, spikes and rings are all optical artifacts.
Correct !
The bright colourful object, top right , is a foreground star from our galaxy. The colors, rings & spikes are all optical artifacts.
The bright yellow dot is probably a foreground star from our galaxy.
Beautiful image ! 😄
It is not an artifact, but a galaxy. Just answer the questions as well as you can.
Probably another faint galaxy.
Interaction is a possiblity.
Just one galaxy for me.
I'd probably go for merger for this one.
Correct. This is what stars can look like in these Hubble images.
Could be but with these fuzzy images it is very difficult to tell.
It's actually a star from our galaxy but the colors are not real.Lots of imaging & filter problems in this image.Classify as star/#artifact.
Lots of distortion visible, definitely a #merger ! 😄
Wow indeed ! What a gorgeous #merger ! 😄
This is a bad image from the edge of the survey. Just classify it as star/#artifact ! Happy hunting ! 😄
It's actually a star from our galaxy but the colors are not real.Lots of imaging & filter problems in this image.Classify as star/#artifact.
The central object, which you are supposed to classify, is a galaxy. All the other ones in this image are foreground stars from our galaxy.
All the objects in this image are probably foreground stars from our galxy. Nice chance alignment.
It's actually a star from our galaxy but the colors are not real.Lots of imaging & filter problems in this image.Classify as star/#artifact.
These objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems; Just classify as star/#artifact.
😄 Nice #merger
It is actually a bad image from the edge of the survey ! 😄
And here is the rest of it ! 😄 (image rotated) http://tinyurl.com/p9k7faw
Looking at the zoomed out image it appears that the two galaxies are interacting.
It is actually a star from our galaxy, but the colors are not real. Imaging and filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. No lensing in this image, sorry. Classify as star/#artifact.
This is a foreground star from our galaxy. Misalignement of filters.
Both these objects are stars from our galaxy that only appear to be touching. Definitely not a merger sorry.
Out of focus star from our galaxy. Classify as star/#artifact.
Not a smooth galaxy at all. You could go for irregular or even a very disturbed barred spiral.
The bright green object is a foreground star from our galaxy (colors are not real). So, definitely not a merger.
These objects are actually stars from our galaxy, but the colors are not real. Lots of imaging & filter problems.Classify as star/#artifact.
Hard to tell with these fuzzy imags. It could go either way.
These are out of focus stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify a star/#artifact !
The darker dots in the core of the galaxies are optical artifacts caused by oversaturation. great #merger !
Definitely not. All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
The asteroid is the green/red/blue object at 7 o clock.
Or it could be an #overlap ! 😄
The central object is a galaxy. The yellow dot at 7 is probably a foreground star from our galaxy.
The central object, which you are supposed to classify, is a beautiful lenticular with an inner ring.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Not much distortion, so I'd go for overlap. But that doesn't mean that it couldn't be a merger. It is your call ! 😄
It is a diffraction spike caused b a bright star outside of this image. See the rotated image : http://tinyurl.com/new95bo
The three round and bright objects are all foreground stars from our galaxy.
the blue clumps are active star forming regions in the galaxy.
The central object is a galaxy and the two round ones are foreground stars from our galaxy. No interaction possible.
Definitely not ! 😄
It is a bad image from the edge of the survey. Classify as star/#artifact
2/2
even a barred two armed spiral where the two arms fold back to make a ring.
1/2
This is not an elliptical as you clearly see features. It could be a barred lenticular (disk) or
The cenrtal object is a glaxy, all the other objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/#artifact.
All the bright round objects in this image are stars from our galaxy. There is also a lot of noise in this image.
But it is a fuzzy galaxy, probably a spiral.
These are actually stars from our galaxy, but the colors are not real.
This is just 1 galaxy.The bright round dot is a foreground star from our galaxy & so are all the other objects in this image. No merger here
The two round objects to the right are foreground stars, so definitely not a merger, sorry.
Or just a very big bulge ! 😄
Very cool ! 😄 See the comments below.
Not sure about the x, sorry.
The central object is definitely not an artifact. Very (very) fuzzy spiral for me.
Here's the very zoomed out and rotated image : http://tinyurl.com/lb4zqbr
Btw : gorgeous #dustlane ! 😄
All these objects are stars from our galaxy, but something went wrong with the filters. Anyway, classify as star/#artifact.
This is just one object and it is a foreground star from our galaxy. But the colors are not real. Some imaging and filter problems.
Beautiful irregular galaxy with lots of star forming areas (the blue clumps)
With these fuzzy images it is very hard to tell if they are colliding or if it is just an overlap. It is your call ! 😄
Two stars from our galaxy, but the colors are not real. Imaging and filter problems. Classify as star/#artifact.
They look pretty disturbed to me.! #merger
The white/blue object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Yep, that is an asteroid. Nice chance alignment.
This is actually a star from our galaxy.
A bad image from the edge of the survey. Classify as star/#artifact.
the central object is a star from our galaxy. Lots of imaging and filter problems.
Classify as star/#artifact.
The central object is a galaxy and so is the one to the left. The two bright, colored round objects are foreground stars from our galaxy.
It is a satellite trail. the satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Which object are you referring to ?
t's a fuzzy disturbed spiral.
Out of focus stars from our galaxy. Classify as star/#artifact.
It is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
It is a bad image from the edge of the survey. Classify as star/#artifact.
A beautiful barred spiral galaxy.
A fuzzy spiral galaxy
it's a star from our galaxy. But the color is not real. Filter problems.
See the comments below : it is a star from our galaxy.
No distortions in either galaxy. #Overlap
That is a diffraction spike (optical artifact) caused by a bright star outside of this image.
All the stars you see in these images are foreground stars from our galaxy.
The bright spot near the center of the galaxy is a foreground star from our galaxy.
It can't be both a spiral and an elliptical If you see features it is not an elliptical.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Definitely not a merger. The bright object to the right is a foreground star from our galaxy.
Now that is an amazing #MERGER !
You could go for a disturbed edge on or an irregular galaxy.
it is your call !
Disturbed spiral galaxy. Definitely not a merger here !
See the comments below ! 😄
See the comments below ! 😃
The dark center is just an optical artifact caused by over saturation, sorry ! 😄
Aww, you found a piece of the Cosmic Scarf : http://tinyurl.com/lb4zqbr 😄
Actually, bad images from the edge of the suvey.
Both galaxies look a little bit disturbed, so merger is definitely a possibility. But then again, it is your call! 😄
Stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Where ? What two objects are you referring to ?
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems;
3/3
The bright orange dot in the center is an optical artifact caused by oversaturation.
2/3
Here we have a spiral galaxy in the center. The bright white object at 4 is a foreground star from our galaxy.
1/3
???? No idea what you are talking about.
Both these objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is actually a star from our galaxy but the colours are not real. Lots of imaging and filter problems.
And how did you classify it ? 😄
Spiral galaxies are usually not massive enough to do any lensing. Definitely no lensing in this image.
Smooth and round elliptical galaxy ! 😄
Yep, foreground stars from our galaxy.
Not to forget #merger ! 😄
With these smooth and round galaxies and that combined with a fuzzy image it is not easy to to tell.But here,I'd go for merger any time ! 😄
It looks like a disturbed galaxy ! 😄
2/2
But whether it is in the foreground or the background or even in the same plane as the central galaxy is impossible to tell.
1/2
It is probably another galaxy.
Most definitely not an elliptical. Very fuzzy spiral galaxy.
Definitely not an elliptical. If you squint you can make out a couple of tight spiral arms.
I'd just go for two spiral arms ! 😄
The object at 4 is probably another galaxy gravitationally interacting with the central galaxy. I was just replying to the original question
The orange round object at the bottom is a foreground star from our galaxy. The 'cross' in the center is just an optical artifact.
Beautiful edge on ! 😄
Yep ! I got a bit excited myself because it had the exact same color as a voorwerpje ! But the zoomed out image looks special too ! 😄
Nope, it's an optical artifact. See the zoomed out view : http://tinyurl.com/q7ed37g
All the bright objects have a blue 'tail' ! ;D
While this is technically an overlap, here in GZ the # overlap is only used for galaxy/galaxy overlaps. Thanks. 😄
I'd go for elliptical in the center and foreground star to the left.
It's a bad image from the edge of the survey. Classify as star/#artifact.
Star from our galaxy. Lots of imaging and filter problems.
This is a star from our galaxy, but the colors are not real.
The darker dot at the center of the galaxy is an optical artifact caused by oversaturation.
Correct ! Diffraction spike caused by the star at the bottom.
All the objects in this image are stars from our galaxy. Nice chance alignment. No lensing in this image, sorry.
Definitely not a galaxy seen edge on. Try squinting ! 😄
I see a fuzzy spiral galaxy with a big bulge and maybe even barred.
These two objects are foreground stars but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Fuzzy galaxy. I'd go for smooth and round.
Sorry, no asteroid in this image/
Correct, all the objects in this image are stars from our galaxy.
Nope, all the objects in this image are stars from our galaxy.
The central object is indeed a galaxy, but all the other smaller round ones are foreground stars from our galaxy. No merger here , sorry.
Always classify the object in the center of the image ! 😄
The central yellow object is indee a galaxy. The object to the right is a foreground star from our galaxy. The colors are optical artifacts.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Two spiral arms for me;
Spiral galaxy for me.
The image is very fuzzy, so it is not easy to tell.
I'd go for image artifact.
See the comments below 😄
No ofcourse not ! 😄
That message was only for lostlens. A user that caused a lot of trouble by deliberately misclassifying things.
A fuzzy galaxy. You could go for a disturbed, barred spiral or alternatively for irregular.
The central object is indeed a galaxy, but the other three round ones are foreground stars from our galaxy. No merger here, sorry.
The blue clumps are active star forming regions in the galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
Good call ! 😄
Sorry, these colors are just optical artifacts (filter problems)
Sorry for being pedantic, but this is a ringed galaxy, where the spiral arms fold back to make a ring.
You will always need at least a before and after image for it to be a SN. 99,9% will be just foreround stars.
Oooh, nice catch ! The asteroid is the blue/red/green object at the right side of the image.
Just one galaxy. it looks distubed, but no obvious culprit in sight !
The two galaxies in the center as wel as the one above them seem to be interacting. #merger for me.
A barred, two armed spiral witth a foreground star (the blue dot) .
i would'n't go for elliptical for this one. Probably a disk with an amazing dustlane.
LOL, you do realise that this 'Dutch' word also has a meaning in English ? To jam something is to block it or screw it up.
What a gorgeous barred spiral ! 😄
Star forming any time ! 😄
The bright spiky object bottom right is a foreground star from our galaxy.But please, always classify the object in the center of the image.
Definitely a barred spiral for me !
That is a foreground star from our galaxy that got in the way. Nice line of sight ! 😄
These are actually stars from our galaxy. Some serious filter problems.
Not really. The galaxy is in the center of the image.
You do realize that black holes cannot be directly observed ? Where do you thinkthis BH is situated ?
All the objects in this image are stars from our galaxy.
Out of focus stars from our galaxy with lots of imaging and filter problems.
The image is cut off. The blue thingy in the center is a spiral with lots of star forming areas.
Out of focus stars and artefacts ! Classify as star/#artifact. 😄
And what does that mean ? 😄
LOL ! Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Very beautiful ! 😄
Just one galaxy here, no merger. It is a barred, two-armed spiral with a noticeable bulge.
Yes, it is a diffrction spike (optical artifact) caused by a bright star outside of this image.
I'd go with fuzzy spiral as wel ! 😄 (maybe a bit distuebzd ! )
The blue dots in the galaxy are active star forming regions. The blue line bottom right is a satellite traiL.
It is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Or maybe a star fom our galaxy ! 😄 And obviously the colors are not real. Lots of imaging and filter problems.
The bright white object is most probably a foreground star from our galaxy.
All of the objects in this image are stars fom our galaxy. The ones in the middle only appear to be touching, no merger here, sorry ! 😄
No distortion to speak of, so no merger for me.
Sorry, no merger here ! The brighr yellow dot is a foreground star from our galaxy.
I'd go for distubred, barred spiral with a couple of star forming areas (the blue clumps).
Sorry, no galaxies in this image ! All the objects here are stars from our galaxy. No merger or overlap whatsoever.
This is actually a star from our galaxy, but the colors are not real. Lots of filter problems.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Both galaxies look disturbed, merger for me.
All the objects in this image are stars rom our galaxy. Nice chance alignment.
All the objects in this image are stars from our galaxy and something went very wrong with the filters. Clasify as star/#artifact.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No merger, sorry.
That is most probably a foreground star from our galaxy.
Or the aftrmath of a fly by.
The bright blue/white object is a foreground star from our galaxy. The colors and blue dot are optical artifacts.
The orange object to the left is indeed a foreground star from our galaxy.
The red dot is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
The bright object, top left, is a foreground star from our galaxy. No merger here, sorry.
Nope, it is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
All the objects in this image are stars from our galaxy. No merger here, just a chance alignment.
All the objects in this image are out of focus stars from our galaxy, but the colors are not real.Lots of filter and imaging problems.
What do you mean by 2.5?
Please, always classify the object in the center of the image ! 😄
Could be an overlap.
I'd go for #merger. Definitely not dust clouds collapsing.
Artefact, sorry.
Since it is only visible in one band, I'm thinking artifact.
The red dot is a foreground star from our galaxy and so are the other two.
Yep ! These are out of focus stars.
Could be ! 😄
Gorgeous #overlap ! 😄
First of all, aways classify the object in the center of the image.
And all the objects in this image are stars from our galaxy. 😄
Et voilà ! 😄 http://tinyurl.com/pks9t7x (image flipped)
The Voorwerp and Voorwerpjes all have very vivid colors. Nothing like this fuzzy pale blue
Looks like an artifact and it is only visible in one band.
That is most probably a foreground star from our galaxy.
Probably ! 😄
Now that is a gorgous #merger ! 😄
Nope, sorry!These two objects are actually foreground stars from our galaxy. & they only appear to be touching. And the colors are not real.
No gravitational lensing in this image whatsoever, sorry.
Nope, just a bunch of out of focus stars from our galaxy. Lots of imaging and filter problems. Just classify as star/#artifact.
No dustlane for me.
Sorry, all the objects in this image are stars from our galaxy. No merger here.
Sorry, all the object in this image are stars from our galaxy.
I'm not sure this is a gravitational lens. and the only reason I can come up with is : It doesn't look like one! 😄
Definitely no gravitational lens here. Spirals are usually not massive enough to do any lensing.
Definitely not a gravitational lens here.
A lovely disk or spiral galaxy seen edge on. There is even a hint of a #dustlane.
The darker dot in the center of the galaxy is an optical artifact, caused by oversaturation.
The central object, which you are supposed to classify, is a smooth and round galaxy.
The small white object top right is a foreground star from our galaxy.
I'd go for edge on as well, but it is your call ! 😄
A very disturbed barred, spiral galaxy with some star forming regions (the blue clumps)
#merger for me as well ! 😄
The central object is a very disturbed spiral.
Definitely no gravitational lens. Could be disturbed but the image is very fuzzy.
The colors are most definitely artifacts. And this one is probably a star from our galaxy, not a galxy.
I just see one spiral galaxy, sorry. But it is a beautiful one ! 😃
The central object is a fuzzy two armed spiral.
Happy hunting ! 😄
Do you mean the bright object bottom right corner? That is a bright star from our galaxy. http://tinyurl.com/opvfejm
This one is probably a foreground star from our galaxy.
The green dot is only visible in one band so it is probably an artifact.
The green dot is only visible in one band, so it is probably an artifact.
Could be another galaxy.The image is too fuzzy to tell if they are interacting
Object top left is a foreground star from our galaxy.Always classify the object in the center of the image even if it is the most boring 1
See the comments below : It is a star from our galaxy but the colors are not real. Lots of imaging and filter problems.
The bluish round object, bottom right, is probably a foreground star from our galaxy, not a satellite galaxy.
Definitely no lens in this image , sorry ! Where did you see it ?
Since it's only visible in one band, i'm thinking artifact ! Sorry !
Could be. It is a very fuzzy image so I'm not really sure.
First of,always classify the object in the center of the image(here that's a fuzzy galaxy). The 2 to the botom left are stars. Not a merger.
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Looks like a fuzzy spiral to me.
Definitely not an elliptica. It is a barred spiral.
Two galaxies. But wit these fuzzy images it is very hard to tell if they are merging or if it is an overlap. it is your call.
Both these objects are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No supernovae or merger here
The green stripe is a satellite trail.
The blue/red/green object to the left is an asteroid.
The bright object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
this is a star from our galaxy, but the colors are not real. lots of imaging and filter problems.
Definitely a spiral galaxy. You can see the spiral arms.
Probably ! 😄
All the objects in this image are stars from our galaxy. No merger here.
With these kinds of distortions it is obviously a #merger.
Why ?
Bad images from the edge of the survey. Just classify as star/#artifact.
An almost perfect ringed galaxy, slightly disturbed? And don't forget the bar and the very noticeable bulge.
#dailyzoo
I'd go for a fuzzy, barred spiral, but if it is an irregular to you that is equally right !
A bad image from the edge of the survey. Classify as star/#artifact.
Sorry I don't see any circles here. It is a fuzzy and disturbed spiral galaxy for me.
No idea, could be a star forming area, could be an artifact, could be just about anything ! 😄
Since it is only visible in one band I'm thinking cosmic ray or artifact.
LOL ! 😄
As it is only visible in one band,i'm thinking cosmic ray or artifact.
These are out of focus stars from our galaxy and the colors are not real. Lots of imaging and filter problems. No merger here, sorry.
See the comments below : it is a star from our galaxy, but the colors are not real. Lots of filter problems.
Not sure if that is a galaxy. Star from our galaxy for me.
The two bright orange/yellow objects are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy.
it is a bad image from the edge of the survey. Lots of imaging and filter problems.
The white round object at the top is a foreground star from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
The bright white object to the right is a foreground star from our galaxy.
yep ! 😄
Yep ! 😄
So, how did you classify it ? ;D
Probably not. Voorwerpjes have more vibrant colors.
The blue objects are foreground stars from our galaxy.
The object to the right is probably a foreground star from our galaxy.
Optical artifact. Misalignment of filters.
All the objects in this image are stars from our galaxy. No merger here, sorry. Classify as star/#artifact.
All the objects in this image are stars from our galaxy.The two in the center of the image only appear to be touching.No merger here, sorry.
All the objects in this image are stars from our galaxy..
This is a star from our galaxy. The 'jet' is an optical artifact.
This is actually a star from our galaxy, but the colors are not real. Lots of imging and filter problems.
The central object is a star from our galaxy. The red blob, bottom left, is probably an artifact.
Sorry, no lensing here. Spirals are usually not massive enough to do any lensing. It is a fuzzy and faint spiral arm
No visible distortions visible. But it is your call ! 😄
Al the objects in this image are stars from our galaxy and the colors are optical artifacfts. Meaning, the colors don't mean anything ! 😄
For me it is a disturbed spiral. The culprit for the disturbance is not visible in this image. Coud the result of a flyby.
It is a very fuzzy image so both merger or overlap are a possibilty. It is your call ! 😄
The image is very fuzzy, so this could be a merger, but it could also be an overlap. It is your call ! Happy hunting ! 😄
The central object is a barred, two-armed spiral. The little one to the right is probably an overlapping edge one. Nice line of sight.
All the white objects in here are foreground stars from our galaxy. Definitely no merger. I'd go for a very disturbed galaxy or an irregular
The blue spots are active star forming regions in the galaxy. And indeed : very beautiful ! 😄
Oh yes ! Nice one !
Hi maguireb ! Always classify the central object even if it is the most boring one !😄 Happy hunting ! 😄
2/2
You can ofcourse always comment on other objects here in Talk
1/2
Please, always classify the object in the center of the image, even if it is the most boring one ! 😄
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
See the comments below : It is a star from our galaxy and the colors are not real.
2/2
Here that is the small yellow one !
The blue balls in the large galaxy are active starforming areas.
1/2
Please always classify the object in the center of the image, even if it is the most boring one ! 😄
The bright dot is probably a foreground star from our galaxy.
See the comments below : the orange object is a foreground star from our galaxy.
The central galaxy looks like a disturbed spiral seen almost edge on to me. The object to the left is a smooth and round galaxy.
2/2
It is a bad image from the edge of the survey. Lots of imaging and filter problems.
1/2
You found a piece of the Cosmic Scarf (see the very zoomed out image) http://tinyurl.com/osku3hs ! 😄
CGMW ? Care to explain ? ;D
Green object (bottom right quadrant) : I'm thinking star from our galaxy.
But what a gorgeous merger ! #dailyzoo !
And nobody mentioned #merger ! 😄
Could be. It looks like there are two galaxies interacting.
The multi-colored objects in this image are stars from our galaxy. The colors are just optical artifacts.
The central object is most definitely a galaxy.
A disturbed fuzzy spiral with a big bulge for me.
No meteor in this image, sorry . Where do you see one ?
Sorry, this is most definitely not a galaxy. It's an out of focus star with lots of imaging and fiter isssues.
Without additional information no way to tell that these galaxies are interacting.
It is probably a fuzzy two armed, barred spiral where the spiral arms fold back to make a ring. It is actually called a #ringed galaxy.
Not sure if there is a dustlane here.
You could go for disturbed fuzzy galaxy.
The white object is probably a foreground star from our galaxy.
The central object is a galaxy, but the 3 to the left are foreground stars from our galaxy. It is just a chance alignment.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
I see a very disturbed spiral galaxy. Definitely not a gas cloud here ! 😄
The central galaxy looks a bit disturbed, but I'm not convinced this is a merger. So merger or overlap ? It is your call ! 😄
Both the objects in this image are stars from our galaxy. Lots of imaging and filter problems. No interaction here, sorry.
The blue "shadow" is an optical artifact. At these distances it is impossibme to see planets.
All the objects in his image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Probably ! 😄
Nope ! The blue object is a (or two) foreground star from our galaxy,, so it is most definitely in front of the central galaxy.
2/2
so it is definitely not connected to the central galaxy. Just a line of sight !
1/2
No dustlane here. The bright round object(bottom right) of the galaxy is a foreground star from our galaxy.
I just see a two armed, barred spiral with a smallish bulge, sorry.
All the objects in this image are star from our galaxy. Lots of imaging and filter problems.Classify as star/#artifact !
Hapy hunting ! 😄
That is most probably a foreground star from our galaxy.
Happy hunting ! 😄
Could be overlap, could be merger, with these smooth galaxies it is not easy to tell.
The bright dot at 8 is only visible in one filter so i'm thinking artifact. And here in GZ overlap is only used for galaxy/galaxy overlaps.
The dark spot in the center is an optical artifact caused by oversaturation.
All the objects in this image are stars from our galaxy. Classify a star/#artifact.
The bright object, bottom right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is defintely a galaxy. You could go for disturbed barred spiral or alternatively for irregular.
LOL ! 😄
It is a piece of the Cosmic Scarf ! 😄 See the very zoomed out view : http://tinyurl.com/oykqecl
That is one way of classifying it. You could also go for disturbed barred, two-armed spiral. It is your call ! 😄
The galaxy cannot be in front of the star ! All the stars we see in these images are foreground stars from our galaxy.
The two red dots are optical artifacts.
The orange colouring in the star is just an optical artifact.
These two could be interacting, but with these fuzzy images it is not easy to tell. It is your cal ! 😄
The bright one to the bottom is a foreground star. And the one at the top could be a satellite galaxy or it could just be a line of sight.
The blue dot, bottom right corner, is a foreground star from our galaxy. The darker dot in the center & to the right are optical artifacts.
Nope, it is a very real galaxy. I'd go for irregular for this one.
It could go either way : not much distortion, but that doesn't mean they are not interacting yet.
No jets here ! See the comments below : it is a very beautiful polar ring.
I'd go for a disturbes spiral seen edge on.
I just see one disturbed spiral.
The central galaxies look disturbed, so merger is definitely a possibility ! 😄
This is most definitely a galaxy. Unfortunately it is a very fuzzy one ! 😄
See the comments below ! 😄
I'd go for a barred, two-armed spiral with a very small bulge. Maybe a little bit disturbed.
The bright orange object to the right is a foreground star from our galaxy.
The objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Definitely a fuzzy spiral galaxy.
Out of focus stars and artefacts, but cheerios is the term most commonly used ! 😄
Classify as star/#artifact.
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
Without additional information (spectra) no way to tell.
All th eobjects in this image are sars from our galaxy, but the colors are not real. Lots of imaging and filter problems. star/#artifact
The green dot is only visible in one filter so it is probably a cosmic ray that didn't get removed
Beautiful ringed galaxy. There s just one galaxy here, so no merger.
Always classsify the object in the center of the image !
Happy hunting ! 😄
All the objects in this image are most definitely stars from our galaxy ! 😄
No lens here sorry. This is actually a foreground star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
LOL ! Have you checked this thread ?
Oops, one of the bad images, usually found at the edge of the survey ! . Just classify these as star/#artifact.
Happy hunting ! 😄
Why ?
That is just an optical artifact, caused by oversaturation.
Sorry, that is probably just another galaxy . It is too far away from the central galaxy to be a gravitationaly lensed galaxy.
Probably an optical artifact, sorry.
What an amazing #merger ! 😄
Without a spectrum, no way to tell, sorry.
Why ?
This is actually a star from our galaxy, but the colors are not real. Just classify as star/#artifact ! 😄
The fuzzy stuff is probably two faint spiral arms.
Nope ! The central object is a very real galaxy ! 😄
It is a very fuzzy image and not much distortion in either galaxy. It could be two totally unrelated galaxies or it it could be a merger.
Or it could be two galaxies with very bright cores, interacting. The image is very fuzzy. Just give it your best shot ! 😄
Very disturbed indeed ! 😄
This is actually a star from our galaxy, but the colors are not real. Something went very wrong with the imaging and filters.
That is indeed a star, but it is a foreground star from our galaxy.
The object to the right is indeed a foreground star from our galaxy. The dark spots are just optical artifacts, sorry.
This is definitely a star from our galaxy ! Lots of imaging and filter problems ! 😄
What is your question ? 😄
Where is the overlap ? Both of the galaxies are very far apart !
Not sure about this being an overlap. The top galaxy especially looks really disturbed. I'd go for interaction. #merger.
And what a gorgeous dustlane it is ! 😄
Where's the satellite trail ?
Yep ! All the objects in this image are stars from our galaxy.
This is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
This is a star from our galaxy, but the colors are not real. The dark spot in the center is an optical artifact caused by oversaturation.
The central object is a fuzzy galaxy. All the other ones are foreground stars from our galaxy.
Beautiful barred disk galaxy.
smooth and in between for me.
I'd go for smooth and round
All the objects in this image are out of focus stars from our galaxy or artefacts.
Could be a disturbed spiral.
Very prominent bar ! Nice catch ! 😄
I just see a fuzzy two-armed, barred spiral. Nothing special ,sorry.
So, how did you classify it ? 😄
A very short one ! ;D
It is probably a spiral, but it is just too fuzzy too tell.
I wouldn't call this one smooth ! I'd go for a fuzzy tight two armed spiral with a noticeable bulge, maybe even disturbed.
It is probably a fuzzy spiral with a very noticeabe bar.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems.
The central object, which you are supposed to classify , is a galaxy. The other objects in this image are foreground stars from our galaxy.
There seems to be some problem with the SDSS site. I'll try later.
You have to look at the coordinates. Here 's the quasar : http://tinyurl.com/myyur6v
Sorry, I don't see a satellite trail in this image.
And, please, always classify the object in the center of the image, even if it it is the most boring one ! 😄
Sorry, no lens here. Just classify star/#artifact. All the objects int his image are stars from our galaxy. Imaging and filter problems ! 😄
Yep ! 😄
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
The colorful dots are probably noise. I'd go for a fuzzy spiral ! 😄
star/#artifact
Fuzzy, barred spiral for me ! 😄
No voorwerpje here whatsoever ! Sorry !
Definitely all the objects in this image are stars from our galaxy. Whether this is a cluster? ?? 😄
Definitely a star with lots of imaging and filter problems. Just classify as star/#artifact.
No voorwerpje here, sorry. Did you see my previous comments ?
Most definitely a star with lots of imaging and filter problems ! Classify as star/#artifact 😄
I see a fuzzy two-armed spiral. No bulge, I agree.
Where ? Voorwerpjes have very bright colors : see this thread from the old forum : http://www.galaxyzooforum.org/index.php?topic=275838.0
Again, all the objects in this image are stars from our galaxy. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Classify as star/#artifact. 😄
Where ?
The blue dots are active star forming areas in this irregular galaxy. No voorwerpje here, sorry.
Sorry, I don't see it. 😦
The object in front of the galaxies is probably a foreground star, not an asteroid.
It's a disturbed barred spiral.
The central galaxy looks distorted, so there could be some interaction going on.
I'd go for a disk or spiral seen edge on, no bulge, slightly disturbed.
Yep ! 😄
I'd go for barred, but that is just me ! 😄
What do you mean?
These are just bad images from the edges of the survey . Classify as star/#artifact !
😄
Yeay ! You found a piece of the Cosmi Scarf ! (see the very zoomed out image http://tinyurl.com/op9f8pc)
This is actually a star from our galaxy but the color isn't real. Some major filter problems.
Classify as star/#artifact !
Happy hunting
No dustlanes here, sorry .
Oops, no merger here, sorry. The two reddish objects are foreground stars from our galaxy, so no merger possible.
Great edge on galaxy with a big bulge.
No dustlanes here, sorry.Just one disturbed galaxy.
All the objects in this image are stars from our galaxy, so definitely no merger here , sorry !
Spiral galaxy : definitely. Dust lanes : I don't see any.
Erm, foreground stars would be correct ! 😄
I'd go for a fuzzy disturbed spiral.
Definitely a spiral, slightly disturbed.
The bright orange dot is a foreground star from our galaxy.
Not much distortion visible, I'd go for line of sight ! 😄
Or maybe out of focus stars ! :d
Classify as star/#artifact
Not a merger and not a super nova, sorry ! The bright object top right is a foreground star from our galaxy.
Happy hunting ! 😄
Just one galaxy for me, no merger here , sorry.
There seems to be some interaction going on. #merger is a possibility.
A fuzzy galaxy. Looks disturbed.
I'd say yes ! 😄
Always classify the object in the center of the image ! 😄
It's a piece of the cosmic scarf ! See the zoomed out image : http://tinyurl.com/onpzlv8
These are bad images from the edge of the survey
See the comments below : irregular galaxy with starforming areas (the blue clumps)
What is what ? ;D
All the objects in this image are just stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here ! 😄
These objects are just stars from our galaxy, but the colors are not real. Lots of imaging and filter problems here ! 😄
See the comments below. These are out of focus stars. The colors are optical artifacts.
This is a a foreground star from our galaxy. The colors and weird center are all optical artifacts.
The two colorful objects are foreground stars from our galaxy. The colors and weird effects are all optical artifacts.
See the zoomed out and rotated image : http://tinyurl.com/nrg8cez. The red object is a bright foreground star from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
Both the smiley face 😄 and the colorful object are foreground stars from our galaxy. The colors and weird dots are all optical artifacts !.
In the zoomed out image (http://tinyurl.com/pke8h3v) the distortions are more noticeable, so they are interacting.
Definitely an edge on with a big bulge. The darker dot in the center is an optical artifact caused by oversaturation.
@7kasper : In the zoomed out image (see next post) you can see that other objects have the same red glow. it is an optical artifact.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=246.95241626&dec=-2.834113&scale=0.1980635&width=512&height=512&opt=&query=
The red object, bottom right, is probably a foreground star from our galaxy
Maybe !
All the objects in this image are stars from our galaxy. So, nothing weird, just stars. 😄 Classify as star/#artifact ! 😄
Please , always classify the galaxy in the centre of the image ( so, no arms there). As for #merger : that is a yes from me ! 😄
You are looking at a spiral galaxy seen at an angle. But it could be slightly disturbed.
Definitely a galaxy (and not a nebula) ! Gorgeous #disturbed spiral galaxy ! 😄
Gorgeous #spiral ! 😄
LOL ! You are correct, this is most probably a foreground star from our galaxy.
You are correct in saying that all the objects in this image are stars from our galaxy. Whether they are a star cluster is not so clear !
Amazing #dustlane ! 😄
No dustlane here for me. I'd go for disturbed spiral. Nice pic though ! 😄
Gorgeous #barred spiral
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
Both these objects are stars from our galaxy. The colors are not real. Definitely not an overlap. Classify a s star/#artifact.
Why not incorporate a link to the zoomed out image ?
yep, got that ! 😄
Aaww ! 😄
Oh yes they do ! 😄
I see a bar and just one fuzzy spiral arm.So, that's a disturbed spiral for me.
See this thread for more weird images : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
If you see lots of objects in one image with these weird colors, they are almost always images with imaging and filter problems
Oops! Please, always classify the object in the center of the image, even if it is the most boring one ! 😄
It could be a foreground star or a small galaxy or a big galaxy far in the background.Without additional information, there's no way to tell
I'd go for disturbed spiral too ! 😄
Sorry, I don't see the red you are referring to.
This is a disturbed, barred spiral, btw.
And you were very right ! 😄
Btw, all the objects in this image are stars from our galaxy, but the colors are not real.
Since it is only visible in one color filter (r) it is probably an artifact.
Hi ! First of, always classify the object in the center of the image.
And all the objects in this image are stars from our galaxy.
No distortion visible, so no merger for me.
Disturbed barred spiral for me too ! :d
The spike is a diffraction spike (optical artifact) caused by the bright star at the bottom.
The darker dot in the center is an optical artifact, caused by oversaturation
This is a two armed spiral where the two spiral arms fold back to make a ring. Technically this is a #ringed galaxy. NIce catch.
LOL ! 😄
IIt isa bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
Sorry, no super nova here . It's just a reasonably bright star in our galaxy. The colors, spikes and weird center are all optical artifacts.
Where ?
Not much distortion visible. Could be an #overlap.
Yep ! 😄 All the objects in this image are stars from our galaxy
But what a very disturbed one ! 😄
Two fuzzy smooth galaxies, probably interacting !
A very disturbed , barred spiral galaxy. The bright blue dots are active star forming regions in the galaxy. See the comments below. 😄
No voorwerpje in this image, sorry.
The bright object at 11 is a foreground star from our galaxy and definitely not a voorwerpje.
Definitely some interaction going on. #merger
That is definitely a glaxy. Probably a fuzzy spiral.
Happy hunting ! 😄
Just a lot of stars from our galaxy and really bad filter problems. Classify as star/#artifact.
Here's a extreme zoomed out view: http://tinyurl.com/povcrkb .You found a piece of the cosmic scarf.A bad image from the edge of the survey.
This is definitely a galaxy ! Smooth and round for me.
Two stars from our galaxy and something went wrong with the filters. Classify as star/#artifact.
It is only visible in one band so I'm thinking artifact.
Probably a #merger ! 😄
Since it just shows up in one filter, I'm going for artifact.
Just one galaxy in this image. The spike is a diffraction spike (optical artifact) caused by a bright star outside of this image.
This is actually a star from our galaxy. The colors are not real. Filter problems; Classify as star/#artifact
See the comments below. It's a star.
The objects in this image are stars and artifacts. Lots of imaging and filter problems. Classify as star/#artifact.
The galaxies look very fuzzy but they seem to be disturbed. Merger is a possibility.
A lovely edge on, no way to tell if the other blobs in this image are connected.
It could be a foreground star, but my bets are on an active star forming region in the galaxy.
Yep, #merger for me as well. Both the galaxies look very distured.
#ZGOTW
This is actually a star from our galaxy. The colors and weird center are optical artifacts. Classify as star/#artifact.
See the comments below. Star/#artifact.
These objects are all stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
This is actually a star from our galaxy, but the colors are not real. Classify as star/#artifact.
😄
It is a bad image from the edge of the survey. Classify as star/#artifact.
Even so, always classify the object in the center ! : D
Just give it your best shot ! 😄
The central object is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems in this image.
For me, it is just one galaxy. A slightly disturbed two-armed, barred spiral.
Please, always classify the object in the center of the image. Even if it is the most boring one ! 😄
The bright object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Always classify the object in the center of the image ! Happy hunting ! 😄
It is a bad image from the edge of the survey. Classify as star/#artifact.
It is a bad image from the edge of the survey. Classify as star/#artifact.
Looking at the zoomed out and rotated image, I'd say no asteroid here.
http://tinyurl.com/kja2lqk 😄
Gorgeous #merger anyway ! 😄
it doesn't look very active to me ! 😄 Sorry
Take a look at the older comments ! 😄
2/2
Go to the first post and you can have some great examples of voorwerpjes by the master himself : Bill Keel ! 😄
1/2
Just check out this thread on the old forum : http://www.galaxyzooforum.org/index.php?topic=275014.0
The objects in this image are stars from our galaxy, but the colors are not real.Some really bad filter problems.Classify as star/#artifact.
These are iindeed stars from our galaxy. Lots of filter and imaging problems.
Gorgeous #merger ! 😄
This is actually a star from our gaalxy and the colors are just optical artifacts
These two objects are actually stars from our galaxy, but the colors are not real. No merger here, sorry. Classify as star/#artifact
Definitely no voorwerpje in this image ! 😄
Definitely no voorwerpje in this image !
Correct on all counts ! Always classify the object in the center ! (but there really is an edge on in the upper right cornere ! 😄 )
If the smaller object is a foreground star from our galaxy, there is no way that it can possibly be merging with the galaxy.
All the objects in this image are stars from our galaxy. No merger here, sorry !
All the objects in this image are either stars from our galxy or artifacts. Lots of imagng and filter problems. Classify as star/#artifact
All the objects in this image are either stars from our galxy or artifacts. Lots of imagng and filter problems. Classify as star/#artifact
This is actually a star from our galaxy, but the colors are not real. Filter and imaging problems. 😄
Correct ! 😄 This is actually a star from our galaxy, but the colors are not real. Filter and imaging problems.
The most important thing to learn from this image is that all the objects are stars from our galaxy and that SDSS is not alwas right !
This object is actually a foreground star from our galaxy. All the colors are artifacts. Just classify as star/#artifact.
All the objects in this image are out of focus stars or artifacts. Classify as star/#artifact ! 😄
Maybe ! 😄 It is your call !
No gravitational lensing going on here. It looks more like a fuzzy spiral with lots of star formation going on.
Could be. With these fuzzy images it is not easy to see ! 😄
Slightly disturbed spiral for me ! 😄
No worries ! That is why they need us ! There will be quite a number of stars in these images as the software gets confused ! /
Both of the galaxies look disturbed, so definitely a #merger for me ! And mergers are somewhat rare, but you'll see quite some of them ! 😄
Wow ! Amazing image! #zgotw
All the objects in this image are out of focus stars from our galaxy or artifacts. Classify as star/#artifact ! 😄
The two red beams are optical artifacts caused by a bright star outside of this image : http://tinyurl.com/pjot4sl
I'd go for starforming ! 😄
Have a look here (http://wavwebs.com/GZ/voorwerpje/Hunt.cgi) to see what voorwerpjes should look like in these SDSS images ! 😄
The big red dot (left) is a foreground star from our galaxy. The red dot (center of the galaxy) is an artifact caused by oversaturation
This is actually a star from our galaxy. The weird center is an optical artifact.
Where ?
Sorry, don't see a voorwerpje here.
Sorry, this is just a star from our galaxy, the colors are optical artifacts
Fuzzy image but definitely a #merger ! 😄
Where ?
The bright orange object to the right is most probably a foreground star from our galaxy. No AGN here, sorry.
Why ?
All the objects in this image are out of focus stars or artifacts.
Classify as star/#artifact ! 😄
Just one disturbed galaxy here. No merger for me, sorry.
Yep ! Good call ! 😄
This is actually a star from our galaxy. The color isn't real. Lots of imaging and filter problems. Classify as star/#artifact
Yes, probably a spiral galaxy
I'd go for optical effect.
The red object is indeed a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. Lots of imaging and filterr problems. Classify as star/#artifact
The objects in this image are actually stars from our galaxy. But something went wrong with the imaging/filters. Classify as star/#artifact
The two red spots are foreground stars from our galaxy. Nice chance alignment ! 😄
This is actually a star from our galaxy. The colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
I have no idea what you are talking about, really !
Just one galaxy (the big one at the center). All the other objects in this image are foreground stars from our galaxy.
The bright object at the bottom is a foreground star from our galaxy, so definitely no merger here, sorry ! 😄
Happy hunting ! 😄
The orange object to right is a foreground star from our galaxy, so, definitely no merger here, sorry ! 😄
Happy hunting ! 😄
Gorgeous spiral or disk galaxy with an amazing dustlane ! nice catch ! 😄
A lovely spiral galaxy. Slightly disturbed. And you can determine how many spiral arms you see ! 😄
All the objects in this image are stars from our galaxy. No merger here, sorry !
Classify as star/#artifact.
It is a very fuzzy image. It could just as well be an overlap. It is your call ! 😄
It is a fuzzy image and no obvious signs of interaction, so no merger for me. But then again, it is your call ! 😄
It is a very fuzzy image, in these images you can see what you want to see ! 😄
What small blue smudge are you referring to ?
Why an AGN ?
I don't see an asteroid in this image. And why do you think this is an AGN ?
This is indeed a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
I'm not to sure about these galaxies merging. As you say, they are all three more or less undisturbed. #overlap for me.
Correct, this is a star from our galaxy, but the colors are not real. Classify as star/artifact.
I'm seeing just one spiral galaxy. No merger here, sorry.
The darker dot in the center is an optical artifact caused by oversaturation. And at these distances it is not possible to see a planet.
Yep ! 😄 Thes ar out of focus stars from our galaxy and artifacts. Classify as star/#artifact.
Correct, these objects are stars from our galaxy, but the colors are not real. Classify as star/#artifact.
LOL ! All the objects in this image are stars from our galaxy. Nice chance alignment. Classify as star/#artifact.
Why do you call this an AGN?
2/2
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=358.4115703&dec=52.893206&scale=0.1980635&width=512&height=512&opt=&query=
1/2
Definitely a star from our galaxy. with some imaging and filter artifacts. See the zoomed out image
This is actually a star from our galaxy, but the colors are not real. Filter problems.
Classify as star:#artifact.
All the objects in this image are out of focus stars from our galaxy or artifacts. The colors are not real. Classify as star/#artifact
It is a fuzzy image but I"d go for fuzzy spiral almost seen edge on.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging & filter issues. Classify as star/#artifact.
Meaning ???
Yep ! 😄 It's a bad image from the edge of the survey. Classify as star/#artifact.
I'd go for a barred, ringed, two armed spiral.Beautiful ! 😄
It looks like it's two galaxies. Could be merging. The colors are obviously not real. Lots of imaging and filter problems.
This is a satellite trail. The satellite reflects the sunlight and becuase of its speed it gets caught by just one filter.
The two objects at the top could be foreground stars from our galaxy.
Nice catch ! 😄
I wouldn't call this one an irregular. Definitely a spiral or disk galaxy seen edge on and with a noticeable bulge as well ! 😄
Not much overlapping going on. But it is your call ! 😄
It is actually a star from our galaxy, but the color is not real. Some filter problems. Classify as star/#artifact
Correct. All the objects in this image are stars from our galaxy.
Without additional information it is not certain that the larger galaxy is closer. It even looks as if both these galaxies are interacting.
Yep, it's a bad image from the edge of the survey. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. The colors are not real. Clasify as star/#artifact.
The bright white/blue object, top left, is a foreground star from our galaxy. The colors and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. So no merger here, sorry.
All the objects inthis image are stars from our galaxy, but the colors are not real. Classify a star/#artifact.
With these kind of distortions, I'd definitely go for #merger ! 😄
The bright object to the left is a foreground star from our galaxy. So, definitely no merger here ! 😄
This is a foreground star from our galaxy, but the colors are not real. Lots of filter problems. Classify as star/#artifact.
What do you mean with 'magic' ? I'd go for a fuzzy two armed spiral. Happy hunting ! 😄
It is just a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
What magic ?
This is actually a star from our galaxy, but the colors are not real. Classify as star/#artifact.
All these objects are stars from our galaxy, but obviously the colors are not rea. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. SDSS is not always right ! That is where we come in ! 😄
With these fuzzy images it is very hard to tell. Merger is a possibilty. 😄
This is actually a star from our galaxy but the color is not real. Filter problems. Classify as star/#artifact
It's an out of focus star. Lots of imaging and filter problems. Classify a s star/#artifact.
All the objects in this image are stars from our galaxy but the colors are not real. The red dots are artifacts.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.. Lots of imaging and filter problems.
Classify as star/#artifact.
All the objects in this image are stars from our galaxy.. Lots of imaging and filter problems.
Classify as star/#artifact.
It's a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Sadly not a nebula but stars from our galaxy. Classify as star/#artifact 😄
Correct ! The bright object at the bottom is a foreground star from our galaxy. No merger here.
All the objects in this image are stars from our galaxy. No merger here, sorry.
Classify as star/#artifact.
These are out of focus stars and artifacts. Lots of imgaing and filter problems. Classify as star/#artifact.
The bright object to the left is a foreground star from our galaxy, so not connected to the central galaxy in any way !!
Yep ! 😄
Both of these objects are stars from our galaxy . Lots of imaging and filter problems. Classify as star/#artifact. Happy hunting! 😄
2/2
The bright object to the left is a foreground star from our galaxy. Not sure what you mean about 3 objects involved.
1/2
The central object, which you are supposed to classify, is a fuzzy (probably) two-armed spiral with a big bulge.
The two objects at 3-4 o'clock are probably foreground stars from our galaxy. Definitely no merger here ! Happy hunting ! 😄
The object, top right corner, is a foreground star from our galaxy. The colors are not real.
The bright white object is a foreground star from our galaxy.
The top galaxy is probably another galaxy, spiral or disk seen edge on. Not sure if it is interacting with the central galaxy.
All the objects in this image are stars from our galaxy.
It's an out of focus star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
The central galaxy looks disturbed, but no obvious culprit in sight.
I'd go for foreground star ! 😄
The red object at 8 is most probably a foreground star from our galaxy.
What object are you referring to ?
Just a star from our galaxy (nothing exploding here). Lots of imaging and filter problems. Classify as star/#artifact.
Or just two stars that appear to be close together. Classify as star/#artifact.
All the objects in this image are out of focus stars from our galaxy or artifacts.Lots of imaging&filter problems.Classify a star/#artifact.
The green color of this star is not real. Lots of imaging and filter problems. Classify as star/#artifact.
Out of focus stars and artifacts. Looks pretty though ! 😄
Classify as star/#artifact. Happy hunting !
Out of focus stars from our galaxy. The colours are not real. Lots of imaging and filter problems. Classify a star/#artifact.
It is just that : an irregular galaxy ! 😄
Yep, gorgeous #merger ! 😄
Why do you think this is a polar ring ?
The two bright objects to either side of the galaxy are stars from our galaxy. So, they are definitely not satellites ! 😄
Giggle ! 😄
LOL ! Unfortunately it is just a bad image from the edge of the survey. Classify as star/#artifact!
Correct this is a star from our galaxy. The colors are not real. Lots of imaging and filter problems. Classify as star/#artifact
Correct, this is a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. No merger here, sorry.
Classify as star/#artifact.
it is a bad image from the edge of the survey. Classify as star/#artifact 😄
Great image ! All the objects here are out of focus stars from our galaxy and some artifacts ! Classify as star/#artifact ! 😄
Always, always, classify the object in the center of the image (even if it is the most boring one ! ;D )
Always classify the object in the center of the image,even if it's the most boring one.In this image,all the objects're stars fom our galaxy
Gorgeous barred spîral ! Nice catch ! 😄
The bright orange and yellow spots are both foreground stars from our galaxy.
Check out the comments below : out of focus stars ! 😄
Istn't it just ! 😄 Amazing image !
Just some out of focus stars from our galaxy.Lots of imaging&filter problems in this image. Classify as star#artifact !
Happy hunting ! 😄
Look at the comments below ! 😄
Sorry, just a bad image from the edge of the survey. Classify as star/#artifact
It's just two stars, but with loads of imaging and filter problems. Classify as star/#artifact. 😄
2/2
There is probably a galaxy hidden behind the white star to the right of the center. Anyway : classify as star/#artifact
1/2
Almost al the objects in this image are stars from our galaxy.
Not a merger because these two objects are two stars from our galaxy. And these two stars just appear to be touching. No merger here ! 😄
The red line is a satellite trail ! 😄
And it is caused by a bright foregound star : see the zoomed out image : http://tinyurl.com/nysbq85
The reddish hue in the background is just an optical artifact.
It is a possibility, but no merger for me.
Sorry, no merger here. All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Actually, all the objects in this image are stars from our galaxy. Classify as star/#artifact ! 😄
No arcs here, but some fuzzy spiral arms.
The star is a star from our galaxy, so defintely unrelated to the galaxy. No arcs here, but fuzzy spiral arms.
Both galaxies look disturbed but with these fuzzy images it is not easy to tell. I'd go for interacting, ie #merger 😄
Both the galaxes have areas of intense star formation They are probably interacting. Nice #merger.
It is a very fuzzy image, so it is very difficult to tell if these galaxies are interacting. I it is your call ! 😄
Not so much an edge on as more of a barred tight spiral. Don't see an overlap here either !
😄 These are out of focus stars with lots of imaging and filter issues. Classify as star/#artifact.
Sorry, no lensing here. The two round objects to the right are probably foreground stars from our galaxy.
I think the smal blue object is also a star from our galaxy. Classify as star/#artifact.
This is actually a star from our galaxy. Lots of imaging &d filter problems. See the zoomed out image : http://tinyurl.com/okxkq84
Always classify the object in the center of the image, even if it is the most boring one! 😄
It is actually a star from our galaxy, with lots of imaging and filter problems. Classify as star/#artifact ! 😄
The bright object, bottom left, is a forground star from our galaxy. No merger possible.
This galaxy certainly looks disturbed, but there is no other galaxy in the neighbourhood. Could be the result of a flyby ! 😄
The bright object to the left is a foreground star from our galaxy. No merger here, sorry.
The blue spots are active star forming areas in the galaxy.
See the comments below : it's an out of focus star
The bright object top right is most probably a foreground star from our galaxy.
Or it could just be a line of sight. No obvious interaction going on.
Again, why would you call this an AGN ?
Why would you tag this one as an irregular ?
Where do you see this possible voorwerp ?
The one to the right looks disturbed, so I'd say #merger for this one.
Sorry, not a green pea but a star from our galaxy. The colors are not real. Lots of imaging and filter problems; Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
It's actually three stars from our galaxy. Nice chance alignment ! 😄 Classify a star/#artifact.
All the objects in this image are stars from our galaxy. Classify as star/#artifact. 😄
I see just one galaxy : a fuzzy barred spiral.
More likely a chance alignment ! 😄
Why do you think this is an AGN ?
Why do you think this is an AGN ?
Or just two stars that appear close together.
This is a star from our galaxy. Lots of imaging and filter problems.Classify a star/#artifact.
Out of focus stars from our galaxy.Lots of imaging and filter problems. Classify as star/#artifact
Not a nebula but a star from our galaxy. lots of imaging and filter problems. Classify as star/#artifact
Correct, these objects are stars from our galaxy. But the colors are not real. Classify as star/#artifact.
Out of focus stars. Lots ofimaging and filter problems. Classify as star/#artifact
😄 A bad image from the edge of the survey. Classify as star/#artifact
It looks smooth in these images but if you squint(my favourite scientific method !)it's probably a faint spiral,so a bar is not that weird!
What is your question ? 😄
Why an AGN ?
Why an AGN ?
Why an AGN ?
What does that mean ? 😄
or a little edge on, just in the line of sight Probably just an #overlap.
Merger is a possibility but it looks more like an #overlap to me.
You are very correct ! 😄 This is indeed a star from our galaxy. Lots of imaging and filter problemd. Classify as star/#artifacft.
Sorry, all the objects in this image are stars from our galaxy. No merger here ! 😦
To comment on the original post : not a cloud of gas, but an image of a real fuzzy galaxy.
Out of focus stars ! But I like doughnuts better ! 😄
Classify as star/#artifact
The white object is a probably a foreground star from our galaxy.
Oh wow ! What a gorgeous #merger ! 😄
Not much distortion (if any) visible. i'd go for #overlap.
The red object is probably a foreground star from our galaxy. The "dustlane" is probably just noise. No lens, no merger, no overlap, sorry.
All the objects in this image are stars from our galaxy.
Classify as star/#artifact.
Amazing image ! But please, remember to always classify the object in the center of the image ! 😄
Yep, with these distortions, #merger is a safe bet ! 😄 Nice catch !
Gorgeous barred two-armed spiral ! Happy hunting ! 😄
So, my best guess would be that it is a foreground star from our galaxy. Anyone else ? 😄
The dot is visible in multiple bands so,it appears to be something real But in order for it to be a SN you should have before&after images.
Very (very) fuzzy barred two armed spiral, where the spiral arms fold back to make a ring or a figure 8. Nice ! 😄
See the comments below : It is just one star. The colors and dots are optical artifacts.
Classify as star/#artifact
Yep, star for me as well. 😄
Just 1 galaxy in this image.The other objects are all foreground stars from our galaxy. The object (right) is also a star from our galaxy.
All the objects in this image are out of focus stars or artifacts.
Classify as star/#artifact
And another nice one ! 😄
Nice one !😄
Too fuzzy to go for boxy (in my opinion) ,D
It is actually a star from our galaxy. But the colors are not real. Lots of imaging and filter isssues. Classify as star/#artifact ! 😄
Wow indeed ! 😄
All the objects in this image are stars from our galaxy. Lots of imaging and filter issues. Classify as star/#artifact.
No merger here sorry. The bright white object is a foreground star from our galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems.
Classify as star/#artifact.
Theobjects in this image are stars from our galaxy. No merging here, sorry.
Classify as star/#artifact. 😄
See the comments below : it is a star from our galaxy, with lots of imaging and filter problems. Classify as star/#artifact.
All the objects in this image are out of focus stars from our galaxy or artifacts. Classify as star/#artifact.
This is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
A bad image from the edge of the survey. Classify as star/#artifact 😄
A bad image from the edge of the survey. Classify as star/#artifact. 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Yep ! 😄
2/2
In the zoomed out and rotated image you can see two galaxies interacting. Great #merger
1/2 http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=252.66466827&dec=12.022251&scale=0.1980635&width=512&height=512&opt=&query=
Only the central object (which you are supposed to classify) is a galaxy. The bright one is a foreground star from our galaxy
These objects are actually stars from our galaxy. Lots of filter problems. Classify as star/#artifact.
Yep ! 😄
It is a bad image from the edge of the survey. 😄
Classify as star/@artifact.
Out of focus stars from our galaxy. Classify as star/#artifct. 😄
😄 It is a bad image from the edge of the survey. Classify as star/@artifact.
I'd go for a two-armed spiral galaxy where the arms fold back to make a ring.! a #ringed galaxy
Why ?
Why ?
Ooh, nice #merger ! 😄
The weird colouring is an optical artifact.
Correct ! 😄
This is actually a star from our galaxy. Lots of imaging and filter problems. Classify as star/#atifact.
Definitely an artifact. Could be a cosmic ray that didn't get removed
NED (and SIMBAD) are not omnipotent ! 😄 The central object is a very fuzzy galaxy. The one at the top is a fuzzy edge on. Nice catch !😄
Nice one ! 😄
What object are you referring to ? 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact. 😄
The dark spot in the center is an optical artifact caused by oversaturation
These objects are stars from our galaxy. Lots of filter problems though ! 😄
Classify a star/#artifact
The round object,top left, is a foreground star from our galaxy.
The white spiky object to the left is a foreground star from our galaxy. The colors, spikes and L-shaped thingy are all optical artifacts.
If it is clearly a galaxy (like this one) you should mark it as a galaxy. Just answer the questions as well as you can.
it is a faint and fuzzy galaxyor galaxies. Without additional information not much more to tell, sorry!
Great image. Btw how did you find this 1?These images were retired from classifying ages ago !The SDSS image: http://tinyurl.com/q369qma
Here's the zoomed out and rotated image http://tinyurl.com/pbgs23h : what a gorgeous #merger ! 😄
Looks like it ! 😄
I'd go for #merger as well ! 😄
Nice #merger ! 😄
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
😄
All the objects in this image are out of focus stars from our galaxy. Lots of imaging and filter problems.
Classify as star/#artifact. 😄
All the objects in this image are out of focus stars from our galaxy.
Classify as star/#artifact. 😄
The green/white object to the left is a foreground star from our galaxy.
Always classify the object in the center of the image .
Here all the objects are stars from our galaxy.
Classify as star/#artifact 😄
All the objects in this image are stars from our galaxy. Nice chance alignment.
Classify a s star/#artifact.
It's a Herbig Haro object : HH43 wiki : http://en.wikipedia.org/wiki/Herbig–Haro_object
No obvious interaction going on. No merger for me.
Where ? 😃
The red object at 5 o'clock is a foreground star from our galaxy. 😄
2/2
& it looks like the target is the center of the disturbed spiral. The blob (right) could be a foreground star or another galaxy merging
1/2
I have this very sophisticated system (a piece of paper with a cross on it 😄 )
All the objects in this image are stars from our galaxy. No lensing here !
Really nice chance alignment 😄
Classify as star/#artifact.
If that is what you see, than you should classify it as such ! 😄
Correct ! 😄 With lots of imaging and filter problems. Classify as star/#artifact.
A bad image from the edge of the survey. 😄
Classify as star/#artifact.
Out of focus stars. 😄
Classify as star/#artifact.
It is just a star from our galaxy. And this image has a lot of imaging and filter problems. Classify as star/#artifact ! 😄
That really looks like an artifact !
No merger for me either ! Good call ! 😄
Lovely barred spiral ! 😄
try squinting ! That way you can see some very faint arms folding back to make a ring. I'd go for a two-armed, big bulged spiral. #ringed
Me, me me ! 😄 Definitely some interaction going on ! #merger
What a mess ! 😄 With these distortions #merger is a very safe bet ! 😄
Consistency rules ! 😄
Always classify the object in the center of the image ! 😄
At least we are consistent ! 😄
The dark spot in the center is an optical artifact caused by oversaturation.
It is a Herbig Haro object : HH24 .
wiki link : http://nl.wikipedia.org/wiki/Herbig-Haro-object
Correct ! All the objects in this image are stars from our galaxy. But the colors are not real. Lots of imaging and filter problems.
😄
It is a bad image from the edge of the survey. Classify as star/#artifact.
The central object is a fuzzy galaxy. The orange dot at 9 is probably a foreground stary. And the object at 10 is another galaxy (edge on)
With this kind of distortions, I'd go for merger.
I see just one galaxy. No merger here ! ;D
It's a star from our galaxy. the different colors are due to filter misalignment
All the objects in this image are stars from our galaxy.
Classify as star/#artifact.
The halo is an optical artifact. The brown clumps at the bottom could also be stars.
No merger here ! 😄
See the comments below : out of focus stars from our galaxy.
See the comments below : it is a satellite trail ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact! 😄
Just a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact. 😄
It is actually a star from our galaxy. The colors are not real. Lots of imaging and filter problems. Classify as star/#artifact.
Yep, and this image has lots of imaging and filter probems. Classify as star/#artifact.
Oopsie ! You are not supposed to get repeats. Will try and find out what happened ! 😄
Not a nebula but a real galaxy ! 😄 You could go for messy spiral or for irregular. It is your call ! 😄
or spiral seen edge on ! 😄
All the objects in this image are stars from our galaxy.The colors aren't real Lots of imaging & filter problems.Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of filter problems. Classify as star/#artifact.
This is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact.
In that case, go for star/#artifact
If you squint you can see a fuzzy ring around the central bulge. I'd go for fuzzy two armed ringed galaxy.
I'd go for a disk galaxy or fuzzy spiral.
All the objects in this image are stars from our galaxy. Nice chance alignment ! 😄 Classify as star/#artifact.
The white objects are foreground stars from our galaxy. No lensing in this image, sorry.
Do you mean the fuzzy dot at 3 o'clock ? That could be a foreground star from our galaxy.
The bright orange object at the bottom is not a galaxy but a foreground star from our galaxy. No merger here, sorry.
The central galaxy is a very fuzzy spiral and it doesn't look anywhere near massive enough to do any lensing. No lens here, sorry.
Correct!All the objects in this image are out of focus stars from our galaxy.Lots of imaging and filter problems.Classify as star/#artifact.
Probably a faint and fuzzy galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact
Wow indeed ! 😄
@dontus : yes, it is a star from our galaxy, obviously with lots of imaging and filter problems.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems Classify as star/#artifact. 😄
It is an out of focus star from our galaxy + lots of imaging and filter problems. Classify as star/#artifact.
These objects are out of focus stars. Lots of imaging and filter problems. Classify as star/#artifact ! 😄
Sorry, I just see one galaxy. No merger here.
Sorry, no merger here; The bright white object is a foreground star from our galaxy.
It is your call ! 😄
The two galaxies in the center seem to be interacting. #merger for me ! 😄
Not much distortion visible, so not sure about this being a merger, sorry.
An arc means a gravitationally lensed galaxy looking like an arc. Here you have a disturbed spiral galaxy. I'd go for #merger. 😄
It is also a spiral galaxy, but that is where the similarity ends ! 😄
With these fuzzy spirals it is your guess ! 😄
And we all would like a higher resolution image ! 😄
It's an out of focus star from our galaxy. Classify as star/#artifact.
Both the objects in this image are stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
#artifact
Nope ! Sorry, the fuzzy blue object, bottom left is a fuzzy spiral. The bright white object is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Oops, no merger here. These two objects are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
The star is a foreground star from our galaxy, so there is no way that it can disturb the central galaxy.
No dustlane here.Just two galaxies interacting ! Nice #merger ! 😄
Here's the zoomed out and rotated image : http://tinyurl.com/kl9vodg
The blue spike is an optical artifact caused by a bright star outside of this image. Classify as star/#artifact.
With these smooth galaxies it is not easy to tell if they are distorted. It could be just two galaxies or it could be a merger.
Not much of an overlap for me 😄
Not sure this is a merger. The bright object could be a foreground star from our galay. The central galaxy does not look disturbed at all.
The central objects are galaxies, not stars. They are probably interacting, but with these smooth ones it is not easy to tell.
All the objects in this image are stars from our galaxy. The colors are not real. Lots of imaging and filter problems. No lensing here.
But it's 2 galaxies interacting.
Correct. These two objects are stars from our galaxy. And please, only use the # overlap for galaxy/galaxy overlaps 😄
Always classify the object in the center of the image. All the objects in this image are stars from our galaxy.
It could be a lenticular, but I'm going for a two armed spiral. 😄
Sorry, no merger here. These two objects are stars from our galaxy that just appear to be touching.
The central object is a galaxy, consisting of millions of stars. The blue clumps are active star forming regions.
Two spiral or disk galaxies seen edge on, overlapping. Definitely not ellipticals.
The darker spot in the center is an optical artifact, caused by oversaturation.
The central darker spot is an optical artifact caused by oversaturation.
All the objects in this image are stars from our galaxy.Lots of imaging and filter problems.The colors&weird center are optical artifacts.
It is a bad image from the edge of the survey. Lots of imaging and foilter problems.
Classify as star/#artifact.
It's an optical artifact. Misalignment of the filters.
Just one galaxy. Definitely no merger here, sorry.
Just one galaxy. Probably a fuzzy spiral.
Correct ! All the objects in this image are stars from our galaxy. Classify as star/#artifact.
The greenish/white object is a foreground star from our galaxy. So, no merger here, sorry.
Could be. With these fuzzy images it is not easy to see.
Could be a faint and fuzzy edge on.
Correct. All the objects in this image are stars from our galaxy.
See the comments below : it is a satellite trail
It is a bad image from the edge of the survey. Classify as star/#artifact.
Always classify the object in the center of the image, even if it is the most boring one ! 😄
Stars from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
It is a star from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
It is a star from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
It is a star from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
Always classify the object in the center of the image, even if it is the most boring one ! 😄
The object top left is a foreground star from our galaxy. The colors and spikes are optical artifacts.
Both galaxies look disturbed, so #merger for me.
You could go for irregular galaxy.
The blue spot above is a foreground star from our galaxy.
The central object is probably a fuzzy spiral.
Yep ! That is the Zoo way ! 😄
Anyway, Congrats ! It is a major achievement! 😄
Merger for me as well ! 😄
This is actually a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Way to go Billy 😄
And for everyone else : every click counts ! 😄
Two very disturbed and interacting spirals. One of the most impressive #mergers in these SDSS images ! 😄
Did you read the other comments ? 😄
So, what is your point ? 😄
The central galaxy is NOT close to the foreground star from our galaxy.
This is a star from our galaxy. Lots of imaging and filter problems.
Classify as star/#artifact.
Correct. The bright object to the left is a foreground star from our galaxy.
It is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact. 😄
All the objects in this image are stars from our galaxy.Lots of imaging&filter problems. Nice chance alignment!
Classify as star/#artifact.
Sorry, no merger here. The object in this image is actually a star from our galaxy. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. No merger here.
Classify as star/#artifact
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. No merger here.
Classify as star/#artifact
Two barred spirals interacting. The blue clumps are not separate objects but star forming areas in the galaxies.
I just see a fuzzy galaxy. Definitely no lens in this image.
Two fuzzy galaxies. I'd go for irregular for both of them.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems in this image. Classify as star/#artifact.
All the objects in this image are stars from our galaxy.
The central object is a galaxy with billions of stars. The orange dot at 8 o'clock is a foreground star from our galaxy.
These objects are indeed stars from our galaxy. But the colors are not real. Lots of imaging and filter problems.
All the objects in this image are stars from our galaxy. No dustlane here.
Nice chance alignment ! 😄
No merger here, sorry
The green/red/blue object is a foreground asteroid overlapping the central galaxy. Nice catch ! 😄
The objects in tjis image are all stars from our galaxy. The colors are not real. Lots of imaging and filter problems ! 😄
Bad image from the edge of the suvey. Classify as star/#artifact. 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact. 😄
No cluster here, sorry. While the central object is a galaxy, the other objects are probably foreground stas from our galaxy.
Sorry, no lens here. Spirals are ususally not massive enough to do any lensing noticeable in the SDSS images.
Not sure about a merger. No distortion visible.
With these fuzzy images and smooth and round galaxies it is not easy to tell, but merger is definitely a possibility.
It is NGC 4088 wit a redshift of 0.002515. So it is relatively near ! ;D
Correct !
Wit these fuzzy images it is always difficult to tell. Merger is definitely a possibility.
The bright object is probably a foreground star from our galaxy. The colorful dots are optical artifacts. Classify a star/#artifact
Yep ! 😄
The central object is a smooth and round galaxy. The other objects in this image are foreground stars from our galaxy.
You could go for very (very) disturbed spiral or for an irregular galaxy
Sorry, not a nebula but a fuzzy spiral. Great pic though ! 😄
What an amazing image ! #dailyzoo
Very disturbed spiral for me ! 😄
Or a lot of dust or something wrong with the filters. (I'd go for the latter ! )
Gorgeous, no bulge , edge on ! 😄
If you can see a bar it is a disk or spiral seen face on. If you go for no spiral it is an edge on disk or spiral galaxy (seen edge on)
Probably ! 😄
Could be, but without additional info, no way to tell. Sorry
Oh yes ! Very star forming ! 😄 Lovely galaxy !
No distortions visible. I don't see any signs that they are interacting. But it is still a possibility. It is your call ! 😄
Yep ! #merger for me too ! 😄
Could be, but with these fuzzy images it is very hard to tell. It is your call ! 😄
The central galaxy looks a bit disturbed,but with these fuzzy images it's not easy to tell if there really is a merger. It's your call ! 😄
Oh yes ! 😄
Fuzzy barred spiral for me.
Fuzzy disturbed barred spiral for me
Or fuzzy spiral, maybe disturbed. This is a very fuzzy image so your guess is as good as mine ! 😄
Or slightly disturbed edge on disk or spiral galaxy.
Two galaxies, probably interacting.
The central object could be a galaxy, but almost all of the objects in this image are stars from our galaxy.
Looks like here could be some interaction going on ! 😄
Correct ! 😄
All the bluish/white objects in this image are stars from our galaxy. The colors are opical atifacts.
The central object is defintely a galaxy. 😄
Yep ! 😄
Classify as star/#artifact
Two stars that only appear tobe touching. So, no merger here. Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Always classify the object in the center of the image ! 😄
We are not all native English speakers ( I am not), so sometimes it is a bit of a guess work 😄 But thank you so much for classifying !
Yep ! 😄 Bad image from the edge of the survey. Classify as star/#artifact.
Overlap or merger, it is your call ! But I'm leaning towards #merger ! ;D
2/2
At best the blue dots are active star forming regions. Or it could just be optical noise ! (sorry)
1/2
The central object is definitely a (fuzzy) spiral. But at these distances we cannot see individual stars.
Funky (are we still allowed to say that ?)! 😄
If you see a bar, you should mark it as one !
bar for me ! 😄
2/2
That said, I'd probably go for #merger ! 😄 But it is your call !
1/2
With these kinds of galaxies and the overall fuzziness it is not easy to determine if there is any interaction going on.
Very, very disturbed spiral ! 😄 Great catch !
The green line is a faint satellite or meteor trail.
Correct ! The colors are the result of filter problems. Classify as star/#artifact.
I'd go for a two armed spiral where the arms fold back to make a ring. #ringed galaxy.
Correct ! 😄 This is a satellite trail. And lots of filter problems in this image too. Classify as star/#artifact
The bright white and red objects are foreground stars from our galaxy. The blue dots are active star forming areas in the galaxy.
The bright white dot is a fooreground star from our galaxy. It cannot be connected to (or influencing) the central galaxy.
I'd go for fuzzy disturbed spiral for this one.
I don't think that is an asteroid. All thebright objects in this field have the same green coloration.
Not much distortion. Not sure this is a merger and definitely not a 4way. The object to the left could just as well be a foreground star.
There seems to be some interaction going on. #merger for me too ! 😄
The green line is a faint satellite trail.
The two red dots are foreground stars from our galaxy.
Looks like one to me ! 😄
No distortions visible. No merger for me.
What a gorgeous #merger ! 😄
This is just one star. The colors and weird center are optical artifacts.
Out of focus stars. Classify as star/#artifact. 😄
The white blob is probably a foreground star from our galaxy.
It is a bad image from the edge of the survey. Classify as star/#artifact.
where ?
edge ons are either disks or spirals ! 😄
Could be ! 😄
The object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a disturbed spiral, probably interacting with the smaller galalxy at 11.
3/3
For me this is either a very disturbed spiral or else an irregular, both with very active star forming regions (the blue clumps)
2/3 It is just about answering the questions as well as you can.
1/3
No problem ! I don't think there is a voorwerpje here. And it is not about being right or wrong.
With these fuzzy images it is very hard to tell. It could be a merger or it could be an overlap. It is your call ! 😄
The bright orange object is a foreground star from our galaxy. The central object is a fuzzy spiral (for me)
Here's a wonderful thread with more info on how to zoom in : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
It is a bad image from the edge of the survey, lovingly called the cosmic scarf: see the very zoomed out image : http://tinyurl.com/ofjuhef
No voorwerpje here, sorry. Lovely #dustlane though ! 😄
The red/yellow object is probably a foreground star from our galaxy.
Both these objects are stars from our galaxy + lots of filter problems. No merger or green peas here, sorry !
If it is an elliptical it cannot have a ring. And if it has a ring it cannot be an ellptical ! 😄
All the objects in this image are stars from our galaxy. Nice chance alignment ! 😄
So, how did you classify it ? ;D
The vertical red line is a #dustlane in the galaxy. Nice catch !
The central object is a tight spiral galaxy. The bright objects are foreground stars from our galaxy.
The bright green objects are foreground stars from our galaxy and have no connection whatsoever with the central galaxy.
Not sure what you mean by 'coalesced into one star yet'. A galaxy consist of hundreds of millions of stars.
The green line is a satellite trail.
What do you mean with the 'red circle' ?
All the objects in this image are stars from our galaxy + lots of filter problems. Classify as star/#artifact.
The central object is a very disturbed spiral, probably interacting with the smaller galaxy. Nice #merger
In the zoomed out (and rotated) image you can see that ther seems to be some interaction going on. #Merger for me too ! 😄
I'd go for an irregular galaxy with a couple of active star forming areas (the blue clumps)
Could be, but there is not a lot of distortion visible. So it could be a merger or not. It is your call ! 😄
Yep ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact
It is a very lovely planetary nebula, not a galaxy! 😄
Looking at the zoomed out and rotated image : http://tinyurl.com/nuyv5mm, you can see that it is a satellite trail.
First of all : always classify the object in the center of the image.
In this image all the objects are stars from our galaxy.
The green and red are just optical artifacts. Just one galaxy in the center of the image.
Please see the comments below ! 😄
The central galaxy looks disturbed. No idea who the culprit is ! 😄
It could be that the two galaxies are gravitationally interacting, but there is not much distortion visible. The image is very fuzzy.
It's a bad image from the edge of the survey. Lots of iùaging and filter problmes. Classify as star/#artifact. 😄
Why would it ?
Correct ! 😄 Always classify the object in the center of the image ! Txs ! 😄
Merger for me as well.
All the objects are stars from our galaxy. The image has lots of iimaging and filter problems. Classify as star/#artifact. 😄
This object is indeed a star from our galaxy. It is jut one object.
That is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. The reddish center is an optical artifact. Classsify as star/#artifact.
The central object is a galaxy. The two bright white ones are foreground stars from our galaxy.
All the objects in thsi image are stars from our galaxy. Nice chance alignment ! 😄
Classify as star/#artifact
The red dot is probably a foreground star from our galaxy.
The objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
Not much distortion visible.No merger for me.
The objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
The dark dot in the center is an optical artifact caused by oversaturation.
Disturbed spiral. Nice catch ! 😄
I really don't see an overlap in this image, sorry.
It is a bad image from the edge of the survey. Classify as star/#artifact.
I'd go for an irregular with star forming areas (the blue patches)
Most definitely not an elliptical. It's a disk galaxy or even a fuzzy spiral.
Without additional information, no way to tell if the the two small galaxies areinteracting withthe central one.
The central object is a galaxy, the 1 at 10 is a foreground star from our galaxy. The colors are due to filters misalignment. No merger here
I'd probably go for fuzzy spiral.
The object to the right is probably an edge on galaxy. No lens, sorry.
All the objects in this image are stars from our galaxy. And always classify the object in the center of the image ! 😄 Happy hunting ! 😄
Here is the image recentered : http://tinyurl.com/oy9xtrc
Sorry, no merger here. All the objects are stars from our galaxy that only appear to be touching.
All the objects in the center of this image are foreground stars from our galaxy. Nice chance alignment ! 😄
Optical noise
All the brighter objects in this image have the same green artifact. Misalignment of filters.
The object at the bottom is a foreground star from our galaxy. So definitely not involved. The other two do not look disturbed, no merger.
The ring is not a dust cloud nor the result of a sn explosion. See the comments below ! 😄
What an amazing #merger in progress !
Yep ! 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact
Or just fuzzy ! 😄
The object at 1 o'clock is a star from our galaxy. No merger here, sorry.
Could be a merger, but with these smooth and round ones it is very difficult to say.
I'd go for smooth and round. Definitely a galaxy.
The central object (which you are supposed to classify) is a galaxy.All the other ones in thisimage are stars from our galaxy.No merger ! 😄
Not a merger but a Herbig Haro object (HH83)
See : http://en.wikipedia.org/wiki/Herbig–Haro_object
Classify as star/#artifact
All the objects are stars from our galaxy. Lots of imaging and filter problems. See the zoomed out image : http://tinyurl.com/p62vtqf.
Nope, it is a fuzzy spiral galaxy.
Yep, see zoomed out and rotated image : http://tinyurl.com/nn5pk9t
All the objects in this image are stars from our galaxy. Lots of imaging and filter objects. Classify as star/#artifact
The central object is a star from our galaxy. Classify as star/#artifact
I wouldn't call this an overlap, but that is just me ! ;D
Probably !😄
The blue clumps are star forming areas in the galaxy.
Where ?
In GZ we only use the # overlap for galaxy/galaxy overlaps. See the forum thread http://www.galaxyzooforum.org/index.php?topic=6732.0
See the comments below. A very disturbed galaxy or two galaxies merging ! It is your call !
See the comments below : a lovely planetary nebula !
I'm thinking a star forming area in the galaxy.
Yep, all these objects are stars from our galaxy. Filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
The central object (which you are supposed to classify) is definitely a galaxy.
Neither,sorry.The bright object is a foreground star from our galaxy, so no merger.And in GZ we only use overlap for galaxy/galaxy overlaps.
Spiral yes, bar don't think so. !
Happy hunting !
What an amazing #merger : see the zoomed out image : http://tinyurl.com/lxmexuf
Looking a the zoomed out image (http://tinyurl.com/lv5pqh9) this is a star from our galaxy. Nothing special, sorry.
The central object is a galaxy, probably a spiral seen almost edge on.
star/#artifact
See the comments below (out of focus stars) 😄
It is a piece of the "Cosmic Scarf", meaning bad images from the edge of the survey. See the zoomed out image : http://tinyurl.com/n3ze9u5
This is probably a fuzzy spiral galaxy and these are usually not massive enough to do any lensing.
All these objects are stars from our galaxy.
The two coloured blobs are not asteroids but stars from our galaxy. Misalignement of the filters.
The central objects are two smooth and round galaxies, probably interacting.
Defintely a galaxy. I don't think there are lenses in this image.
This is a bad image from the edge of the survey. We called it the 'Cosmic scarf' ;D See the zoomed out image : http://tinyurl.com/me2zpwl
This is atually a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact.
Fuzzy galaxy, probably a spiral
Out of focus stars and lots of imaging and filter problems. 😄
Classify as star/#artifact
Out of focus stars. Classify as star/#artifact
The object top left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the objects in this image are stars from our galaxy. Lots of imaging & filter problems. No lensing here. Classify as star/#artifact
Nice chance alignment ! 😄 The two smaller objects are probably foreground stars from our galaxy.
Classify as star/#artifact
This is a bad image from the edge on the survey. Lots of imaging and filter problems. The object in the center is a star from our galaxy.
Gorgeous #merger 😄
Hi secretrobotron, this could be a merger, but the image is really fuzzy and no distortions visible. It is your call ! 😄
With these distortions #merger is a safe bet ! 😄
The central object is a galaxy, but the one, bottom left, is a foreground star from our galaxy. So, no merger here. Sorry !
The central galaxy is definitely disturbed, probably merging with the one at 1. But the central galaxy is a disturbed spiral.
Just a star from our galaxy and filter misalignements in this image. Overlap is only used for galaxy/galaxy overlaps.
Star bottom right ! 😄
Central object is definitely a galaxy, but I'd probably go for a fuzzy spiral with a noticeable bulge
No merger here, sorry. All the objects in this image are stars from our galaxy. But lots of filter problems. Classify as star/#artifact
Not really overlapping
Probably merger
Oops ! All the objects in this image are stars from our galaxy. Lots of imaging and filter probblems.
Classify as star/#artifact
Not much distortion, so no merger for me.
I'd go for merger of two spiral galaxies
It could be a foreground star. Not convinced this is a merger.
The bright object at 1 o'clock is a foreground star from our galaxy. The darker dot in the center is an artifact caused by oversaturation.
See the comments below. All the objects in this image are stars from our galaxy.
It is a star from our galaxy. Lots of imaging and filter problems.
Classify as star/#artifact
Probably a very faint and fuzzy disturbed spiral
No moving object in this image, sorry !
So, I'd go for a foreground star and a lovely (very special) three-armed spiral ! 😄 Nice catch
A star cannot do the lensing visible in these images. Even Spirals are not nearly massive enough to do any lensing ! .
All the objects in this image are stars from our galaxy. But lots of imaging and filter problems. Classify as star/#artifact
See the comments below ! ;D Definitely a #merger
Definitely no lensing going on here ! 😄
As for merger or overlap: it is your call ! 😄
Not disturbed for me. I'd go for overlap.
These are out of focus stars from our galaxy. (Sorry)
Classify as star/#artifact
Definitely not the same galaxy.2 galaxies who could be close together.The image is a bit fuzzy so, not sure if they are interacting or not !
Gorgeous indeed! 😄 The blue is indicative of very active starformation going on.
Probably another galaxy.
Where ? 😄
Always classify the object in the center of the image.
This image is a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact
This is not a galaxy but a star from our galaxy. Something went wrong with the imaging/filters. Classify as star/#artifact
Bad image from the edge of the survey. Classify as star/#artifact
All the objects in this image are stars from our galaxy.
classify as star/#artifact
just stars ! 😄
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
Correct.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
LOL !
Just look at the zoomed out image : #merger 😄
Probably a tumbling satellite. Zoom out (6th bar from the right) and you can see two other lines
The central object is a disturbed spiral, the white one bottom right is a foreground star from our galaxy. No merger here, sorry.
Yep, something wrong with the filters. Classify as star/#artifact.
Correct ! All the objects in this image are stars from our galaxy. Classify as star/#artifact
Yep ! 😄 Classify as star/#artifact
gorgeous #merger
Fuzzy spiral for me. Re the red thing, it's a misalignment of filters : see the zoomed out and rotated image : http://tinyurl.com/mvasc3s
I'm not sure these objects are galaxies. They look like stars to me. No merger here.
Classify as star/#artifact
Fuzzy spiral. No gravitational lensing here. No arc, no lens
The central object is a two armed spiral with a big bulge.
The central object is not a star but a galaxy.
It is a disturbed spiral. The white object is a foreground star from our galaxy.
The central galaxy is a spiral and these are usually not massive enough to do any lensing.
The dot at ten is only visible in the r-band, so artifact for me.
The white dot at 4 o'clock is most probably a foreground star from our galaxy
Or barred two-armed spiral 😄
The central galaxy is seriously disturbed, probably interacting with the one top right. #merger
The blue point is probably a star forming area in this galaxy.
1/2
A very disturbed irregular galaxy with lots of star formation going on (the blue clumps).
2/2
The bright white object is most probably a foreground star from our galaxy.
I'd go for disturbed fuzzy spiral.
No merger sorry ! These objects are stars from our galaxy. Classify as star/#artifact.
See the comments below. Classify as star/#artifact
The objects here are stars from our galaxy. Lots of imaging and filter problems in this image. No merger here,sorry ! Classify as/#artifact.
The green streak is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one fiter.
These are out of focus stars. Classify as star/#artifact.
The red streaks are optical artifacts caused by the bright star bottom right. See the zoomed out and roated image int he previous post.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=224.68517601&dec=48.47926709&scale=0.79224&width=512&height=512&opt=&query=
It is a star from our galaxy. Lots of imaging and filter problems with this image. Classify as star/#artifact
Disturbed fuzzy spiral for me. Defintely not an elliptical.
I'd probably go for slightly disturbed edge on.
The central object is not a star but a galaxy !
Sorry, this is not a star but a galaxy !
Correct ! 😄
All the objects in this image are stars from our galaxy.The orange 1 is also a star.The colors & circle in the center are optical artifacts.
Correct, it is a bad image from the edge of the survey.
Classify as star/#artifact
All the objectss in this image are out of focus stars from our galaxy. Classify as star/#artifact
Just foreground stars from our galaxy.
No obvious signs of interaction. I'd go for #overlap.
These two objects are stars from our galaxy. No merger here, sorry.
Classify as star/#artifact
The spiky object at the bottom is a foreground star from our galaxy. The colors spikes and dark spots are all optical artifacts.
Yep, out of focus stars.Classify as star/#artifact
I agree with probably overlap. But where did youfind the z for the edge on galaxy ?
The darker dot in the center is an optical artifact caused by oversaturation
But these two objects are not stars but galaxies.
The spike at the bottom is a diffraction spike (optical artifact) caused by a bright star just outside of this image
The spike at the top is a diffraction spike (optical artifact) caused by a bright star from our galaxy, just outside of this image.
I just see one disturbed galaxy. Disturbed by what ? I don't know! ;D
These two objects are indeed stars from our galaxy. But they only appear to be touching. No merger here, sorry !
The asteroid is the blue/red/green object to the left of the galaxy.
The red dot is probably a foreground star from our galaxy. The fgay/blue smudge at the bottom is probably another galaxy
No Voorwerp in this image, sorry.
Where do you see this overlap ?
No overlap for me in this image, sorry .
Wow indeed ! #zgotw
yep ! And,please, always classify the object in the center of the image, even if it is the most boring one ! 😄
Happy hunting !
The central object is a galxy, but the 1 at 11 o'clock is a foreground star from our galaxy, with a couple of filter and imaging problems.
All the objects here are out of focus stars from our galaxy. Lots of imaging and filter problems. 😄
Classify as star/#artifact.
Sorry, the colorfull dots are probably just noise.
I see just one galaxy. No merger for me here.
All the objects in this image are stars from our galaxy. But the colors are not real. No merger here, sorry.
Classify as star/#artifact
All the objects in this image are out of focus stars from our galaxy. Classify as star/#artifact
The central object is a star from our galaxy. The colors are not real. Classify as star/#artifact
Disturbed spiral
Disturbed spiral for me
Sorry, all the objects in this image are stars from our galaxy ! No interactions going on whatsoever !
Classify as star/#artifact
Erm, not sure what you are talking about ! The central objec is a non descript elliptical galaxy. The object at 11 is a foreground star.
All the objects in this image are stars fom our galaxy for me. The central object is not nearly massive enough to do any lensing.
Gorgeous chance alignment! 😄
The central object is an edge on galaxy and it doesn't look all that irregular to me. . All the other ones are stars from our gaalxy.
If you squint really hard (my favourite scientific method ! 😄 ), there is probably a bar in there ! 😄
The red spot at 11 could very well be a foreground star from our galaxy.
The central object (which you are supposed to classify) is a galaxy. All the other ones in this image are stars from our galaxy.
Definitely two galaxies. With these fuzzy images not sure if they are merging or just appear to be close together.
Or just a bunch of stars from our galaxy ! 😄 Classify as star/#artifact
Could be foreground stars but they could also be star forming areas in the galaxy.
The top galaxy looks disturbed to me. Possible #merger
These are indeed stars. The color is an #artifact. Problems with filters, see the zoomed out image : http://tinyurl.com/om2adbk
All the objects in this image are stars from our galaxy. Lots of imaging and filter problems.
Classify as star/#artifact
This is a star from our galaxy. Lots of imaging and filter issues. Classify as star/#artifact
Bottom left corner ? Yes, that is an asteroid 😄
Out of focus stars. It is a bad image from the edge of the survey. Classify as star/#artifact
See the comments below : it is a Herbig-Haro object ! 😄
I'd go for very disturbed spiral ! 😄 Maybe merging.
Nope, just a (maybe) disturbed smooth and round galaxy
Don't think so ! All the objects in this image are stars from our galaxy. No merger here , sorry !
http://skyserver.sdss3.org/dr8/en/tools/chart/chart.asp?ra=348.55886578&dec=72.35828814
A bad image from the edges of the survey ! Classify as star/#artifact ! See the zoomed out image in the next post ! 😄
Out of focus stars from our galaxy. 😄
Classify as star/#artifact
It is a very fuzzy galaxy, not a nebula.
All the objects in this image are stars from our galaxy. Classify as star/#artifact
Out of focus stars from our galaxy. Classify as star/#artifact
The central object is a galaxy, but the brighter one at 10 is a foreground star from our galaxy. No merger here, sorry
A star from our galaxy cannot influence a galaxy in any way.
Yep ! Looks like an edge on galaxy. Gorgeous #overlap ! 😄
This is actually a star from our galaxy. The colors, spikes and weird center are all opticall artifacts. Classify as star/#artifact
Really nice #merger
An out of focus star ! 😄 Classify as star/#artifact
In Galaxy Zoo the # overlap is only used for galaxy/galaxy overlaps ! Thanks 😄
Not much distortion. But it is your call. It could be a merger, but it could just as well be a line of sight.
The central object(which you are supposed to classify)is a smooth and round galaxy.The 2 other objects are foreground stars from our galaxy.
Yep, all the objects in this image are stars from our galaxy. Classify as star/#artifact
The central object is definitely a galaxy ! 😄 I'd go for smooth and round.
All the objects in this image ars stars from our galaxy. Classify as star/#artifact
Not sure that this is a merger. The red dot is probably a foreground star from our galaxy.
Sorry, no bar for me here. Great star forming areas ! 😄
Nce one ! 😄
No lensing for me in this image, sorry
I'd go for a fuzzy, disturbed barred spiral. As for the number of arms, I'd probbaly go for two arms, but hey that is just me! 😄
The small and round/colorful objects are all foreground stars from our galaxy.
Yep ! And it is very easy to overlook the previous comments ! 😄
Happy hunting ! 😄
All the objects in this image are foreground stars from our galaxy. No merger here, sorry. Classify as star/#artifact
This is actually a star from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
I'd go or a barred spiral with two arms as well.
It's a bad image from the edge of the survey. Lots of imaging and filter problems. Classify as star/#artifact
It could be an overlapping galaxy, or a star forming area in the galxy. The image is really too fuzzy to tell.
I think it is a dustlane, bu t it could be a trick of the light.
You could make a case for either classification. . Just answer the questions as well as you can ! 😄
Happy hunting ! 😄
The line is a diffraction spike (optica artifact) caused by a bright star outside of this image.
Correct, this is an out of focus star. Classify as star/#artifact
Two galaxies, probably merging
Nice two galaxies. Lovely #merger
I'd go for 3 maybe 4.But it is your call ! 😄
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
These two objects are foreground stars from our galaxy that only appear to be touching. No merger here, sorry.
Hi Dragonfire1, Please only use the hashtag overlap for galaxy/galaxy overlaps. Thanks
These objects are indeed stars, but they only appear to be touching. Classify as star/#artifact
Please, always classify the object in the center of the image. You can always comment on the other galaxies here.
The blue white object is a foreground star from our galaxy.
Sthis is indeed a star from our galaxy. The colors are not real.
Classify as star/#artifact
No galaxies in this image. These are all stars from our galaxy. No merging here, sorry.
Out of focus stars. 😄
Classify as star/#artifact
artifacts, sorry.
Very disturbed galxy, probably #merger
fuzzy spiral for me as well.
See the comments below
I'd go for fuzzy disk, maybe a spiral.
With these smooth galaxies, it is difficult to tell. Just give it your best shot ! 😄
Yes, two in the center, probably interacting and an edge on at 2 o'clock
All the objects in this image are stars from our galaxy.Lots of imaging and filter problems in this image.
Classify as star/#artifact
There are no rules for #. You can see some of the most used ones on the left of the recents page.But it is your classification that counts.
All the objects in this image are stars from our galaxy.Lots of imaging and filter problems in this image.
Classify as star/#artifact
star/#artifact
The spiral to the left is very disturbed, probably interacting with the other galaxies in this image.#merger
The star is obviously a foreground star (it is a star from our galaxy)
Amazing image ! I'd go for disturbed spiral. #dailyzoo
Not much interaction, so no merger for me. But it is not easy to tell with these fuzzy images.
Gorgeous image ! 😄 #dailyzoo
Looks like a disturbed galaxy to me.
That is a diffraction spike (optical artifact) caused by a bright star outside of this image.
Sorry, no. Just imaging and filter problems in images at the edge of the survey. Classify as star/#artifact
Skyserver isn't always correct, that is where we come in ! 😄
The central object (which you are supposed to classify) is a galaxy.All the other objects in this image are foreground stars from our galaxy
Just an out of focus star from our galaxy (nothing special, sorry). Just classify as star/#artifact.
Sorry, all the objects in this image are stars from our galaxy that only appear to be touching. No merger here, sorry.
Nothig 'real' in thTj-his is just a star from our galaxy. But lots of imaging and filter problems. Just classify as star/#artifact.
This is not a galaxy but a star from our galaxy. But with lots of imaging and filter problems.
Or yuo could go for a disturbed spiral. But anyway, it is your call ! 😄
The green dot at the bottom is probably a cosmic ray that didn't get cleaned up.
Nope, just a star from our galaxy. The image has a lot of imaging and filter issues. Classify as star/#artifact.
Lovely one ! Classify as star/#artifact ! 😄
I'd call this one a ringed galaxy. That is where the spiral arms fold back to make a ring. Lovely image ! 😄
Meh, don't think so. Gorgeous #dustlane though ! 😄
I'd go for dustlane, but it is a tricky one ! D
Yep, bar for me as well.
The dark spot in the center is an optical artifact caused by oversaturation.
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
Actually,very out of focus ! 😄 Classify as star/#artifact
LOL ! this is actually a 'bad' image from the edge of the survey. Classify as star/#artifact.
Not sure about that being dustlanes. It could be the voids created by the spiral arms.
LOL ! It is actually a star from our galaxy, with lots of imaging and filter issues ! 😄
Classify as star/#artifact
Two or three stars from our gaalxy, with lots of imaging and filter problems.
Classify as star/#artifact
The bright object,bottom left corner,is indeed a foreground star from our galaxy.The colors,spikes & weird center are all optical artifacts.
Sorry, I really don't see it.
The blue clumps are active star forming regions.
That is a diffraction spike (optical artifact), caused by a bright star outside of this image.
Not an artifact, but three stars from our galaxy. Nice chance alignment.
Classify as star/#artifact
Btw, always classify the object in the center of the image (even if it is the most boring one! 😄 )
The spiky object to the left is a bright star from our galaxy. The spikes are diffraction spikes (optical artifact)
The round orange object is a foreground star from our galxy. No lensing going on here
Sorry, not a cluster but a real galaxy. It could be a dwarf galaxy or a fuzzy irregular.
This is actually a star from our galaxy, but lots went wrong with the imaging/filters. Classify as star/#artifact.
The bright object bottom right is a foreground star from our galaxy.
See the comment below : It is an out of focus star from our galaxy. Classify as star/#artifact.
these objects are actually out of focus stars. Very pretty ! 😄
Classify a star/#artifact
All the objects in this image are out of focus stars from our galaxy. Looks pretty ! 😄
Classify as star/#artifact.
It could be a merger, but it could also be an irregular galxy.
These three objects are indeed stars from our galaxy. Only the very bright stars show diffraction spikes
Always classify the object in the center of the image. Here you have two galaxies, probably interacting. Nice #merger.
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
The central object is definitely a galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
The white object is a foreground star from our galaxy and so it cannot in any way have an effect on the central galaxy.
The orange object is a foreground star from our galaxy and so it cannot in any way have an effect on the central galaxy.
A bad image from the edge of the survey. Classify as star/#artifact.
Happy hunting ! 😄
if the same effect appears on all the (bright) objects in an image, it is most probably an optical artifact. Definitely no lenses.
The green thing is an optical artifact. And all the objects in this image are stars from our galaxy. Classify as star/#artifact.
Three stars from our galaxy that only appear to be touching. No merger here, sorry. Nice chance alignment ! 😄
Classify as star/#artifact
Definitely not a pea.(& I have seen lots of peas in all kinds of different colors)For me it's a fuzzy spiral galaxy with a very active core.
I'm thinking #merger.
The central object is a disk/spiral galaxy(with a big bulge) seen edge on. The colors are just optical artifacts (filter misalignements)
I don't think the blue thingies are jets. They look like star forming areas. Probably caused by the interaction with the central galaxy.
#merger
A bad image from the edge of the survey. Classify as star/#artifact.
We are trying to retire these images from the database ! 😄
A couple of out of focus stars. An image with lots of imaging and filter problems. Classify as star/#artifact.
Yes, the darker area in the center of the galaxy is an optical artifact caused by oversaturation.
The central object is a spiral galaxy, and these are usually not massive enough to do any lensing. No lens here.
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
All the objects in this image are stars from our galaxy.
Classify as star/#artifact
Out of focus star! 😄
Classify as star/#artifact
Out of focus star! 😄
Classify as star/#artifact
Out of focus star! 😄
Classify as star/#artifact
Out of focus star! 😄
Classify as star/#artifact
Correct ! 😄
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact. 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=355.30091291&dec=69.53823454&scale=0.79224&width=512&height=512&opt=&query=
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters.
Classify as star/#artifact
Not a satellite track , but a diffraction spike from a nearby star ! 😄
The central one looks a bit disturbed, so merger is a possibility.But I agree, a very fuzzy image.
A bad image from the edge of the survey. Classify as star/#artifact ! 😄
If it is a galaxy, it is just one. Too fuzzy to tell.
Fuzzy spiral for me as well.
The central object is definitely a galaxy. I'd go for a very fuzzy disturbed barred spiral
And that is precisely what this is. 😄 Lots of out of focus stars from our galaxy. Classify as star/#artifact.
Nope, just a star from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
This is a disk or spiral galaxy seen edge on. Lovely #dustlane.
These objects are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
Always classify the object in the center of the image.Here I'd go for a fuzzy disturbed two-armed spiral.
No lens in this image, sorry.
The blue/green object to the left is a foreground star from our galaxy. The colors are optical artifacts.
No merger here. These objects are indeed stars from our galaxy. Classify as sar/#artifact
The objects in this image are all stars from our galaxy. The colors are not real. Something went very wrong with the imaging/filters.
Classify as star/#artifact
All the objects in this image are stars from our galaxy. No merger here ! Classify as star/#artifact
These two objects are indeed stars from our galaxy. No merger here, sorry.
Classify as star/#artifact
Do you mean the orange dot to the left ? That is a foreground star from our galaxy.
Could be a merger, could be an overlap. The image is too fuzzy to tell.
probably an #overlap
Classify as star/#artifact
Yep, it's a foreground star from our galaxy. 😄
These are out of focus stars from our galaxy with lots of imaging and filter problems too. Classify as star/#artifact
The central object is defintiely a star. Lots of imaging and filter probems in this image. Classify as star/#artifact
😄 Sorry, these object are just stars from our galaxy.
Nope, these objects are stars from our galaxy, that only appear to be touching/overlapping
Always classify the object in the center of the image. All the objects in this image are stars from our galaxy.
The bluish/white object is indeed a foreground star from our galaxy. No lensing here, sorry !
Yep ! ;D the bright object at the bottom is a foreground star from our galaxy !
The two bluish galaxies could be gravitationaly interacting.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
Not a lot of distortion. And no other galaxy in view in the zoomed out image. Not a merger for me.
Very fuzzy image, hard to tell.
gorgeous #merger and #dustlane. No jets.
All the objects in this image are stars from our galaxy. Classify as star/#articact.
With these smooth and fuzzy galaxies it is very difficult to tell. It is your call ! 😄
It is a bad image from the edge of the survey. Classify as star/#artifact.
Could be a cosmic ray that didn't get cleaned up.
All the objects in this image are stars from our galaxy. No merger, no overlap. Classiffy as star/#artifact.
Sorry, I don't see an asteroid here.
All the objects in this image are stars from our galaxy. No merger here.
Two galaxies interacting.
Nope ! It's a barred spiral with a big bulge. The two spiral arms fold back to make a ring.
Bad image from the edge of the survey. Classify as star/#artifact
Classify as star/#artifact
All the objects in this image are stars from our galaxy. Lots of filter problems. See the zoomed out image : http://tinyurl.com/kjo3css
Looks like it ! 😄
These two objects are actually stars from our galaxy.
No lensing here, but what a gorgeous #merger
The bright greenish object is a foreground star from our galaxy. No merger, sorry.
Maybe, maybe not. It is your call ! 😄
Good call ! 😄
I'd call this a disturbed spiral ! 😄
Have you seen this : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Happy hunting ! 😄
Very disturbed. #merger for me as well.
Fuzzy spiral. Good call ! 😄
See the zoomed out and rotated image : http://tinyurl.com/pdn834q. Definitely a disturbed galaxy. 😄
The bright round object at 2 o'clock is probably a foreground star from our galaxy. So, no merger here.
Some distortion, so merger for me as well.
Where do you see lensing in this image ?
The bright object at at the top of the image is a foreground star from our galaxy.The colors,spikes&weird center are all optical artifacts.
Sorry, no lensing in this image
Not a lens, but a disturbed spiral. What you think is a lens is a spiral arm.
Sorry, no lensing in this image
All the objects in this image are stars from our galaxy. No lensing here.
#Overlap for me as well
Edge on means a disk or spiral galaxy seen edge on. This is a barred two armed spiral.
Sorry, no lensing for me in this image.
All the objects in this image are stars from our galaxy. Classify as star/#artifact
This is actually a star from our galaxy, but there are lots of problems with the imaging/filters. Classify as star/#artifact.
Defintely not a disk or spiral seen edge on. it is a fuzzy spiral seen face on. Take a look at the exampes on the classifying page 😄
No distortion so no merger for me. And no lensing here either, sorry
No merger here : the object at the top is probably a foreground star from our galaxy.
All the objects in this image are out of focus stars from our galaxy. Classify as star/#artifact
All the objects in thisimage are stars from our galaxy. Classify as star/#artifact.
happy hunting ! 😄
The cenral object is a spiral galaxy. The two bright round dots are foreground stars from our galaxy.
Out of focus stars. Classify as star/#artifact.
It is definitely a galaxy. Possibly a dwarf galaxy.
Sorry, it looks great, but these two objects are just stars from our galaxy with lots of imaging and filter problems.
Classify this image as star/#artifact
Nope, not an interesting star, just a star with lots of imaging and filter problems.
Correct, all these objects are stars from our galaxy! Classify as star/#artifacts.
2 galaxies, probably merging. But with smooth galaxies it is very hard to determine if these are merging or overlapping.It is your call
They really do ! 😄
I'd go for fuzzy irregular galaxy with active star forming regions (the blue clumps)
LOL ! Lots of out of focus stars. Classify as star/#artifact
The small round dots are foreground stars from our galaxy and not, in any way, connected to the galaxy.
I'd go for a messy spiral ! 😄
Nope ! Ttwo ellipticals merging.
Sorry, just stars ! 😄
Classify as star/#artifact
And the #overlap in GZ is only used for galaxy/galaxy overlaps (see link in previous comment)
http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000x8e?page=1&comment_id=5472079927b562063b000050
I'd go for foreground star.
You could go for very (very ! ) disturbed spiral or irregular. It is your call. Just answer the questions as well as you can
Lots of filter problems ! 😄 These objects are actually stars from our galaxy. Classify as star#artifact
These are actually stars from our galaxy, but something went wrong with the imaging/filters. No lensing here.
Classify as star/#artifact
The object at 10 is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. No merger here, sorry. Classify as star/#artifact
So, how did you classify this ? 😄
Please look at the comments below.This is a star from our galaxy. An image with lots of imaging and filter issues. Classify as str/#artifact
I wouldn't go for an elliptical,for me it looks more like a disk or spiral seen edge on. But it is your call ! 😄
Good call! Definitely a two armed/barred spiral (with very faint spiral arms)
2/2 The squigly thingy is another galaxy (I'd go for disturbed loose two armed spiral). Whether these 2 are involved : no idea ! 😄
1/2 The round & white objects are foreground stars from our galaxy.
Definitely a disk or spiral galaxy seen edge on !😄
Classify as star/#artifact 😄
With these 'smooth' galaxies, it is not easy to tell if they are disturbed, but merger is definitely a possibility.
So you could also go for disturbed spiral galaxy. 😄
Definitely stars, but no way to tell if they are actually close together.
Classify as star/#artifact
See the comments below. These objects are stars from our galaxy.
The blue areas are active star forming regions in this galaxy.
Correct. 😄
Lots of imaging and filter problems in this image. Classify as star/#artiact.
Hi tingalls and welcome to the Zoo 😄
The orange dot is a foreground star from our galaxy.
The object bottom right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
I'd go for merger in progress.
These are indeed 4 stars from our galaxy. Great chance alignment ! 😄
#artifact
It is possible that these two galaxies are interacting ! It is your call ! 😄
Correct ! All the objects in this image are stars from our galaxy. Classify as star/#artifact !
Or an active star forming region in the galaxy! 😄
The central object is a galaxy, but the other ones are stars from our galaxy. So, no merging going on.
Filter problem ! 😄 This is probably a star from our galaxy. Classify as star/#artifact
Actually a star from our galaxy. But this image has lots of imaging and filters problems; Classify as star/#artifact
Correct, it is just a star. But this image has lots of imaging and filter issues. Classify as star/#artifact
Correct, these objects are indeed stars from our galaxy. Classify as star/#artifact
Bad image from the edge of the survey. Classify as star/#artifact
Both these objects are indeed stars from our galaxy.Lots of imaging and filter problems.No lensing going on here. Classify as star/#artifact
The dark dot in the center is an optical artifact caused by oversaturation
Probably a star. Classify as star/#artifact. 😄
Probably. With these smooth ones it is difficult to tell if they're disturbed.
Correct ! Classify as star/#artifact
This is actually a star from our galaxy. Classify as star/#artifact
The green object at the bottom is a foreground star from our galaxy.
Nice catch ! 😄
So, how did you classify it ? 😄
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
The red line is a satellite trail.
All the objects in this image are stars from our galaxy. Classify as star/#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact
Stars from our galaxy. Classify as star/#artifact.
All the objects in this image are stars from our galaxy. Classify as star/#artifact
Stars from our galaxy. Classify as star/#artifact
Star from our galaxy. Classify a star/#artifact
Stars from our galaxy. Classify as star/#artifact
Star from our galaxy.
Classify as star/#artifact
Star from our galaxy. Classify as star/#artifact
Stars from our galaxy. Classify as star/#artifact.
Star from our galaxy. Classify star/#artifact
The central object is a galaxy. The one at 12 o'clock is a star from our galaxy.
All the objects in this image are stars from our galaxy, but the colors are not real. Classify as star/#artifact
The blue object to the right is a foreground star from our galaxy.
All the objects in this image are foreground stars? Classify as star/#artifact
It is most definitely a spiral or a disk galaxy seen edge on ! And what a glorious dust lane !
Could be an artifact, could be another galaxy (closer, further away, interacting). It is your call !
It could be a merger, but there is not much of a distortion visible, so it could be an overlap as well. It is your call ! 😄
The object at 8 o'clock is definitely another galaxy. Whether it is a foreground, background or in the same plane one is impossible to say.
Wow, this is a special kind of dustlane. Nice catch !
Gorgeous spiral with lots of star forming areas (the blue clumps)
So, how did you classify your namesake ? 😄
What object are you referring to ? 😄
Bad image from the edge of the survey. Classify as star/#artifact
Star from our galaxy with lots of imaging and filter problems.
#artifact
Smooth and round ! 😄
I'd go for disturbed blue elliptical with a a large star forming area to the right. (but,hey, that is just me ! ;D )
All the objects in this image are stars from our galaxy. Classify as star/#artifact
Correct, these objects are stars from our galaxy, but the image has some serious imaging and filter problems.
Classify as star/#artifact
Star from our galaxy. Classify as star/#artifact
All the objects in this image are stars from our galaxy.
#artifact
Wow ! #dailyzoo
Here's the extreme zoomed out image : http://tinyurl.com/peug88l ; It is M33. Nice catch ! 😄
Classify as star/#artifact
These are stars from our galaxy, but something went wrong with the blue filter. See the zoomed out image : http://tinyurl.com/n6csyf5
Star. Image with imaging and filter problems.
#artifact
Star
#artifact
Star.
#artifact
Star.
#artifact
Star from our galaxy.
#artifact
Just one galaxy for me. Disturbed spiral with star forming areas (the blur clumps)
Looking at the larger image these two objects are stars from our galaxy, but they are not touching or merging.
Classify as star/#artifact
Yep ! 😄
But,please, always classify the object in the center of the image ! 😄
Probably another galaxy. But there is no information whatsoever.
The object top left is just one star from our galaxy.The colors are just optical artifacts.
Not much interaction going on. So no merger for me.
Both objects are stars from our galaxy.
Classify as star/#artifact.
All these objects are indeed stars from our galaxy, but they only appear to be touching. No problems for the middle star ! 😄
#artifact
Correct ! Classify as star/#artifact
Just one star with lots of imaging and filter problems. Classify as star/#artifact
Yep, these objects are all stars from our galaxy, with lots of imaging and filter problems.
#artifact
Stars from our galaxy, with lots of imaging and filter problems. Classify as star/#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact
A bad image from the edge of the survey. Classify as star/#artifact
Definitely a galaxy. I'd go for irregular as well.
The central object is a fuzzy galaxy, probably a disturbed spiral. The white round object is a foreground star from our galaxy.
The central object ,which you are supposed to classify, is a disk or spiral galaxy seen edge on, with a big bulge.
Hiya, this is actually a star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact
Correct ! The thing in the bottom left corner is a foreground star from our galaxy. The colors/spikeq&weird center are all optical artifacts
If you see features, do not classify it as an elliptical. This is probably a very fuzzy spiral with a bulge or else a disk with a bulge
Star from our galaxy, but the colors are not real. Lots of imaging and filter problems. Classify as star/#artifact
Definitely not an elliptical. If it has features, it cannot be an elliptical.
I'd go for two armed, barred spiral.
All the objects in this image are stars from our galaxy. The colors and inner circles are all optical artifacts. Classify as star/#artifact
A star from our galaxy. Image with lots of imaging and filter problems.
#artifact
Bad images from the edge of the survey. Classify as star/#artifact
You cannot have a bar in an elliptical. You can have a bar in disk galaxy withou spiral arms.
Or overlap. Difficult to tell. It is your call ! 😄
The white round object below the galaxy is actually a foreground star from our galaxy. Not a nova and definitely no collision.
Correct, these 3 objects are stars from our galaxy. Nice chance alignment ! 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=354.31769463&dec=16.59259374&scale=0.79224&width=512&height=512&opt=&query=
The flare is an optical artifact caused by a bright star outside of this image. See the zoomed (and rotated) image.
The central object is a fuzzy galaxy. Probably a spiral.
The object bottom left is just a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the object in this image are stars from our galaxy. No interaction going on. Classify as star/#artifact
These are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star#artifact
These are stars from our galaxy. No merger here sorry. Classify as star/#artifact
These are out of focus stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
These are out of focus stars from our galaxy. Lots of imaging and filter problems. Classify as star/#artifact
Correct. This is a star from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact
The white/bluish one to the left is a foreground star from our galaxy.
Star from our galaxy with some imaging and filter problems.
#artifact
Definitely stars from our galaxy. But lots of imaging and filters problems.
#artifact
Definitely stars from our galaxy. But lots of imaging and filters problems.
#artifact
Definitely stars from our galaxy. But lots of imaging and filters problems.
#artifact
Definitely stars from our galaxy. But lots of imaging and filters problems.
#artifact
#artifact
filter problems
#artifact
Nice #merger.
The central object (which you are supposed to classify) is a very disturbed spiral galaxy,gravitationally interacting with the 1 top right.
filter problems
#artifact
Stars from our galaxy.
#artifact
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright spiky object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
star/#artifact
star/#artifact
Star/#artifact
Image with filter problems.
#artifact
stars in our galaxy.
#artifact
Classify as star/#artifact
These 2 objects are actually stars from our galaxy, but the colors are not real. Lots of imaging and filter problems. No merger here, sorry.
These are actually stars from our gaalxy. But something went wrong with the imaging/filters. Classify as star/#artifact
#artifact
Nope, this is actually a star from our galaxy. The colors are not real (lots of imaging and filter problems). Classify as star/#artifact
What else could this be ?
I'd go for disturbed galaxy, definitely not a star.
I'd go for just one superimposed star. This fuzzy galaxy has a very noticeable bulge ! 😄
And oops from me ! I'd go for artifact or cosmic ray.
The white dots at the bottom of the galaxy are probably foreground stars from our galaxy.
This is not a galaxy, but a star from our galaxy. Lots of filter (misalignment) and imaging problems
#artifact
Star from our galaxy
#artifact
I'd go for galaxy. 😄
#artifact
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=355.16319877&dec=69.73707082&scale=0.79224&width=512&height=512&opt=&query=
The central object is a star from our galaxy. And the background is red because something went wrong with the filters. See the zoomed image.
Correct. This is indeed a star from our galaxy. But lots of imaging and filter problems in this image. Classify as star/#artifact
Gorgeous irregular with star forming areas (the blue clumps)
Again, just stars from our galaxy with loads of imaging and filter issues? Classify as star/#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact
Oh dear ! Another image from the end of the survey! Classify as star/#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact
You just got to love this one. Some sort of #ring ? #dailyzoo !
Again, this is a star from our galaxy. Classify as star/#artifact
All these objects are stars from our galaxy.
#artifact
All the objects in this image are stars from our galaxy. No merger here, sorry.
#artifact
Amazing #dustlane in this very disturbed system.
#artifact
#artifact
The red dot is probably a foreground star from our galaxy.
These objects are stars from our galaxy, but there are a lot of imaging and filter problems.
#artifact
#artifact
All the objects in this image are stars from our galaxy.
#artifact
#artifact
Star from our galaxy.
#artifact
All the objects in this image are stars from our galaxy.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
Correct !
I'd probably go for #overlap, not merger.
That is a star from our galaxy, but the colors are not real. Classify as star/#artifact
That is an out of focus star from our galaxy + lots of imaging and filter problems ! 😄 Classify as star/#artifact
#artifact
#artifact
Why ? 😄
This is a spiral with two very faint spiral arms and a dominant bulge. The spiral arms go all the way back to form a ring.
The central object, which you are supposed to classify, is the yellow, fuzzy galaxy. All the other objects are stars from our galaxy.No lens
2/2
All the other objects in this image are foreground stars from our galaxy.
1/2
The cenral object, which you are supposed to classify, is a galaxy, probably a disturbed spiral.
All the objectsn this image are stars from our galaxy. The colors are not real.
No merging, no ring, no lens. Sorry !
#artifact
The bright white object to the left is a foreground star from our galaxy, so obviously not connected to the central galaxy at all !
No distortions visible, so no merger for me.
Or just one irregular galaxy with a couple of very active star forming regions (the blue clumps)
Definitely some interaction going on ! #merger for me ! 😄
Disturbed fuzzy spiral ! 😄
The blue object is most probably a foreground star from our galaxy.
These kinds of #artifact are found at the edges of the survey.
See this discussion : http://talk.galaxyzoo.org/#/boards/BGZ0000006/discussions/DGZ0000z5n?page=1&comment_id=5463c3cf27b5621e2300061b
#artifact
Correct, all the objects in this image are stars from our galaxy.
#artifact
😄
All the objects are stars from our gaalxy.
#artifact
#artifact
Correct, that is a foreground star.
See the comments beow.
#artifact
Star from our galaxy and lots of imaging and filter problems in this image.
#artifact
gorgeous #overlap. The star is indeeed a foreground star from our galaxy.
Out of focus stars from our gaalxy. Lots of imaging and filter problems in this image.
#artifact
#artifact
#artifact
#artifact
#artifact
Star from our galaxy and lots of imaging and filter problems.
#artifact
Star from our galaxy and lots of imaging and filter problems.
#artifact
😄
Star from our galaxy and lots of imaging and filter problems.
#artifact
#artifact
Star from our galaxy and lots of imaging and filter problems..
#artifact
Stars from our galaxy and lots of imaging and filter problems.
#artifact
Stars from our galaxy and lots of imaging and fiter problems.
#artifact
just got this to classify !
Now this makes me happy ! 😄
But it is a a real galaxy ! Slightly disturbed edge on with a small bulge. Or loose two armed spiral.
#artifact
A star from our galaxy. Image with lots of imaging and filter problems.
#artifact
A star from our galaxy. Image with lots of imaging and filter problems.
#artifact
2/2
The central bright yellow dot is the center of the galaxy. The one at 1 o'clock is a foreground star fro our galaxy.
1/2
This is a two armed barred spiral where the very faint spiral arms fold back to form a ring. There is also a clearer inner ring.
#artifact
These objects are out of focus stars from our galaxy And lots of imaging and filter problems in this image.
#artifact
Correct, fuzzy disk or spiral seen edge on
Star from our galaxy. Lots of imaging and filter problems.
#artifact
These are stars from our galaxy.
#artifact
These imaging and filter problems happen sometimes at the edges of the survey. Classify as star/#artifact
See comments below. The blue blobs could be active star forming regions
Filter problems ! This is a star from our galaxy.
I'd go for seriously disturbed spiral galaxy !
These objects are out of focus stars from our galaxy. And lots of imaging and filter problmes.
#artifact
http://tinyurl.com/mnrhs23
Wow ! gorgeous #merger !
Please, always classify the object in the center of the image, even if it is the most boring one ! ;D
Yep, star for me as well. No merger here ! 😄
And you would be correct ! Good call ! 😄
#artifact
That would be my classification as well ! 😄
The blog bottom left looks to be interacting with the central galaxy. It could be a smaller galaxy.
The round dot at 2 o'clock is probably a foreground star. No distortions visible, no merger for me.
The disturbance could be just noise !
Looks like star forming areas.
i thought I recognized it ! 😄 Here's the flipped/rotated image : http://tinyurl.com/mnrhs23. Gorgeous #merger
Oh yes ! 😄
#artifact
2/2
That said : the two larger galaxies are definitely interacting ! nice #merger
1/2
You are always supposed to classify the object in the center of the image, even if it is the most boring one.
No merger here. The white round object top right is a foreground star from our galaxy.
Yep ! 😄
Correct ! Good call .
Lots of stars from our galaxy, with lots of imaging and filter problems.
#artifact
These are actually two stars from our galaxy. No merger here, sorry!
#artifact
This is actually a star from our galaxy. Lots of imaging and filter issues though !
#artifact
The blue clumps are indeed star forming areas in this galaxy.
A star from our galaxy, but lots of imaging and filter isssues?
All the objects in this image are stars from our galaxy.
#artifact
All the objects in this image are stars from our galaxy.
#artifact
#artifact
All the objects in this image are stars from our galaxy.
#artifact
#artifact
All the objects in this image are stars from our galaxy.
#artifact
All the objects in this image are stars from our galaxy.
I would go for both ! Spiral arms in a heavily disturbed galaxy.
All the objects in this image are stars from our galaxy.
#artifact
#artifact
Both galaxies are heavily distorted. No lensing going on, sorry. Nice #merger ! 😄
That is most definitely a very gorgeous #dustlane ! 😄
Sorry, that is just noise. Nice chance alignment. 😄
The central object and the one at the bottom are galaxies, The round one, top left, is a foreground star from our galaxy.
With these kind of distortions is #merger very likely !
These 3 objects are actually stars from our galaxy, but the colors are not real. Lots of imaging and filter problems.
#artifact
#artifact
Two satellite trails ! Nice catch ! 😄
Yes, the dot at the top is most probably a foreground star.
It doesn't look like a comet See examples of comets in SDSS images : http://www.galaxyzooforum.org/index.php?topic=437.msg655557#msg655557
See the comments below. The bright white object is a foreground star from our galaxy.
Correct ! Definitely interacting !
It is an out of focus star from our galaxy. Lots of imaging and filter problems here. Classify as star/#artifact
Yep, defintely a star from our galaxy
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
See comments below
All the objects in this image are stars from our galaxy. The red edge is just an optical artifat.
#artifact
This is actually a star from our galaxy, but there are lots of imaging and filter problems ! Classify as star/#artifact.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
This is actually a star from our galaxy, but the colors are not real
#artifact
This is a star from our galaxy. Lots of imaging and filter problems though ! 😄
#arifact.
All the objects in this image are stars from our galaxy.
#artifact.
The greenish/blue object (top right) is a foreground star from our galaxy. (Google translate is your friend ! 😄 )
These objects are actually stars from our galaxy, but there are lots of imaging and filter issues !
#aritfact
#artifact
This is actually a star from our galaxy, but there are lots of imaging and filter issues !
#aritfact
I'd go for disturbed spiral
This is actually a star from our galaxy. Lots of imaging and filter problems.
#artifact
This is actually a star from our galaxy. Lots of imaging and filter problems.
#artifact
The object at the top is def. another galaxy. But it is not possible to tell whether it is close to the central 1 or farther away or closer.
I don't see a dust lane here. It is probably just the space between the spiral arm and the center of the galaxy.
These are actually stars from our galaxy. Lots of imaging and filter problems.
#artifact
These are actually stars from our galaxy. Lots of imaging and filter problems.
#artifact
This is actually a star from our galaxy. Lots of imaging and filter problems.
#artifact
This is actually a star from our galaxy. Lots of imaging and filter problems.
#artifact
#artifact
This is actually a star from our galaxy. Lots of imaging and filter problems.
#artifact
Correct, this is a star from our galaxy, but the colors are not real. Lots of imaging and filter problems.
#artifact
It is a star from our galaxy. Lots of imaging and filter problems.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
I wouldn't quite classify this one as an edge on, since you can clearly see the disk of the spiral.
The small object at 8 o'clock is a disturbed two armed spiral. No way to tell from just this image if it is closer or further away.
The blue fuzzy thing (which you are supposed to classify) is an irregular galaxy with lots of starforming areas (the blue clumps).
The green ring is an optical artifact caused by a bright star outside of this image.
I'd go for fuzzy galaxy.
#artifact
As Capella05 explained with the other image : no explosion here. Just an out of focus star from our galaxy. Lots of filter/imaging problems
#artifact
The small dots are probably foreground stars from our galaxy.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
Correct, all these objects are stars from our galaxy.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
The central object is definitely a galaxy. But it is a weird one! 😄
All the objects in this image are galaxies.
Both of the objects in the center are galaxies. #merger for me as well !
That could be a foreground star from our galaxy.
The object in the center (which you are supposed to classify) is a galaxy. The one to the right is a foreground star from our galaxy.
#artifact
#artifact
#artifact
#artifact
#artifact
Correct, the bright dot is a foreground star. 😄
#artifact
#artifact
#artifact
#artifact
These objects are actually stars from our galaxy, but something went wrong withthe imaging/filters.
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
All the objects in this image are stars from our galaxy. Nice chance alignment !
#artifact
#artifact
#artifact
It's a very fuzzy image so difficult to tell. It could be a merger but it could also be an overlap.
Stars from our galaxy, with some imaging and filter problems.
#artifact
All the objects in this image are stars from our galaxy.
#artifact
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Not much interaction visible so I'd go for not a merger. But it is your call ! Just answer the questions as well as you can and have fun!
Definitely an artifact caused by a bright star outside of this image.
Hi Leonie, Elliptical means no features whatsoever. Ring and elliptical is mutually exclusive, sorry.
Not too sure that this is a galaxy. I'd go for star (#artifact)
I'm thinking another galaxy. #overlap
There is not much disturbance visible, but with elliptical galaxies it is more difficult to see. Possible merger.
This is a star with some filter and imaging problems. The pink streak is an optical #artifact.
The central object, which you are supposed to classify, is a galaxy. The one to the right is a foreground star from our galaxy.
Correct.
Fuzzy disturbed spiral.
The two blobs could be foreground stars but they could just as well be galaxies.
The central object and the one bottom right are definitely galaxies. The two smaller ones to the right could be foreground stars.
Correct the bright spot is a foreground star from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
#artifact
Most (all) of the round dots are foreground stars from our galaxy.
The red dot is a foreground star from our galaxy.
Sorry, I don't see a lens in this image.
#artifact
All the objects in this image are stars from our galaxies, but the colors are not real. Some major problems with the imaging/filters.
The green line is a satellite trail.
It's a star.
#artifact
Correct !
#artifact
This is indeed a star from our galaxy.
#artifact
Yep !
#artifact
#artifact
I don't see any asteroids in this image.
All the objects in this image are stars from our galaxy. No merger here, sorry. Classify as star/#artifact
The bright orange/pink object to the left is a foreground star. The colors, spikes and pink center are all optical artifacts
The central object, which you are supposed to classify, is a galaxy. The one bottom right is a foreground star from our galaxy.
The 2 objects in the center of the image and the 1 to the left are stars from our galaxy.but something went wrong with the imaging/filters.
#artifact
#artifact
Al the objects here are stars from our galaxy, but something went ver y wrong with the imaging/filters.
These two objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
#artifact
The bright object to the left is not a galaxy but a foreground star from our galaxy. Not an AGN.
All the objects in this image are stars from our galaxy, but something went very wrong with the imaging/filters. Classify as star/#artifact
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
#artifact
#artifact
These objects are actually stars from our galaxy,but the colors are not real. Something went wrong with the imaging/filters.No lensing here.
Yep ! 😄
edge on disk or spiral for me.
Filter problems.
The objects in this image are stars from our galaxy
#artifact
The blueish object at 5 o'clock is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
Very fuzzy galaxy, possibly a spiral.
If you squint really hard, you can see two faint spiral arms;
It is a fuzzy image, but they look distorted to me. I'd go for merger.
Maybe yes, maybe no. It is your call ! 😄
It is a very fuzzy image, could be a merger or an overlap, very difficult to tell.
Nope. The central object is a galaxy, the orange/yellow one to the left is a foreground star from our galaxy.
The central object in this image is a galaxy, all the other ones are foreground stars rom our galaxy. No merger here, sorry.
Yep ! 😄
#artifact
This is actually a star from our galaxy ,but the colors & lines are not real. Something went very wrong with the imaging/filters.
#artifact
This is actually a star from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
#artifact
The bluish object in the right bottom corner is a foreground star from our galaxy. No connection whatsoever with the central gaalxy.
The central object (fuzzy&yellow) is a galaxy.The 2 bright white objects are foreground stars from our galaxy.No merger, no nebula, sorry !
Lots of stars and/or artifacts. Something went very wrong with the imaging/filters.
#artifact
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filtes.
#artifact
All the objects in this image are stars from our galaxy. Classify as star/#artifact.
The central object is a very disturbed (spiral) galaxy. Not sure what your comment is about !
Not much distortion visible. Not sure if these two galaxies are interacting. No merger for me
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters. Classify as star/#artifact.
Lots of distortions, merger for me as well.
Yep, barred spiral for me as well.
The bluish/white object to the left is a foreground star from our galaxy, so no interaction whatsoever possible with the central galaxy.
This is a star fom our galaxy. The colors and weird center are optical artifacts
#artifact
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters
#artifact
This is a faulty image. It happens sometimes at the edge of the survey. Classify as star/#artifact
All the objects in this image are stars from our galaxy. No merging going on here.
#artifact
All the objects in this image are stars from our galaxy. No merging going on here.
#artifact
I agree ! 😄
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
#artifact.
See the comments below. All these objects are stars from our galaxy.
#artifact
Some stars from our galaxy and lots of optical artifacts. Something went wrong with the imaging/filters.
#artifact
This object is not a galaxy, but a star from our galaxy. The colors are not real. Something went very wrong with the imaging/filters.
#artifact
These objects are all stars from our galaxy. Classify as star/artifact. 😄
#artifacts
#artifact
#artifact
Yep ! 😄
#artifact
Star !
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
#artifact
This happens sometimes at the edge of the survey. Camera malfunctioning. Classify as star/#artifact
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
#artifact
The blue line is a satellite trail.
#artifacts
#artifacts
Two galaxies merging;
These objects are not galaxies but stars fromour galaxy. No merger here, sorry.
#artifacts
Gorgeous merger in progress !
Sorry, no ring here for me.
#artifacts
The bright dot at 1 o'clock is probably an optical artifact (only visible in the r filter-
This is actually a star from our galaxy, but something went very wrong with the imaging/filters.
#artifacts
The central object, which you are supposed to classify, is a beautiful spiral galaxy.
The bright spiky object at the bottom is a foreground star. The colors, spikes and weird center are all optical artifacts.
Correct. The central object is a galaxy. The other objects in this image are all foreground stars from our galaxy.
The bright object to the left is probably a foreground star from our galaxy.
The thinghy to the right is probably another galaxy. I'd go for overlap.
Definitely a fuzzy spiral.
Merger is a possibility.
That is probably another galaxy, no way to tell if it is related to the central one.
Definitely a star.
#artifacts
Gorgeous merger, not sure about there being a voorwerpje.
You could go for irregular or you could go for disturbed fuzzy spiral . It is your call ! 😄
The blue blob at 11:30 is most probably another galaxy and probably unrelated to the central galaxy.
With just one image, impossible to say if this is a supernova. It is probably a foreground star from our galaxy.
The central object is a galaxy, probably a fuzzy spiral. All the other objects in this image are stars from our galaxy.
#artifacts
I'd go for two galaxies merging.
#artifacts
The central objects is a galaxy, all the other objects in this image are stars from our galaxy.
If you squint really hard you can see a two-armed spiral with a dominant bulge.
#artifacts
Star from our galaxy, but something went wrong with the imaging/filters.
#artifacts
#artifacts
Correct !
#artifacts
The bright yellow/orange dot is a foreground star from our galaxy. No merger here.
The round, smaller blobs are all foreground stars from our galaxy. No merger here.
All the objects in this image are stars from our galaxy.
#artifacts
Fuzzy spiral ! 😄
#artifacts
#artifacts
#artifacts
#artifact
All the objects are stars from our galaxy, but something went wrong with the imaging/filters.
#artifacts
#artifacts
#artifacts
#artifacts. See comments below
With these kind of disturbances : definitely a @merger for me ! 😄
#artifacts
Giggle ! 😄
#artifacts
#artifacts
Imaging and filter problems.
#artifacts
nice #merger
#artifacts
These objects are not galaxies but stars from our galaxy, but something went wrong with the imaging/filters.
#artifacts
#artifacts
#artifacts
#artifacts
Coorect, this is a star from our galaxy, but the colors are not real.
#artifacts
I'd go for irregular.
The central yellow object is a galaxy. The other small round objects are foreground stars from our galaxy. No lensing here.
Correct, all the objects inthis image are stars from our galaxy.
#artifacts
#artifact
#artifacts
The two larger objects in the center are galaxies. They could be merging or it could be an overlap. Difficult to tell.
The blue object to the right is a foreground star from our galaxy.
And, please, always classify the object in the centre of the image.
The red object top right is indeed a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Overlap/merger are equally possible. With these kinds of galaxies & without additionally information it is not possible to tell either way.
Or other galaxies ?
Very fuzzy image, no distortions visible. Merger is possible but not very likely.
That could be another galaxy.
I'd probably go for disturbed fuzzy spiral.
#artifacts
I'd go for two arms, slightly disturbed.
Just one galaxy for me, slightly disturbed.
#artifacts
The red dot is an optical artifact caused by oversaturation.
The cenral object is a galaxy. The bright round ones are stars from our galaxy.
star and #artifacts
stars and #artifacts 😄
It is a very fuzzy image, so not easy to tell if the galaxies are distorted. But I'd go for overlap.
stars and #artifacts 😄
#Overlap for me as well.
Stars and #artifacts.
The bright spot left of the center of the galaxy is a foreground star from our galaxy. No merger here.
These objects are stars from our galaxy.
#artifacts
The central object is a very disturbed spiral galaxy, merging with the yellow galaxy bottom right.
Yes, star ! 😄
#artifacts
Yes, all the objects in this image are stars from our galaxy.
No, the three objects are stars from our galaxy. The colors are not real. The blue dots are optical #artifacts.
I'd go for foregeround star.
Looks like two galaxies to me. Fuzzy #merger !
The colorful spike is not a satellite traim but a diffraction spike (optical artifact) caused by a bright star outside of this image.
The green line is a satellite trail.
#artifacts
Correct, this is not a galay but a star from our galaxy. The colors are not real. Something went very wrong with the imaging/filters.
The central object (which you are supposed to classify) is a galaxy. The yellow round one is a foreground star from our galaxy.
Al the objects in this image are stars from our galaxy, but the colors are not real. Classify as : star/artifact ! 😄
#artifact
The central galaxy doesn't look distorted, so the whiteish spot could very well be a foreground star from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Something went seriously wrong with the imaging/filters.
This is indeed a star from our galaxy, but the color is not real. Filter and/or imaging issues.
You get a lot of these images from the edge of the survey. Lots of imaging and filter issues. Classify as star/artifact.
All the objects in this image are indeed stars from our galaxy, but the color isn't real. Filter problems.
These objects are indeed stars, but the colors are not real. Filter problems.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
You get a lot of these images at the edges of the survey. Classify as star/artifact.
The central object is a real galaxy, not a star cluster.
Disturbed barred spiral for me as well.
See the comments below ! 😄
It looks like just one galaxy to me. I'd go for disturbed spiral.
Fuzzy disturbed spiral for me.
Correct, this is a star from our galaxy, but the colors are not real. Some serious imaging and filter problems.
Definiitely not an elliptical. I'd go for disturbe barred spiral.
The blue object bottom left is another gaalxy. No way to tell from just this image if it is neare or further away.
All the objects in this image are indeed stars from our galaxy.
The central object, which you are supposed to classify is a galaxy. The other objects in this image are foreground stars from our galaxy.
Correct !
All the objcts in this image are stars from our galaxy.
The central object is indeed a galaxy. The bright orange dot top left is a foreground star from our galaxy.
This a star from our galaxy, the colors are artifacts.
Stars for me as well ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real.
That is a foreground star from our galaxy The colors, spikes and weird center are all optical artifacts.
Disturbed barred spiral with an inner ring
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Definitely a spiral seen almost edge on.
Just one (very) disturbed galaxy for me.
The central galaxy is a very disturbed spiral. So no lens here.
And spirals are usually not massive enough to do any lensing.
Hi sophia_96
The bright round object bottom left is a foreground star from our galaxy.
With these kind of distortions, it is safe to say tht this is a #merger. Definitely not an overlap.
The blue line is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Looks like an artifact to me. The central object is a star from our galaxy, but the colors are not real.
These images are from the edges of the survey. Lots of imaging and filter problems. Classify as star/artifact.
The central object is a galaxy. The dark dot in the center is an optical artifact caused by oversaturation.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Very disturbed galaxy (possibly spiral). The red blob is not a voorwerpje color.
The round object (top left) is a foreground star from our galaxy, so definitely not a merger !
The spike on the left is a diffraction spike (see wiki/optical artifact) caused by a bright star just outside of this image.
2/2
These galaxies are very disturbed so, there could be some very violent/active star formation going on !
1/2
The bright object could be a foreground star, but I am not sure about it.
All the objects here are probably stars from our galaxy. But there are some major imaging/filter issues
These colors are a very solid indication that something is not quite right. Star/artifact is the only option here ! 😄
These could be stars but something definitely went wrong with the imaging.If you see something like this:star/artifact is the only option
Yes, all the objects here are stars from our galaxy. Please read the answers we have posted in your other questions !
Al the objects in this image are stars from our galaxy,no merger here !Please read all the comments we have posted, you can learn so much !
Two fuzzy spirals. So, how did you classify this ? ;D
These objects are probably stars from our galaxy, but something went wrong with the imaging/filters.
Please look at all the other comments we have posted !
These objects are just stars from our galaxy, with lots of imaging/filters issues.
Yes, all the objects in this image are stars from our galaxy.
Disturbed, barred spiral with an inner ring
Fuzzy barred spiral.
disturbed spiral. #ringed galaxy
fuzzy spiral
All the objects in this image are stars from our galaxy.
The 3 yellow objects in the center are galaxies, probably merging. All the other bright round dots are foreground stars from our galaxy,
All the objects in this image are stars from our galaxy. No merger here, sorry.
'arc' is only used for gravitational lensing.
This is a very disturbed gaalxy, possibly a spiral.
This is a two-armed, barred spiral where the two arms fold back to make a ring. Nice #ringed galaxy.
All the galaxies in this image look distorted. Ongoing merger for me.
The 'arc' is in fact a disturbed edge on galaxy. The white round object is a foreground star from our galaxy. No lensing here, sorry.
It is not easy to tell with these ellipticals, but I'd go for merger as well ! 😄
Lol ! 😄
Nice catch ! 😄
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Looks like a galaxy. Irregular for me ! 😄
See the comments below. Two galaxies interacting. Gorgeous #merger
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters
All the objects in this image are stars from our galaxy. No merger here, sorry.
The central object is a galaxy, but the one, bottom right,is a foreground star from our galaxy.
Always classify the object in the center of the image. Here that is the edge on.
The two objects in the center are indeed both galaxies. It lookslike they are merging.
All the objects in this image are stars from our galaxy. No merger here, sorry !
Both galaxies are disturbed, so #merger for me too ! 😄
I'd go for fuzzy, very disturbed, barred spiral.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Both these objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
All the objects in this image are stars from our galaxy. No merger here, sorry !
Not sure if they are colliding, no distortion visible. Gorgeous #overlap for me.
All the objects in this image are stars from oour galaxy. No merger here, sorry.
Yep ! Nice catch ! 😄
This is a star from our galaxy, but the colors are not real (artefacts). Classify as star/artefact.
The yellow/orange object is a foreground star from our galaxy. No merger possible.
The central, yellow object is a galaxy. The bright white ones are foreground stars from our galaxy. No merger possible.
These two objects are star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy. The four in the center only appear to be touching. No merger here , sorry.
All the objects in this image are stars from our galaxy. No merger here
Definitely not an elliptical. I'd go for a barred spiral
So, how did you classify it ? 😄
definitely a two-armed spiral. Try squinting (my favorite scientific method ! ;D ) !
Probably four galaxies merging ! Nice catch! 😄
The central object (which you are supposed to classify) is definitely a galaxy. How did you classify it ?
The central object (which you are supposed to classify) is a galaxy. All the other objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
Always classify the object in the centre of the image (even if it is the most boring one! 😄 )
This is actually a star from our galaxy, but the colors are no real. Something went wrong with the imaging/filters.
Not necessary ! Nebula it is ! 😄
I hadn't seen the collection for nebulae, so I started correcting for planetary nebula. Nebula is okay for me ! 😄
Sorry, my mistake ! I'm okay with nebula !
nice #dustlane !
#planetarynebula !:😄
Nice catch ! : #planetarynebula : PN KjPn 2
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
possible #polarring ?
Irregular with lots of active star forming areas (the blue clumps)
These objects are actually stars from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
All the objects in this image are stars from our galaxy.
A ringed, barred spiral, where the two arms fold back to make a ring. Really nice find ! 😄
These objects are actually stars from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
Two-armed, barred spiral for me.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Fuzzy spiral for me.
The bright object at the bottom is a foreground star from our galaxy, so no interaction whatsoever possible with the central galaxy.
I'd go for very disturbed spiral as well.
The two bright objects are stars from our galaxy, so no interaction possible between them and the central galaxy.
All the objects in this image are stars from our galaxy.
And what is the message ?😄
Disturbed spiral would be my classification as well ! 😄
Wow, that is a lot of galaxies in 1 image. The round white or red ones are foreground stars from our galaxy, so 30 galaxies is a bit much !
This is probably a star from our galaxy, but the colors are not real. Something went very wrong with the imaging/filters.
I'd go for (very) fuzzy spiral, maybe even with a little bar.
The red spot in the center is an optical artifact caused by oversaturation.
I would have classified this just like that as well. Definitely not a star ! 😄
The objects in this image are stars from our galaxy and the colors are artifacts. So, artifact/star is the perfect classification. 😄
I'd go for just noticeable bulge (and definitely a bar). But it is your call ! 😄
Yes, these two objects are both foreground stars from our galaxy, but the colors are not real. Some major imaging/filter issues.
Yep, all the objects in this image are stars from our galaxy, but the colors are not real. Major filter issues ! 😄
Yes, all the objects in this image are stars from our galaxy.
Just a star from our galaxy. The colors are not real. The red circles are also optical artifacts. Lots of imaging and filter problems.
The orange dot is a foreground star from our galaxy.
Sure you can ! 😄 Always classify the object in the centre of the image. Here it's a very disturbed galaxy with a bar.
Just one galaxy. The bright blue clumps are active star forming regions in the galaxy. Gorgeous #irregular.
2/2
So, this means either a young galaxy, or looking at the distortion a merger in progress or the result of a flyby
1/2
It is very blue, with lots of blue clumps. So that means lots of star formation going on.
The bright spiky object, top left, is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
All these objects are stars from our galaxy, but something went seriously wrong with the imaging/filers.
Sorry, I don't see a jet.
First of, always classify the object in the center of the image. And all the objects in this image are stars from our galaxy.
I would go for fuzzy stars as well ! 😄
Sorry Christine, But when I click on the link I get the generic SDSS image. It is a known bug, but I can't remember how to get passed it !
Looks amazing ! But it is a disturbed galaxy, not a comet.
Correct, this is a star from our galaxy. But something went wrong with the filters.
No, it is just two stars (with lost of imaging issues) that just appear to be touching.
Now that is a gorgeous dust lane ! 😄
Wow ! gorgeous #merger
Yep ! Correct ! All the objects in this image are stars from our galaxy.
#artifact
It is MCG +10-18-004
Looks more like an edge on with a big bulge to me. The small dot to the right could be a foreground star or just as well another galaxy.
Maybe that is because it is UGC12633 😄
The central object is indeed a galaxy, but the 3 small round dots are foreground stars from our galaxy.
The central object is indeed a galaxy, but all the other objects in this image are foreground stars from our galaxy.
The 3 bright white objects are stars from our galaxy. Nice chance alignment.
All the objects in this image are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
I still think it is a satellite trail. Could be an irregular shaped tumbling satellite
Here I'd go for two galaxies merging.
Bar for me as well 😄
The central object is definitely a galaxy.
The orange dot is probably a foreground star from our galaxy.
I think it is just one star, but the colors are not real. Something went wrong with the imaging/filters.
See the comments below : it is a star from our galaxy.
Definitely not a galaxy. This is a star from our galaxy, but the colors are not real.
The blue line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The darker area in the center is an optical artifact caused by oversaturation
The black dot in the centre is an optical artifact caused by oversaturation
See the comments below : it is a planetary nebula
The red object is a foreground star from our galaxy.
I just see one, slightly disturbed spiral galaxy, no idea what caused it. Could be the result of a flyby.
The object at 10 o'clock is definitely a star. The red /white thingies are optical artifacts.
I wouldn't call these loose spiral arms as they are close to the center.
Definitely not a merger for me.The small round dot is most likely to be a foreground star. The central galaxy is not distorted in any way.
If you squint really hard you can see two spiral arms that fold back to make a ring. Great #ringed galaxy.
Correct, all the objects in this image are stars from our galaxy ! 😄
The central one ? Yep, definitely a galaxy ! 😄
The object at 3 o'clock is an edge on galaxy. The one, bottom right, is a smooth round galaxy
No distortion, so no merger for me. It could be a galaxy, but it could just as well be a foreground star.
These two objects are actually stars from our galaxy. But the colors are not real. Something went wrong with the imaging/filters.
Yup, looks like it ! Nice #dustlane ! 😄
The bright object, top left, is a foreground star from our galaxy.
Gorgeous #merger
The red object is a foreground star from our galaxy.
I'd go for edge on as well.
Do you mean the spiky object to the right ? It's a foreground star from our galaxy.The colors,spikes&weird center are all optical artifacts.
An edge on is a disk or spiral galaxy seen edge on. So this is not an edge on. It is a barred two-armed spiral.
Lots of imaging&filter problems. This happens a lot at the edges of the survey. See the very zoomed out image : http://tinyurl.com/orujx3j
Definitely two galaxies merging.
And you correctly identified these objects as stars ! 😄
See comments below 😄
It's a satellite trail.
LOL ! The object, bottom left, is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
Nope, sorry! Just an image from the edge of the survey with lots of imaging and filter problems. Classify as star/artifact.
The small object to the left is indeed a foreground star from our galaxy, so it is not possible for it to influence the central galaxy !
Correct, all the objects in this image are stars from our galaxy.
The bright orange thing is indeed a foreground star from our galaxy and so it cannot disturb the central galaxy in any way !
Just some stars and lots of imaging and filter problems
Just some stars and lots of imaging and filter problems
Just some stars and lots of imaging and filter problems
Nothing going on, sorry. The colors, spikes and weird center are all optical artifacts.
Those could be active star forming areas in the galaxy.
The central galaxy is very disturbed, #merger for me.
I'd gor #merger !
All of the objects in this image are stars from our galaxy. And lots of optical artifacts as well .
I'd go for 4. But it is your call !
I think the red/orange blob to the left is a foreground star from our galaxy.The central object is probably a smooth and round galaxy.
We are working on that ! 😄 On the on the other hand, we are helping to create better algorithms ! ,D
But don't worry. Lot's of other people will see this same image, so any mistake will get ironed out ! 😄
This is indeed a star from our galaxy. And no, you cannot correct your classification.
The central object is indeed a galaxy. But all the other objects in this image are foreground stars from our galaxy.
The central object is a galaxy. The bright one at the top is a foreground star from our galaxy. The colors are not real.
All the objects in this image are stars from our galaxy. The colors are not real. Something went wrong with the imaging/filters.
The central object is a galaxy, the one, bottom right, is a foreground star from our galaxy. The red line is a satellite trail.
All the objects in this image are stars from our galaxy.
The star (bottom left, is a foreground star from our galaxy so there is no connection possible between it and the central galaxy.
Nice pic ! 😄 All the objects in this image are stars from our galaxy.
Both galaxies look disturbed. #merger in progress for me.
Two edge on galaxies. Not much distortion visible. I'd go for #overlap.
The small dot at 3 o'clock looks like an artifact to me.
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
The central object is a fuzzy galaxy, probably a spiral. The bright white object is a foreground star from our galaxy.
This is a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
The central object is a spiral or disk galaxy with a noticeable bulge seen edge on.
This is actually a star from our galaxy, but something went wrong withthe imaging/filters.
Two-armed, barred spiral for me.
The object at the top is not a star but a galaxy. And it is possible that it is interacting with the certral galaxy.
All the objects in this image are stars from our galaxy.
Yep, looks like it ! 😄
Classify as star/artifact. Lots of imaging and filters malfunctioning. We get these sort of images at the edges of the survey.
It's a fuzzy galaxy. Looks like there could be a small bar . The blue clumps are active star forming regions in the galaxy.
A very fuzzy disturbed galaxy. The blue clumps are active star forming regions in this galaxy.
The bright dot is a foreground star from our galaxy.
I'd go for a barred spiral with two very faint spiral arms.
This is actually a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Wow ! Just amazing ! 😄
2/2 The trail is probably a satellite trail. As the satellite reflects the sunlight&because of its speed it gets caught in just one filter.
1/2
@planetaryscience you are a very involved member of GZ,instead of just posting greentrail you could help newbies !
A bit too fuzzy for me, sorry ! 😄
Nice ! 😄
Here"s the rotated and complete image : http://tinyurl.com/nudeksq
Looks like an artifact to me.
The red lines are optical artifacts caused by a bright star outside of this image.
Here's the zoomed out and rotated image : http://tinyurl.com/mc5u3g2
The darker spot in the center is an optical artifact caused by oversaturation.
It is a diffraction spike (optical artifact) caused by a bright star just outside of this picture.
Just a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
These two objects are foreground stars from our galaxy.
The red thingy on top could be a foreground star. The one at the bottom, too faint and fuzzy, probably artifact. Sorry ! 😄.
An image from the edge of the survey. Lots of imaging and filter issues. Mark star/artifact ! 😄
The blue/white object, lower right corner, is a foreground star from our galaxy. The colors,spikes&weird center are all optical artifacts.
The blue object is a foreground star from our galaxy. But the colors are not real!
Yep ! Correct, this is a star from our galaxy. But the colors are not real. Something went wrong with the imaging/filters !
The orange object in the center is a very fuzzy galaxy. All the other objects in this image are stars from our galaxy.
Or you could go for very disturbed barred spiral. Just answer he questions as well as you can.
The bright round object to the left is a foreground star from our galaxy.
The dark dot in the center is an optical artifact caused by oversaturation.
These objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
This is indeed a star but the colors are not real. Something went wrong with the imaging/filters.
These objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
These obects are actually stars from our galaxy. The colors are not real.
I'm thinking cosmic ray.
These are actually stars from our galaxy. With lots of imaging and filter problems ! 😄 Looks cool though ! 😄
The bright dot is probably a foreground star from our galaxy.
These colorful objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Correct. The blue object is indeed a foreground star from our galaxy (and so are all the other smaller round objects in this image)
The orange dot with the darker centre is an optical artifac caused by oversaturation.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.These artifacts occur at the edges of the survey.
Lots of processing and imaging artifacts here. This occurs at the edges of the survey.
It is a spiral galaxy, seen nearly edge on. 😄
A barred spiral, where the two spiral arms fold back to form a ring
But, please, always classify the object in the cener of the image, even if it is the most boring one ! ;D
The bright spiky object to the left is a foerground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Not really. We still are asked to classify what we see. So, just answer the questions as well as you can.
This is not a disk or spiral galaxy seen edge on. The line in the galaxy is a bar.
Definitely a #merger ! Nice catch 😄
The red object is a foreground star from our galaxy. The 3 yellow ones are galaxies, probably merging.
And if you want to find out more: here is an excellent guide : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Please, always classify the object in the center of the image. if you want to comment on something else you can always do it here in Talk.
LOL ! 😄 All the round bright objects are stars from our galaxy !
It's a fuzzy two armed, barred spiral where the spiral arms fold back to make a ring.That is actually called a ringed galaxy.
A very disturbed galaxy with a gorgeous dustlane ! 😄
Beautiful barred spiral galaxy (slightly disturbed)
Wow ! Amazing #merger and #dustlane ! :
This is actually a star from our galaxy but the colors are not real. Something went wrong with the imaging/filters.
That is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
The bright object, top right, is a foreground star from our galay. No merger here, sorry.
The two objects in the center (and all the other objects in this image) are stars from our galaxy. No merger here, sorry !
Yep ! Al the objects in this image are stars from our galaxy ! Good call ! 😄
The 'blood cells' are actually stars from our galaxy, but something went wrong withthe imaging/filters.
Fuzzy spiral, anything else is just artifacts or wishful thinking !
Now that is what I call a #merger ! 😄
A very disturbed spiral. The orange dot in the center is an optical artifact caused by oversaturation.
Could be a merger. Lots of distortion.
Fuzzy spiral fr me as well.
Have you read the comments below ? 😄
Classify as star/artifact. These images occur a lot at the edges of the survey.
Two-armed spiral with an inner ring. The bright object to the right is a foreground star from our galaxy.
These two objects are foreground stars that only appear to be touching. The colors are not real. No dustlane here, sorry.
This is a spiral galaxy and these are usually not massive enough to do any lensing. It's a fuzzy, two armed spiral.
These two objects are foreground stars, but the colors are not real. Something went wrong with the filters.
Please, only use the hashtag overlap for galaxy/galaxy overlaps. Thanks
This is indeed a star. The green circle and rectangle are optical artifacts. No overlap here .
Lots of imaging and filter artifacts ! Classify as star/artifact ! 😄
No merging here, sorry ! All the objects in this image are stars from our galaxy that only appear to be touching ! .
A very fuzzy (probably) spiral galaxy. No idea what you mean with a spiral univrse, sorry
One fuzzy galaxy. The other small round objects are foreground stars from our galaxy.
Gorgeous merger of two spiral galaxies. Not an irregular though ! 😄
Most probably not a jet, in these Skyserver images it is almost impossible to see jets.
I wouldn't go for irregular for this one. I see a barred, two armed, slightly disturbed spiral.
Not an irregular galaxy,but a disturbed spiral.The small bright dot at 5.30 is a foreground star from our galaxy. Just 1 galaxy here, sorry.
Again, this is not an irregular galaxy, but a lovely fuzzy spiral, with some active starforming regions (the blue clumps)
All the objects in this image are stars from our galaxy. They only appear to be touching. No merger here, sorry.
Disturbed spiral, not an irregular for me.
This one is too regular to be called an irregular. I'd go for fuzzy spiral. And no merger for me.
The one to the bottom could be a foreground star from our galaxy
Good call ! Definitely not a galaxy. These objects are stars from our galaxy, but something went wrong with the imaging/filters.
There is no spectrum for the lilac blob. I'd go for a possible #voorwerpje
The spiral galaxy is seriously disturbed. #merger for me.
With these distortions,merger for me as well.
Spiral yes, barred no.
All the objects in this image are stars from our galaxy. The colors are not real. More here : http://tinyurl.com/GZartifacts
These objects are actually stars but something went very wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The blue clumps are not artefacts but very active star forming areas.
Here's the zoomed in (and flipped) image of NGC3424 http://tinyurl.com/ogk79om
Definitely two galaxies ! Overlap or merger ? It is your call ! 😄
And, at these distances it is impossible to directly see planets, even in our own galaxy.
The two bright, round and colorful objects are foreground stars from our galaxy.
Hiya, The central object, which you are supposed to classify , is a spiral galaxy.
The blue patches are very active star forming regions in the galaxy.
That is a disturbed disk or spiral galaxy seen edge on. See the zoomed out (and flipped) image : http://tinyurl.com/mckzfbo
The central object is a fuzzy (spiral) galaxy. The round colorful ones are foreground stars from our galaxy.
You could go for smooth and in between.
The central object is a smooth and in between elliptical galaxy.
All the objects in this image are stars from our galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
The central object is just one galaxy. The blue dots are active star forming regions in the galaxy.
This is a foreground star from our galaxy, but something went wrong with the imaging/filters. No ring here.
The two round, orange objects are foreground stars from our galaxy, So it is not possible for them to be connected to the galaxy.
This is a star from our galaxy. The colors are not real (filter problems). The 'jets' are also optical artifacts.
These objects are actually stars from our galaxy, but something went wrong with the imaging/filters.
The bright object at the bottom is a foreground star from our galaxy. The colors are not real (optical artifacts).
The 2 galaxies are definitely interacting.#merger The bright round object is a star from our galaxy and not connected to the two galaxies;
These two objects are stars from our galaxy that only appear to be touching. No merger here, sorry.
It's a possibility. Or else it is an edge on with a very big bulge ! 😄
Btw, what's with the lilac trail ? 😄
http://tinyurl.com/k4sudfc
I don't like Gpair 😄 The central galaxy and the one to the top seem to be interacting. But it could just be a line of sight thing !
Looks like some interaction going on ! #merger for me !
Correct ! These 3 objects are stars from our galaxy. But obviously something went wrong with the imaging/filters.
Correct ! These objects are stars from our galaxy, but something went wrong with the imaging/filters
The colorful spikes at the bottom are optical artifacts caused by a bright star outside of this image.
The round orange/yellow object is a foreground star from our galaxy. The one behind it is a fuzzy galaxy.
The line is a diffraction spike (optical artifact), caused by a bright star outside of this image.
The objects in the top right corner are foreground stars from our galaxy. No lens here, sorry.
These artifacts occur in images at the edge of the survey. It's the Cosmic Scarf ! 😄 http://tinyurl.com/nk5wr78
Almost a smiley face ! 😄
The two bright objects are stars from our galaxy. The weird colors are just optical artifacts.
I'm trying to see this at an angle that makes it a perfectly normal spiral : not very likely, sorry
My idea exactly ! ;D
Gorgeous disturbed spiral. No culprit in sight. Could be a flyby.
Looking at the zoomed in pic: http://tinyurl.com/k54mod2, it's probably a foreground star.Lenses are never brighter than the lensing galaxy.
Here's the zoomed out (and rotated image) : http://tinyurl.com/oeluxr6
#merger for me ! Nice catch !
😄
The orange dot to the right of the center could be a star from our galaxy & the central galaxy doesn't look disturbed. No merger for me.
All these objects are stars from our galaxy. The darker spot in the center is an optical artifact caused by oversaturation
This is actually a star from our galaxy, but the colors and the ring are optical artifacts. See here : http://tinyurl.com/GZartifacts
I'd go for a barred tight spiral.
See the comments below ! Gorgeous spiral.
This is no a green pea galaxy but a star from our galaxy. The colors and the center are optical artifacts
All the objects in this image are stars from our galaxy.
These objects are actually foreground stars from our galaxy, but obviously something went wrong with the imaging/filters.
Nice picture ! 😄
And please, always classify the object inthe center of the image ! 😄
I'd go for a fuzzy, barred, two armed spiral,where the spiral arms fold back to make a ring.
Definitely some imaging and filter problems ! 😄
Filter problems ! These objects are stars from our galaxy.
This is actually a star from our galaxy, but the colors are not real. Somthing went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy that only appear to be touching. No merger here, sorry.
The blue/white object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts
The object to the right is a foreground star from our galaxy. The colors are optical artifacts.
The spectrum is very pea like ! 😄
Gorgeous #merger
LOL ! 😄
The blue dot is an active star forming region in the galaxy.
A two-armed spiral galaxy, seen at an angle. The blue clumps are active star forming regions.
The central object is a galaxy, the two round ones at the top are foreground stars from our galaxy.
The blue dots are active star forming regions in this spiral galaxy.
Hi Mike, The # overlap is preferably used for galaxy/galaxy overlaps. Thanks
The central object is a galaxy, but all the other round ones are foreground stars from our galaxy.
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
The red object is a foreground star from our galaxy. And the bright white object could also be a foreground star
The two smaller objects to the right are probably foreground stars from our galaxy.
These galaxies could be interacting. Especially the galaxy at the top left looks like it has active star forming regions. #Merger.
The round red object is not a galaxy but a foreground star from our galaxy. So, no merger here, sorry !
Great image ! 😄 And, please, always classify the object in the center of the image ! 😄
Lovely #dustlane ! 😄
Lovely spiral indeed. The orange dots are foreground stars from our galaxy.
Correct. These objects are stars from our galaxy.
The three red objects are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galxy. The green line is an optical artifact
These objects are stars from our galaxy, but the colors are not real. Something went wrong witht he imaging/filters.
Correct ! These objects are stars from our galaxy, but the colors are not real. Something went wrong witht he imaging/filters.
All the objects in this image are stars from our galaxy.
It is indeed a star, but the colors are not real.
This is indeed a star, but the colors are not real.
These objects are stars from our galaxy, but the colors are not real. Something went wrong witht he imaging/filters.
Not really! 😄
In this zoomed out & rotated image, you can see that it is a two armed spiral with a big bulge. http://tinyurl.com/ouw9erz
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
I'd go for fuzzy galaxy.
The dark spot in the center is an optical artifact caused by oversaturation.
The central object is a fuzzy disturbed spiral. The bright yellow object to the right is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. More here :
http://tinyurl.com/GZartifacts
These objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
Looking at the zoomed out (and rotated) image : http://tinyurl.com/my289gx : defintely a #merger
This is actually a star from our galaxy,but the colors are not real. Something went wrong with the imaging/filters.
Nice chance alignment ! 😄
But, please, always classify the object in the center of the image even if it is the most boring one ! 😄
Not sure if there is any interaction between these two galaxies. No distortion visible.
The bright dot is most probably a foreground star from our galaxy.
Looking at the very zoomed out and rotated image, I'm thinking the blue dots are starforming areas in M33 : http://tinyurl.com/Messier33
The black band at the top is included in the pic. So, the blue, barred loose-armed spiral is in the center of the image.
These objects are actually stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Yes,all these objects are stars from our galaxy,but something went wrong with the imaging/filters.More here : http://tinyurl.com/GZartifacts
Please, only use the # overlap for galaxy/galaxy overlaps. Thanks
Skyserver can make mistakes too ! 😄
Star/artifact for me !
The central object, which you are supposed to classify is a galaxy. And all the other round objects are fore ground stars from our galaxy.
The 2 galaxies in the center are interacting. #merger.
The 2 fuzzy objects are galaxies&the 2 round ones are stars from our galaxy.
This is a star from our galaxy and the colors are not real. Something went wrong with the imaging and filters.
Fuzzy spiral for me.
The object in the top left corner is a bright foreground star from our galaxy. The colours, spikes and blue center are all optical artifacts
Here it is (image rotated) http://tinyurl.com/NGC4150
The central object, which you are supposed to classify, is a galaxy. The bright spiky object at the top is a foreground star.
The central object is not a star but a real galaxy. The red and green dots are optical artifacts.
Yes, complete coincidental. The small round objects are foreground stars from our galaxy. No connection whatsoever.
Imaging and filter problems. Happens a lot at the edge of the survey. See the zoomed out view : http://tinyurl.com/lb56645
These two objects are stars from our galaxy, but something went wrong with the imaging/filters.
The central object is a (disturbed) galaxy and the yellow one top left is a foreground star from our galaxy. So NO interaction possible !
The bright blue centre and the colors are all optical artifacts.
All the objects in this image are stars from our galaxy. No dustlane here.
This is a star from our galaxy, The colors and the blue and yellow dot on the centre are all optical artifacts.
The green line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Skyserver sometimes makes a mistake ! ;D
The object in the center is a star from our galaxy. No Einstein cross here, sorry !
But the objects in this image are stars from our galaxy. So star/artifact is the correct choice ! 😄
I'd go for foreground star.
All the objects in this image are stars from or galaxy. The small shiny dot is an optical artifact.
The bright object at the top is a foreground star from our galaxy. The red dots are optical artifacts
These objects are stars from our galaxy that only appear to be touching. No merger here, sorry.
All these objects are stars from our galaxy, but something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy, but something went wrong with he imaging/filters.
The red object is indeed a foreground star from our galaxy. It only appears to be behind the galaxy.
The central object, which you are supposed to classify is a spiral gaalxy. The other round objects are foreground stars from our galaxy.
This is indeed a star from our galaxy but something went wrong with the imaging/filters. The 'tail' could be another star.
This is indeed a star but something went wronng with the imaging/filters.
Really nice one ! 😄
Disturbed spiral for me too !
First of all, correct,this object is a star from our galaxy.But something went wrong with the imaging/filters,hence the very weird colour!
Definitely some interaction going on ! 😄
It looks like a slightly disturbed spiral to me. Could be the result of a flyby ! 😄
I think I would go for line of sight as well. #overlap.
Amazing disturbed spiral !😄
😄
Gorgeous disturbed galaxy (spiral ?) And look at that #dustlane !
These two objects are stars from our galaxy. But something went wrong witht he imaging/filters
All these objects are stars from our galaxy. Classify as star/artifact.
All the round colorful objects in this image are stars from our galaxy. The colors are artifacts.
Correct ! All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
The two galaxies are probably merging. The round objects in this image are foreground stars from our galaxy.
The central object is indeed a galaxy. But all the other objects in this image are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. No merging going on here, sorry.
Both galaxies look distorted : #merger !
The galaxies look pretty distorted. I'd go for #merger
Please, only use the hashtag overlap for galaxy/galaxy overlaps.
These objects are actually stars from our galaxy, but something went wrong with the imaging/filters.
An image from the edge of the survey, where everything breaks down. Just click star/artifact ! 😄
If you squint really hard, just maybe ! 😄
Correct, not a galaxy in sight ! 😄 All the objects here are stars from our galaxy !
This is actually a star from our galaxy. The colors, the weird blobs and the 'ring' are just optical artifacts.
This fuzzy, two-armed spiral has an inner ring. I take it that is the blue ring you are talking about?
The blue clumps are regions with very active star forming going on.
The galaxy at the bottom has an #x-shaped bulge ! ;D
Amazing catch ! 😄
More here : http://tinyurl.com/GZartifacts
first of, all the objects in this image are stars from our galaxy. But all the colors and weird centers are all optical artifacts.
No dustlane here ! 😄
This could be a very disturbed spiral. Really nice catch ! 😄
Correct, the red round object is a foreground star from our galaxy.
The central object, which you are supposed to classify, is a galaxy. The two objects to the right are foreground stars from our galaxy.
The top one is another galaxy. The lower three are probably foreground stars from our galaxy.
The central galaxy could be a fuzzy spiral. The one to the right is an elliptical.
Correct, the orange object is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
Yup !
The central galaxy is a fuzzy irregular and these are not massive enough to do any lensing.
With these kind of distortions, definitely a merger.
Definitely ! 😄
Yep, the small red dot at 12 and the white dot at 2 are both foreground stars from our galaxy.
Correct ! All these objects are stars from our galaxy. But obviously something went wrong with the filters.
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters.
The white round object is indeed a foreground star.
Yes; the bright white object is a foreground star from our galaxy.
Correct ! 😄
Correct ! All the objects in this image are stars from our galaxy.
Happy hunting ! 😄
And another polar ring for me ! 😄
This is definitely a polar ring for me ! 😄
gorgeous #boxy bulge! 😄
The little edge on is too straight to be a lens. Overlap for me ! 😄
SIMBAD calls it an AGN candidate 😄
I don't see a ring and the x could be an optical artifact. But it is a very weird one ! I'll send this to one of the scientists.
2/2 These weird optical artifacts happen when you get to the edge of the survey. Here's a very zoomed out image : http://tinyurl.com/kkwzzb3
The objects int his image are stars from our galaxy, but something went wrong with the imaging/filters. The colors are not real.
You could go for a fuzzy edge on or even a cigar shaped elliptical. It is your call ! 😄
I'd go for a two-armed, barred spiral, where the spiral arms fold back to make a ring.
The central object is a fuzzy galaxy. The bright orange/yellow ball at 10 is a foreground star from our galaxy.
Always classify the object in the center of the image. 😄
Two galaxies, probably merging ! 😄
The objects in this image are stars from our galaxy. But the colors are not real.
The central object is a galaxy but the one at the bottom is a foreground star from our galaxy. No merger possible
Always classify the object in the center of the image, even if it is the most boring one ! 😄
All the objects in this image are stars from our galaxy. Classify as star/artifact. No rings, no merger.
The two objects to the right are foreground stars from our galaxy, that only appear to touching. No merger here, sorry.
Imaging and filter problems. It happens with images at the edge of the survey. See the very zoomed out image : http://tinyurl.com/lmoepoo
Or two galaxies that just appear to be close ! It is your call ! 😄
This is a foreground star from our galaxy. The colors and the inner crater/ring are optical artifacts.
Looks like just one galaxy to me. But a very, very disturbed one ! 😄
I'd go for overlap too, but it is a very fuzzy image.
All the objects in this image are stars from our galaxy. The blue one is especially stunning ! 😄
These objects are stars from our galaxy that only appear to be touching. The colors are not real. No merger here, sorry.
The red object is a foreground star from our galaxy.
Here's the full picture (rotated) http://tinyurl.com/nh4hl9v
It is very fuzzy&small !t could be a foreground star or it could be a very far away galaxy. No way to tell without any additional info ! 😄
Don't know about the dope ! ;D But this is a foreground star from our galaxy, but something went wrong with the imaging/filters.
the object, top left, is indeed a foreground star from our galaxy.
First of all : it is your call ! 😄 But this is a very fuzzy image. it could be a merger, or it could just be a line of sight !
Yep, correct. All the objects in this image are stars from our galaxy. But something went very wrong with the imaging/filters.
No too sure about a dust lane, sorry.
I see a two-armed, slightly disturbed, barred spiral
The yellow object in the center and the one to the left are both galaxies. The two colorful round ones are foreground stars from our galaxy.
The central object is a galaxy with lots of active star forming regions (the blue clumps).
The bright, spiky object at the bottom is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a galaxy, but the one, bottom right, is a foreground star from our galaxy. No merger here, sorry.
The two colorful objects at the bottom are foreground stars from or galaxy. No gravitationally lensing going on here, sorry.
The bright object, top right, is a foreground star from our galaxy. The colors, spikes and 'bar' are all optical artifacts.
The 'dust cloud' is actually part of the galaxy. It is made of lots of stars forming very fuzzy spiral arms.
These objects are stars from our galaxy. The thin line at the bottom is not a bar but an optical artifact.
All the objects here are stars from our galaxy, but something went wrong with the imaging/filters
All the objects in this image are stars from our galaxy. No merger or dustlane here, sorry.
All these objects are stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
You could go for as many as five, but it is your call ! 😄
The bright round objects in this image are probably foreground stars from our galaxy.
The central object is a galaxy. Probably a disk or spiral seen edge on.
The blue/white object and the small red one at the bottom are both foreground stars from our galaxy.
Please, always classify the object in the center of the image. 😄
The central object is a spiral or disk galaxy seen edge on.
These two objects are probably foreground stars from our galaxy. The colors are optical artifacts.
Two stars from our galaxy that only appear to be touching. The colors are not real. No merger here, sorry.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
The bright object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Nope, a real galaxy. Probably a fuzzy spiral.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters
All the objects in this image are stars from our galaxy. No mergers here, sorry.
All the objects in this image are stars ffrom our galaxy. No mergers here, sorry.
All the objects in this image are stars from our galaxy. No lensing and no Einstein cross here, sorry.
The dark spot in the center is an optical artifact caused by oversaturation.
This is a star from our galaxy.
All the objects in this image are stars from our galaxy.
The central object is a galaxy, but the object to the right is a foreground star from our galaxy. No merger or dustlane here, sorry.
Please, always classify the object in the center of the image, even if it is the most boring one ! ;D
The object at the top is a star from our galaxy. The werid colors are optical artifacts.
The bright object top left is indeed a foreground star from our galaxy.
This is indeed a galaxy. But it is a very fuzzy image, not much to tell about it. 😄
The central object is a galaxy, the bright, white one to the right is foreground star from our galaxy.
Could this be a very fuzzy #voorwerpje ?
WOW ! that is an amazing #dustlane ! #zgotw
Fuzzy spiral 😄
The central object, which you are supposed to classify, is a galaxy. The white round one is a foreground star from our galaxy.
Please, always classify the object in he center of the image, even if it is the most boring one ! 😄
These two objects are not galaxies but stars from our own galaxy that only appear to be touching.
These 2 objects are actually stars from our galaxy. But something went wrong with the imaging/filters. See : http://tinyurl.com/GZartifacts
All these objects are stars from our galaxy, but something went wrong with the filters. More here : http://tinyurl.com/GZartifacts
Always classify the object in the center of the image. And all the objects inn this image are stars from our galaxy.
These objects are stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The central object is a fuzzy barred disk galaxy, could be a spiral. The small round objects are foreground stars from our galaxy.
And, please keep on asking questions ! 😄
Happy hunting ! 😄
oh, I see ! Some of the small round objects are foreground stars from our galaxy, so they cannot be gravitationally lensed galaxies.
No gravitational lensing as far as I can see. Where do you think it is occurring ?
That is probably a foreground star from our galaxy.
WOW ! What a gorgeous #merger ! #zgotw
It is an artefact found at the edge of the survey. A piece of the cosmic scarf ! 😄
See the very zoomed out view http://tinyurl.com/jvszshd
i know you know, but not everyone knows ! 😄
I might go for an x-shaped bulge for this one ! Nice catch !
The blue glow is just an optical artifact caused by a bright star just outside of this image !
LOL ! It is an artefact found at the edge of the survey.A piece of the cosmic scarf ! 😄
See the very zoomed view http://tinyurl.com/jvszshd
I'd go for three arms as well . Nice find ! 😄
Too fuzzy to say !
Some of the objects in this image ares foreground stars from our galaxy. The white one at the top is definitely a star.
The three objects in the center of the image are not stars but galaxies.
Correct ! Almost all the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors and weird shapes are optical artifacts. No merging going on here, sorry.
It is an artefact found at the edge of the survey. A piece of the cosmic scarf ! 😄
See the very zoomed view http://tinyurl.com/jvszshd
The bright object to the left is a foreground star from our galaxy. So, no merger possible, sorry !
Oh whaw, what a gorgeous #merger ! 😄 Definitely NOT an overlap !
I agree, it does look funny. But I'm going for a two galaxy merger ! 😄 But that is just my idea ! 😄
The blue dots are active star forming regions in the galaxy. Sorry, not a voorwerp
Barred (disturbed) spiral for me as well. No dustlane.
It is a fuzzy image.Could be an overlap,could be a merger.There seems to be some distortion, so I'd go for merger.But it is your call ! 😄
The bright spiky object to the left is indeed a foreground star from our galaxy. The colors, spikes and weird center are optical artifacts.
The darker spot is an optical artifact caused by oversaturation.
Overlap is only used for galaxy/galaxy overlaps.
The white dot could also be a foreground star from our galaxy.
These objects are actually stars from our galaxy,but something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
One disturbed barred spiral for me.
The object in the center is a galaxy. The bright dot at 8 near the center is probably a foreground star from our galaxy.
Definitely a #merger ! 😄
The two round objects are indeed foreground stars from our galaxy.
The darker area in the centre is an optical artifact caused by oversaturation
Nice #merger
The red glow is an optiala rtifact caused by a bright star outside of this image.
#merger
Sorry, no polarring here ! Even after the bigger picture ! 😄
Or #voorwerpje ?
Sorry, no polarring for me here !
It is your call ! 😄
Most definitely ! 😄
More here : http://tinyurl.com/GZartifacts
And you do know that SDSS has been wrong before ? ;D
There is a lot of distortion, so it is definitely a merger for me. But it is your call ! 😄
And ????
The galaxy at 4 o'clock could be associated with the central galaxy,or could be totally unrelated.But definitely not a black hole jet ! 😄
Lots of distortion. Definitely a merger !
Amazing #merger ! #ZGOTW
The blue line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Correct ! All the objects in this image are stars from our galaxy. Nice line of sight ! 😄
If you don't see any distortion, I wouldn't go for merger ! 😄
It does look amazing ! 😄
#ZGOTW ! 😄
i'd go for bulgeless as well.
No bulge for me here.
The bright round object , top left, is a foreground star from our galaxy. The two galaxies could be merging. It is your call ! 😄
Always classify the object in the center of the image.The round dot,right of the nucleus of the galaxy is a foreground star from our galaxy.
No, the little yellow ball to the right is a foreground star from our galaxy.
Definitely artificial!! All the objects in this image are actually stars from our galaxy,but something went wrong with the imaging/filtres.
Definitely not a nebula but a real galaxy. I'd go for disturbed, barred spiral. The blue clumps are active star forming regions.
And the pink dot at the top spike of the bright star is just an optical artifact !
First of, please, always classify the object in the center of the image, even if it is the most boring one ! 😄
These objects are actually stars from our galaxy,but something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
The (unwritten) rule is, if it has pointy ends it ususlly is a disk or a spiral galaxy seen edge on. 😄
These 2objects are actually stars from our galaxy,but the colors are not real.More here: http://tinyurl.com/GZartifacts
Looks eerie though!
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The dark spot in the centre is an optical artifact caused by oversaturation.
LOL ! More info here :
http://tinyurl.com/GZartifacts
he central object is a very fuzzy galaxy. The orange dot is a foreground star from our galaxy. So, both objects are not connected !
The central object, which you are supposed to classify, is definitely a galaxy. I'd go for fuzzy spiral with a bar ! 😄
What object are you asking about ? 😄
gorgeous spiral ! 😄
Yes, this is a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
This thread (http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2) i's a great guide to finding out more about the images.
These 3 objects are indeed stars. Skyserver calls the central one a galaxy, but it has been wrong before ! 😄
It is a disturbed galaxy, possibly a spiral with a bar. Or you could go for irregular. It is your call ! 😄
The round, red object to the left is a foreground star from our galaxy. No merger here.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The object in the centre of the image is a fuzzy galaxy. The one to the left is a foreground star from our galaxy.
Amazing merger ! 😄 #ZGOTW
These are actually stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The object to the left is a foreground star from our galaxy. No merger here.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
Foreground star from our galaxy in front of a fuzzy galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
This is a tricky one. It could be a disk with a bright core as well. But then again, it is your call ! 😄
These are actually stars from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
@lostlens : just stop this right now. There is no confusion whatsoever on our part.
Correct. Two elliptical galaxies, probably merging.
Looks like two stars to me. No merger.
The bright dot is probably a foreground star from our galaxy.
Definitely a spiral.
These objects are stars from our galaxy. The colors are not real.
The asteroid is the object at the bottom of the image, left of center.
Very disturbed galaxy ! 😄
The object in the centre is not a cluster but just a galaxy. And as far as I can see there is no other galaxy to the left. No merger here !
Looks like a foreground star to me too ! 😄
Yep ! 😄
it is your call ! Some will see a barred fuzzy spiral. others will classify it as a barred lenticular.
Correct. The darker dot in the center is an optical artifact caused by oversaturation.
The dark dot in the center is an optical artifact caused by oversaturation.
Sorry, I don't see a lens in this image.
And, please, always clasify the object in the center of the image, even if it is the most boring one !😄
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
yes, that is a disk or spiral galaxy with a bulge seen edge on.
The darker circle in the center is an optical artifact. The object at 7 o' clock is probably a foreground star from our galaxy.
A fuzzy galaxy ! 😄 It could be a slightly disturbed spiral seen nearly edge on.
These two object are stars from our galaxy, but something went wrong with the imaging/filters. The two stars are not connected;
The dark spot in the center is indeed an optical artifact, caused by oversaturation.
Not a nebula but a real galaxy. A gorgeous irregular with lots of star forming regions (the blue blobs).
It could be two galaxies interacting. No dustlane for me, sorry !
Definitely disturbed. Could be the result of a flyby ! 😄
Lol ! 😄
This is actually a star from our galaxy, but obviously something went wrong with the imaging/filters
The central object is indeed a galaxy, but the round one to the right is a foreground star from our galaxy.
The red object is a foreground star from our galaxy.
The central object, which you are supposed to classify, is a disturbed spiral, probably interacting with the yellow galaxy.
Disturbed two-armed spiral
It is a disk or spiral galaxy seen edge on. It has a distinct bulge and a lovely dustlane.
The central object is a galaxy, but all the other ones in this image are indeed stars from our galaxy.
Where do you see gravitational lensing in this image?
Where do you see gravitational lensing in this image?
The yellow objects are not stars but galaxies. The red and white round objects are stars from our galaxy.
Or foreground star. You would need a before and after image to determine if it could be a supernova.
Always classify the object in the center of the image, even if it is the most boring one ! 😄
Ooh,definitely not smooth. i agree with possible irregular. or you could even go for a very disturbed spiral galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
Not blue shifted at all. This is just a galaxy with a very active star forming region.
For me this is too fuzzy to tell. But if you think it is a merger, just classify it as one. It is your call ! 😄
The reddish object at 8 o'clock is probably a foreground star from our galaxy.
The central object (which you are supposed to classify) is a galaxy,all the other objects in this image are foreground stars from our galaxy
Looking at all the comments, this is just a very good example of why GZ is so successful. Lots of different opinions, but exciting anyway !
Could be a merger, could be an overlap.Too fuzzy to tell for me. But then again, it is your call ! 😄
The bright spiky thing to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Correct ! Foreground star from our galaxy.
All the images are classified by lots of people. Wisdom of the crowds ! 😄
Here it is ! (image rotated) http://tinyurl.com/pez92lh NGC 3726
The round orange objects are foreground stars from our galaxy.
The bright spot is a foreground star from our galaxy
Two centers and lots of distortion: #merger ! 😄
Irregular or disturbed spral. It's your call ! 😄
Correct ! All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters
This is a difficult one. You could go for #overlap. But both galaxies look a little bit disturbed, so #merger is also a possibility.
I'd go for slightly disturbed ! 😄
The object in the center of the image is a spiral galaxy with an inner ring.
"ordinary" #overlap ! 😄
The bright object, top right, is a foreground star from our galaxy. The colors are optical artifacts.
It is a disturbed spiral galaxy where the arms form a 'ring'
This actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
Yep ! 😄
#overlap.
Correct ! All the objects in this image are stars from our galaxy.
This is indeed a two-armed spiral seen nearly edge on
😄
All the objects in this image are stars from our galaxy.
The blue object is probably a very active star forming region in the galaxy.
Correct, all the objects in this image are stars from our galaxy.
Looks like an artifact to me too.
Disturbed fuzzy spiral.
The object at the bottom is probably a foreground star from our galaxy. And the galaxy does not look disturbed, so no merger for me.
Both galaxies look distorted. #merger for me too !
With these kind of distortions, definitely a #merger
These two objects are stars from our galaxy. Chance alignment.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
Why would you call this an AGN ?
Definitely a galaxy, but a very, very fuzzy one at that ! 😄 Could be a very fuzzy spiral galaxy.
And these stars are not overlapping btw, they only appear to be touching, let alone overlapping.
There is no need to do this. Overlap means a galaxy/galaxy overlap.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
More here : http://tinyurl.com/GZartifacts
It originated in this thread over on the GZ forum : http://tinyurl.com/GZ-Overlap
These stars only appear to be touching. It is an optical artifact. No overlap in this image.
Overlap in GZ is only used to denote galaxy/galaxy overlaps.
This is actually a star from our galaxy. The colors are optical artifacts. Something went wrong with the imaging/filters.
The central object is indeed a galaxy, but the object to the left is a foreground star from our galaxy. No merger here, sorry !
The central object is a galaxy, but the other ones in this image are foreground stars from our galaxy. No lensing going in here, sorry.
Ellipticals are smooth and featureless. So if if has a feature (like a bar) it cannot be an ellipticial.
I'd go for smooth and round. No way to tell if his is an AGN without a spectrum.
Definitely two galaxies,probably interacting.
The asteroid is the blue/red/green object in the lower right quadrant.
Merger for me too !
Two galaxies interacting. Gorgeous merger.
All the small round objects are foreground stars from our galaxy. So technically the galaxy is not surrounded by them ! 😄
The object at 6:30 is probably a foreground star.
The blue dot is either a foreground star from our galaxy or a star forming region in the galaxy.
Sorry, I don't see an asteroid.
I'm thinking foreground star as well.
Merger for me as well ! 😄
Thisis not a galaxy but a star from our galaxy. The colors are not real. Something went wrong with the imaging/filters
All the objects in this image are not galaxies but stars from our own galaxy. They only appear to be touching. No merger here, sorry.
It is a very fuzzy image. I'd probably go for overlap as well, but I could be wrong ! 😄
The dark spot is an optical artifact, caused by oversaturation.
The object at 6 o'clock is another fuzzy galaxy. Definiteily not a gravitational lens.
Correct, these two objects are stars from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
I'd gor fuzzy spiral
The two orange spots are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors are optical artifacts.
The central object is probably a galaxy, but the bright one to the right is a foreground star from our galaxy. So, no collision possible.
The white/blue object is a foreground star from our galaxy. it is not connected to the central galaxy in any way.
Overlap is only used for galaxy/galaxy overlaps. All the objects in this image are stars from our galaxy.
The blue blobs are regions with active star formation going on.
I'd go for a fuzzy barred spiral
Two centers visible and lots of distortion. Definitely a merger.
Probably merger for me too !
Spot on classification! 😄
Gorgeous #merger ! 😄
The round object is a foreground star from our galaxy. So there is no interaction possible between it and the central galaxy.
The red object are most probably foreground stars from our galaxy. So, definitely not a gravitational lens !
2/2 And the the reddish/white one - yellow edge one is a star from our galaxy - galaxy line of sight thingy . Again, not a merger !
1/2
Nope, no mergers in this image. The two red ones at the bottom are two stars from our galaxy that only appear to be touching.
It is an amazing, barred, disturbed spiral with lots of star forming areas (the blue dots)
Slightly disturbed edge on disk or spiral galaxy.
You found a part of the cosmic scarf=edge of the survey.See the very zoomed out image: http://tinyurl.com/p8m3ga8
Classify as star/artifact
Do you mean the bright object, top right ? That is a foreground star from our galaxy. The colors are all optical artifacts.
These two objects in the center of the image are stars from our galaxy that only appear to be touching. No dustlane here, sorry.
Looks like it !
Always classify the object in the center of the image.
Happy hunting ! 😄
But this is definitely a galaxy. if you squint really hard you can make out a fuzzy disturbed spiral. But irregular works just fine as well.
This is actually a star from our galaxy. The colors and weird center are all optical artifacts.
More here:
http://tinyurl.com/GZartifacts
The round object to the right is most definitely a foreground star from our galaxy.
it is your call ! 😄
Most of the round objects in this image are foreground stars from our galaxy.
Where did you get that classification ?
The galaxy,left is a very disturbed spiral galaxy, probably interacting with the central galaxy.
Please always classify the galaxy in the center of the image.
Both galaxies seem to be clockwise. But in this version of GZ the rotation is no longer classified.
You could go for irregular, or a barred disk galaxy, or a disturbed galaxy. Really, it is your call ! 😄
The central object is an disturbed disk or spiral galaxy interacting with the galaxy at 12 o' clock. #merger in progress.
The two round objects are foreground stars from our galaxy.
You could go for edge on or for two-armed spiral seen almost edge on.
Correct. The object at the top is indeed a comet. Nice catch ! 😄
All the objects in this image are stars from our galaxy.
The red object is a foreground star from our galaxy. Not a supernova, sorry !
please, always classify the object in the center of the image. Even if it is the most boring one ! 😄
This is actually a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters;
According to NED and SIMBAD it is a QSO
It looks like a dustlane, but its orientation is weird.
Looks like a merger to me.
That is a lovely #dustlane!
The object near the center is probably a forground star from our galaxy. The object to the lower left is also a foreground star.
That is another fuzzy galaxy. Not sure if it is in front or behind the central galaxy.
Not an overlap for me
No gravitational arc here. It is an amazing disturbed galaxy with a gorgeous dust lane.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=348.73067086&dec=72.60197521&scale=12.676064&width=512&height=512&opt=&query=
Definitely artifact ! You found a piece of the cosmic scarf. The edge of the survey ! : D
This is a star from our galaxy, but something went wrong with te imaging/filters. More here : http://tinyurl.com/GZartifacts
What do you mean by this ?
The 2(yellow)galaxies look to be merging. The bright white object object is a star from our galaxy,so definitely not involved in the merger.
I'd go for a spiral seen almost edge on. With a lovely dust lane and a star forming area (the bright blue bob).
The bright blue/green object top left is a foreground star from our galaxy,but the colors are not real.
Sorry, all the objects in this image are stars from our galaxy.
Sorry, not a green pea.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters.
Btw, if you look at the orange star at 10, this is what it looks like, seriously zoomed in : http://tinyurl.com/lwm2gtg. Funky artifacts !
Sorry, I just see one asteroid (at 4 o'clock).
This is a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
If you squint really hard you can make out two arms. Very fuzzy spiral.
The central galaxy is not an elliptical, but probably a fuzzy spiral.
The blue dot could be a foreground star from our galaxy or it could be a star forming region in the galaxy.
The white object is a foreground star from our galaxy. So, no merger possible.
All the objects in this image are stars fromour galaxy. So, no collision or merger here. Sorry.
Yep ! 😄
The reddish glow is an optical artifact.
This is actually a star from our galaxy but something went wrong with the imaging/filters.
More here : http://tinyurl.com/GZartifacts
The central object is definitely a fuzzy galaxy. I'd probably go for irregular as well.
The bright bluish/white object is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
This is also a spiral galaxy. I'd go for barred and lightly disturbed.
Yes, a lovely spiral galaxy, seen at an angle.
This is not a galaxy but a star from our galaxy. But something went wrong with the imaging/filters.
Hi Leonie, do you have a question about this object ?
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
Definitely not a gravitational lens.
These objects are actually stars from our galaxy. But something went wrong with the imaging/filters.
#merger for me too ! 😄
Difficult to tell. It could be another galaxy in line of sight.
Always classify the object in the center of the image. Here that is a fuzzy galaxy. The round bright objects are stars from our galaxy.
It"s a star ! See the zoomed out image : http://tinyurl.com/m4fmayx
Here's the zoomed out image : http://tinyurl.com/lf7syfj
It's a fuzzy spiral galaxy.
These objects are actually foreground stars but something went wrong with the imaging/filters
The green line is a satellite trail.
The 'ring' is actually two faint spiral arms folding all the way back
For me this is an irregular with a couple of star forming regions, but it is your call ! 😄
Definitely not an elliptical. Fuzzy spiral.
Or a disturbed fuzzy spiral with a very big bulge.
The blue blobs look more like star forming regions to me.
it is a very faint and fuzzy galaxy. If you squint very hard you may just see a disturbed spiral. But irregular is just as defendable
Optical artifact, caused by oversaturation.
The bright round object bottom right of the galaxy is indeed a foreground star.
Hi ! All the objects in this image are stars from our galaxy.
Yep, and a really nice one at that ! 😄
Nope, the brown line is a dust lane and the bright yellow thingie at 11:30 is another galaxy, probably merging with the central one.
The bright orange object is a foreground star from our galaxy.
I'd go for disturbed spiral.
Very disturbed, barred spiral or an irregular. It is your call ! 😄
Merger or overlap. Too fuzzy to tell.
The bright object is indeed a star from our galaxy. The colors, spikes and weird center are all optical artifacs.
This is actually a star from our galaxy. But the colors are not real. Something went wrong with the imaging/filters.
All the objects in this image are stars from our galaxy. But something went wrong with the imaging/filters
lovely #merger. The bright blob is a foreground star. No voorwerp in sigh, sorry !
The red/white divide is just an optical artifact, sorry !
I'm thinking either a very big bulge or a tiny polar ring ! Amazing image.
it really looks very interesting, but I don't think the blue thingies are jets. Will ask around.
Probably yes ! 😄 Enough distortion to make it a merger for me.
Optical effect. The star is most definitely in front of the galaxy.
The central (yellow) object (which you are supposed to classify) is a galaxy. All the other objects are foreground stars from our galaxy.
Both these objects are stars from our galaxy. But something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The bright blue object is a foreground star from our galaxy.
Definitely a galaxy ! 😄
Amazing #merger
gorgeous #merger
It looks too straight to be a lensed galaxy. I'd go for fuzzy edge on.
The central object, which you are supposed to classify, is a galaxy. The bright object to the left is a foreground star from our galaxy.
The central object is a galaxy. The other objects in this image are all foreground stars from our galaxy. So, a merger is impossible !
smallish bulge for me.
Merger is a possibility. On the other hand : not much of a distortion going on. So, again, it is your call !
Smallish bulge for me !
Big bulge for me,but then again, that is just me ! 😄
I'd go for rounded bulge here.
No distortion to speak of, so no merger for me.
I'd say yes ! No bulge here.
It is your call ! ;D
This should just be classified as star/artifact. Something went very wrong with the imaging and filters here ! 😄
Hiya ! All the objects in his image are stars from our galaxy ! : D
One disturbed spiral galaxy . The two bright spots are foreground stars from our galaxy.
The bright orange object to the right is a foreground star from our galaxy.
I can only repeat : What a gorgeous #merger ! #ZGOTW (and #dailyzoo)
All the objects in this image are stars from our galaxy.
Not a nebula but a lovely spiral galaxy.
See the comments below: Most of the objects in this image are stars from our galaxy. The weird shapes and colors are just optical artifacts.
All the objects in this image are stars from our galaxy. Incredible chance alignment ! 😄
Yep, a star from our galaxy. But obviously something went very wrong with the imaging and the filters.
Don't think so ! It is very purple, but the Voorwerp and the Voorwerpjes are these almost fluorescent blues/greens/pinks and purples.
Glad to be of assistance ! 😄
The white round objects are indeed foreground stars from our galaxy.
Here is what wiki has to say : http://en.wikipedia.org/wiki/Elliptical_galaxy
These 2 are stars from or galaxy, but something went wrong with the filters.
See this zoomed out image: http://tinyurl.com/m7neuse
These 2 objects are stars from our galaxy, but something went wrong with the filters.
See the zoomed out image: http://tinyurl.com/mpk8eyg
The bright object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
I would actually go for features. I see a fuzzy two armed spiral.
Not a merger ! The bright object to the right is a foreground star from our galaxy.
I see just one galaxy. I'd go for disturbed.
That is most definitely a galaxy ! 😄
#voorwerpje
The bright object (top left) is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
That is a foreground star from our galaxy.
That could be a foreground star from our galaxy.
Please explain this last comment ?
This is actually a star from our galaxy, but something went wrong with the imaging and filters ! 😄
The top bright object is probably a foreground star from our galaxy.
Correct ! The central object, which you are supposed to classify, is a galaxy. The one, bottom right , is a foreground star from our galaxy.
According to NED and Simbad it is a globular cluster (BOL 302). So it still consists of a lot of individual stars.
Definitely two galaxies, probably interacting !
A very disturbed spiral ! ;D
Sorry, no dust lane here for me.
It is very purple, but I'm not thinking 'voorwerpje'. The voorwerpjes have these almost flashy/trippy colors.
That is most probably a fuzzy, little galaxy.
The green glow is just an optical artifact. Something went very wrong with the filters.
Where do you see the lensed galaxy ?
This is a very fuzzy galaxy. Probably a spiral.
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter
Classify as star/artifact
The bright object upper right is a foreground star from our galaxy.
Or just two stars that only appear to be close together
The bright, spiky object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Stars : Yes. Asteroids : Nope
As commented in your other images : these are stars from our galaxy but something went wrong with the imaging and filters.
The central one is a disturbed spiral. #merger
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=29.92979345&dec=-5.96994682&scale=0.79224&width=512&height=512&opt=&query=
I see a two-armed spiral galaxy, with very faint spiral arms and a big bulge.
Two-armed spiral for me.
All the objects in this image are stars from our galaxy. But something definitely went wrong with the imaging and filters.
Irregular or very disturbed barred spiral. It is up to you ! 😄
All the objects in this image are stars from our galaxy. Classify as star/artifact.
Nope, not a nebula, but a real faint and fuzzy galaxy
On another note: gravitational lenses are extremely rare. I do not think it is possible that there are 16,000 lenses in these images. Sorry.
This is most definitely not a lensed galaxy. This is a merger in progress with lots of star forming going on.
The bright round objects are foreground stars from our galaxy. So, no merger and no overlap. Overlap is only used for galaxies overlapping.
No dust trails here, sorry.
Not dust trails. These two galaxies are probably interacting. The blue patches are very active star forming regions.
Not a dust trail. This is a very disturbed galaxy The 'trail' consists of stars.
All the objects in this image are stars from our galaxy. Not much chilling going on ! ;D
All the objects in this image are stars from our galaxy, but something went wrong with the imaging and filters. The colors are not real.
I'd go for #merger.
This is actually a star from our galaxy, but something went wrong during the imaging. More here : http://tinyurl.com/GZartifacts
Errm, no. All the objects in this image are stars from our galaxy. All the colors and the weird blue arcs are all optical artifacts, sorry !
Gorgeous star forming galaxy !
gorgeous #dustlane
It is probably a foreground star from our galaxy.
These are actually stars from our galaxy, but something went wrong with the imaging. More here : http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The colors and red center are optical artifacts.
The two bright objects are foreground stars from our galaxy.
The centre of this galaxy is not a foreground star.
This is indeed a star from our galaxy. But something went wrong with the imaging.
Lovely (possibly disturbed) spiral ! Great image !
Yep ! I am not sure it is one, but all the voorwerpjes have these garish colours ! 😄
possible #voorwerpje ? 😄
Lovely spiral ! 😄
Not much interaction visible, but, hey, it is your call ! 😄
Definitely not a star ! 😄 It is a fuzzy, slightly disturbed (possible spiral) galaxy.
The blue thing at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
This is actually a star from our galaxy. But something went wrong with the imaging and filters. More here :
http://tinyurl.com/GZartifacts
I'd go for very disturbed spiral ! 😄
This is actually a star from our galaxy. The colors and the brown smudge at the top are all optical artifacts. No dust here, sorry.
Probably stars. Here's the zoomed out image : http://tinyurl.com/nquf345. Something definitely went wrong with the filters, etc ! 😄
Shhhhhh ! ;D
You are right. I do have a collection of 70 something objects. But my classifications in this GZ greatly surpass that number.
My collection ?? maybe the galaxies that I classified ! I don't do collections !
What an amazing image ! This is why we do it ! 😄
It is a very fuzzy image, so , it is your call ! 😄
2/2...that will tell the science team that there is not a consensus. Meaning there is something strange going on. 😄
1/2 Anyway, it is your call ! So if you go for overlap and other people go for lots of other things....
No way to tell without additional information. They could be foreground stars, satellite galaxies or background galaxies.
I'd go for just one disturbed or irregular galaxy with a couple of gorgeous star forming regions.
Really great #merger ! 😄
That is one possibility. The other one is that these two galaxies just appear to be close together. Line of sight.
The 'ring' is most probably two very faint spiral arms folding back to form a ring. Nice #ringed galaxy.
This is just one object and it is a star from our galaxy. The colors and weird center are optical atifacts. So, not an overlap.
All the objects in this image are stars from our galaxy. The colors are notreal.
It is an amazing blue one! 😄
This is one of the perks of classifying on GZ ! 😄
Yep, #merger for me too. But you do know it is your call !!!! 😄
This one goes by the very catchy name of IC 1747 -- Planetary Nebula - #planetarynebula
I really don't have any affinity with the GPair thing.What does it mean?Two galaxies close together or two galaxies merging ?
FYI : #merger
yep, #dustlane for me too ! 😄
The orange dot is a foreground star from our galaxy. So no overlap, sorry.
To be clear : overlap is only used for galaxy/galaxy overlaps.
Looks like they are interacting. #merger for me too.
This is not an elliptical but a very disturbed fuzzy (spiral) galaxy. The barlike structure is just that : a bar.
So how did you classify this? You found a piece of the cosmic scarf(http://tinyurl.com/mnhypqo) 😄 More here: http://tinyurl.com/GZartifacts
No way to tell from just one image. You'd need a before an after pic. It is most probably a foreground star.
All the objects in this image are stars from our galaxy, but something went wrong with the imaging/filters
Could be there is some interaction going on. 😄
it is a bit fuzzy, but when in doubt, tag it as one ! ;D #lens
If I recall correctly, there is only one jet visible in the Skyserver images (and this one is not it ! 😄 ) #overlap !
Sorry, no a galaxy but a star from our galaxy. Sometimes the software gets confused ! 😄
More info here : http://tinyurl.com/GZartifacts
There appears to be some interaction going on. I'd go for merger ! 😄
It is a disturbed spiral, but I'd go for 2 arms as well.
Skyserver is convinced that these 3 are galaxies, but I am not so sure. 😄 I'd go for stars but would be very glad to be proven wrong ! 😄
The objects at the bottom are a couple (or maybe three) galaxies, maybe interacting !
Not much disturbance. No merger for me, but it is your call ! 😄
LOL ! Obviously, a lot of things went wrong (imaging, filters, etc)
More here : http://tinyurl.com/GZartifacts
Disturbed spiral for me.But it is your call. 😄
But it is not a gravitational lens.Spirals are usually not massive enough to do any lensing.
Correct. The orange/yellow object is a foreground star from our galaxy.
All the objects in this image are indeed stars from our galaxy.
All the objects in this image are stars from our galaxy.
The bright, spiky object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Looks like a merger in progress to me.
It is definitly a star but something went wrong with the imaging/filters. More info here : http://tinyurl.com/pbo34r2
#NGC 1659 and WOW !
You are on a lucky streak !
#merger for me as well. The two larger galaxies show signs of disturbance.
Amazing ! #ZGOTW
Have you seen this link : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
2/2
But here, I'd think that #merger is a safe bet. But anyway, it is your call ! 😄
1/2
With these kind of galaxies, it is always difficult to tell. The tell tale signs (distortions) are not that easy to spot.
Spiral : yes. Dustlane : Don't see it, sorry.
This deserves another WOW ! 😄
Here's the complete and rotated image : http://tinyurl.com/lresu99
It is #NGC 7775
Definitely not an elliptical galaxy. You can clearly see that this is a disk (or a fuzzy spiral).
Gorgeous #merger
WOW indeed ! 😄
All the objects in this image are stars from our galaxy.
Todos los objetos en esta imagen son estrellas de nuestra galaxia.
The central object (which you are supposed to classify) is a galaxy,but all the other objects in this image are indeed stars from our galaxy
All the objects in this image are stars from our galaxy. So, no green pea here, sorry !
Sorry, not a merger. The white round object is a foreground star from our galaxy.
All the objects here are stars. Something went wrong with the imaging/filters. More info: http://tinyurl.com/GZartifacts
No dustlane. An almost edge on, two-armed spiral for me.
In this case I'd go for disturbed.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. The colors are not real.
2/2
And any individual stars you see in these images are always foreground stars from our galaxy.
1/2
The bright white object is most probably a foreground star from our galaxy.
Definitely an edge on disk or spiral galaxy.
I'd go for foreground star. But hey, that is just me ! 😄.
The blue area at the bottom is a star forming region ! 😄
Could be a foreground star, could be another galaxy.
or amazing #overlap.
No asteroid in this image for me.
This one made me sit up too ! 😄 Nice catch, wtaskew and lboynton ! 😄
Fuzzy spiral for me.
It is a possibility ! 😄
I'm thinking #merger. But it is your call ! 😄
The orange dot is a foreground star from our galaxy.
The blue/white object is a foreground star from our galaxy.
Sorry, I don't see it.
Three stars from our galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters.
I'm thinking foreground star as well.
All the objects in this image are stars.In the zoomed out image http://tinyurl.com/mht3vqa you can see that the glow is a bright star
And as we know, everything blue is everything Liz ! 😄
Okay, we need a "someone was posting in this comments/discussion thingy" 😄 !
Noononono ! I didn't mean you ! 😄 There are some people tagging everything and nothing with artifact ! I just wanted to warn the newbies !
Yes, we know !!!!!
If something has been tagged before as an artifact, what is the use of tagging it a second time as such ?
Why not tag a #pn but only tag it as an artifact ?
Gorgeous spiral with lots of star forming areas (the blue clumps)
Only two galaxies visible in this image. Maybe a link to the zoomed out view ? 😄
Not sure about a dustlane. Could be the space between the spiral arms.
Why AGN ?
Correct, these two objects are stars from our galaxy, but something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The object in the center is a galaxy. The bright one to the right is a foreground star from our galaxy.
The central galaxy is a disturbed spiral. And these are usually not massive enough to do any gravitational lensing. No arc, no lens, sorry.
Amazing ! #dailyzoo or #ZGOTW
Looks like it ! 😄
Am
Looks like there could be some interaction going on. But it is your call ! 😄
The stars in these images are from our own galaxy, so they are always in front of the galaxies.
I'd go for two spiral arms as well.
Definitely a galaxy in the center of the image.
Definitely not smooth and round but a nice barred, two armed spiral.
The 3 objects in this image are indeed stars from our galaxy. No merger here.
I'd go for #merger
The two white objects are probably foreground stars from our galaxy.
Disturbed spiral, but no obvious culprit in sight
definitely disturbed spiral ! 😄
A faint and fuzzy irregular galaxy.
The reddish dot near the centre could be a foreground star from our galaxy.
The red dot is only visible in one filter. I'd go for artifact.
No distortion, I'd go for overlap too. But it is your call ! 😄
The central object is the yellow fuzzy galaxy. The bright white one almost in the center is a foreground star from our galaxy.
I'd go for disturbed spiral.
All the objects in this image are stars from our galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The white object is a foreground star from our galaxy. So no overlap.
Not a cigar but a spiral seen (almost) edge on
A very disturbed galaxy.
Very fuzzy galaxy (probably a spiral)
Too fuzzy to tell for me.
Not much distortion, but merger is still a possibility.
All the objects in this image are stars from our galaxy.
the white/purple object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Most definitely a #merger
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Definitely #merger
Definiely #merger
With these kind of distortions, definitely a #merger
These are actually stars from our galaxy, but something went wrong with the imaging/filters.
Gorgeous #merger
Always classify the object in the center of the image ! 😄
The two galaxies are definitely interacting ! #merger
All the objects in this image are stars from our galaxy. No mergers in this image, sorry. Chance alignment
WOW ! Love this #dustlane !
2/2
But if they are really close to each other or if it is just a line of sight is not possible to discern from just this image.
1/2
All the objects in this image are stars from our galaxy.
Yep ! All the objects in this image are stars from our galaxy.
This is indeed most probably a very faint and fuzzy spiral galaxy ! 😄
If I read your comment it looks like there are two spiral galaxies involved. But I can see you mean two spiral arms. 😄
Very fuzzy spiral for me too ! 😄
2/2
And the faint one to the left of the star could be another galaxy, but it could also be a star.
1/2
The central object is a galaxy. the bright one to the left is a foreground star from our galaxy.
And even if it was two stars (which I don't think) there is no reason to think it is a binary. Could be a line of sight thing.
Looks like just one star to me. Not a binary, sorry.
The colorful line is a diffraction spike (optical artifact) caused by a bright star outside of this image
These two objects are stars from our galaxy, but somthing went wrong with the imaging/filters.
The colorful glow is an optical artifact caused by a bright star just outside of this image.
If it has pointy ends it is more likely to be a disk or spiral seen edge on. 😄
I'd probably go for disturbed, but, hey, it is your call ! 😄
Two galaxies do not make a cluster in my book, sorry !
Two satellite trails.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The green glow is an optical artifact cause by a bright star just outside of this image.
Looks more like a spiral face on ! 😄
This is a star from our galaxy, but something went wrong with the imaging/filters
Could be "noise". Too fuzzy to tell, sorrry
Why an AGN ?
Sorry, I don't see any lensing here.
The blue clumps are star forming regions in the galaxy.
The red object to the right is a foreground star from our galaxy.
Correct. The two white objects are indeed foreground stars from our galaxy.
The colorful object in the center of the image is one star from our galaxy, but something went wrong with the imaging/filters.
The 3 objects in the center are indeed stars from our galaxy. But they only appear to be touching. No merger here. Nice chance alignment.
Definitely not a nebula but a real galaxy.
What kind of detail ? 😄
Or just a fuzzy spiral where the arms fold back to make a ring ! I'd go for a ringed galaxy.
The bright white objects are indeed stars from our galaxy.
All the objects in this image are stars from our galaxy. The orange/red one is a fairly bright star too !
Overlap is actually only used for galaxy/galaxy overlaps. Here all the objects are stars from our galaxy. No overlap, sorry.
All the individual stars you see in this images are stars from our galaxy. So, by default, they are all in front !!!!
Not a merger ! The white object to the right is a foreground star from our galaxy
Could be a merger. But the image is really fuzzy.
Correct. The stars are foreground stars from our galaxy.
Correct !
Yep ! 😄
Fuzzy galaxy with some very active star forming regions (the blue clumps)
The central object is definitely not a star but a real galaxy.
There could be some interaction going on, but the image is very fuzzy. So, hard to tell !
Sorry, no merger here. These two objects are stars from our galaxy that only appear to be touching.
And if lots of people make conflicting classifications, it will alert the science team that something strange is going on ! 😄
In this case it is fairly obvious (to me) that it is a two armed spiral. But anyway, it is your call !
Defintely edge on. Two armed spiral seen almost edge on ! .
A tip : if it has pointy tips it is almost certainly an edge on ! 😄
Could be merger of two or maybe overlap. Not much distortion !
The bright object to the right is a foreground star from our galaxy
Could be two galaxies interacting. The blue clumps are active star forming regions.
Looks like just one (fuzzy) galaxy to me.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
Always classify the object in the center. Here it's a beautiful disturbed barred spiral. The spiky object is a star from our galaxy.
Diffraction spike (optical artifact) caused by a bright star outside of this image.
The red object is a star from our galaxy and the 'ring' is an optical artifact. Btw, all the other objects in this image are also stars
Well, every object gets classified by at least 20 (and probably as much as 80) people. Every object gets reclassified all the time !
Yep, two galaxies interacting ! Nice #merger !
This is a actually a star from our galaxy but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
Not too sure about this being an elliptical. Looks like a barred something to me !
Yep ! 😄
two-armed, maybe a barred spiral for me. But it is your call !!!! 😄
Which one ? Anyway, it is your call! 😄
Not much distortion , I'd go for #overlap ! But in the end it is your call ! 😄
Not too sure about the ring and bar ! But it is your call ! 😄
Anyway , with these fuzzy images anything goes ! 😄
All the objects in this image are stars from our galaxy,but something went wrong with the imaging.More here : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy,but something went seriously wrong with the imaging/filters.More here http://tinyurl.com/GZartifacts
All the objects in this image are foreground stars from our galaxy and so is the red object ! 😄
I would classify this one as smooth and in between.
gorgeous #merger
The yellow/orange blob is a foreground star from our galaxy.
Spiral for me too. But I'd go for seriously disturbed. ;D
I'd go for a tiny bar. But it is your call ! 😄
The yellow dot to the left is a foreground star from our galaxy. No interaction whatsoever possible.
The white object, top left, is a foreground star from our galax. So it is impossible fo it to be merging with the central galaxy.
Definitely a spiral ! 😄
So here is the complete image of NGC772 : http://tinyurl.com/pnu44g4 (image rotated)
Correct ! The colorful glare is an optical artifact caused by a bright star just outside of his image !
The red objects could be foreground stars from our galaxy !
The object to the right is indeed a foreground star from our galaxy.
The central object is a galaxy. The two on each side are foreground stars from our galaxy. Nice chance alignment ! 😄
The blue/white object at 5 o'clock is a foreground star from our galaxy. The colors and blue dots are optical artifacts.
#edgeon for me too !
That is probably a foreground star from our galaxy
Also : great #dustlane ! 😄.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Yep ,all the objects in this image are stars from our galaxy.
Sometimes the software gets confused ! 😄 classify as star/artifact.
Nope, it is a real galaxy ! 😄
You could go for very disturbed spiral or irregular.
At least three of the four dots are foreground stars from our galaxy. No Einstein cross, sorry !
All the objects in this image are stars from our galaxy.
Beautiful ringed galaxy where the two spiral armes fold back to make a ring
Just to be clear, I really don't think this is a lens. I just wanted to flag it as a (minor) possible one ! 😄 You know, just in case !
Look at the comments posted below ! 😄
Looks amazing, doesn't it ! 😄
Erm, the stars we see in these images are always foreground stars from our galaxy ! 😄
3/3
But the more I look at it, the more I want to flag it as a possible #lens.
2/3
And the color of the 'arc' is too much like the color of the central galaxy.
1/3
My guess would be, no lens. The central galaxy looks very disturbed so that would account for the weird features.
The smaller object at the bottom is probably a foreground star from our galaxy. No connecting line whatsoever ! 😄
The darker spot in the center is an optical artifact caused by oversaturation
The darker spot in the center is an optical artifact caused by oversaturation.
Oops, the central object is a galaxy as is the one top right. But the two other, round objects are foreground stars from our galaxy.
The bright spiky object is a foreground star from our galaxy The colors, spikes and other thingies are all optical artifacts.
This is actually a star from our galaxy. But something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
Could that be a star forming region ?
These two objects are actually stars from our galaxy. But something went wrong with the imaging/filters.
Sorry, this is most definitely a galaxy ! The darker dot in the center is an optical artifact.
The blue clump is probably an active star forming region in the galaxy. At these distances it is not possible to see individual stars.
Definitely not stars.Could be two galaxies merging.
Definitely not an elliptical. It is a disk or spiral galaxy seen edge on.
All the objects in this image are stars from our galaxy.
Here's the zoomed out and rotated image : http://tinyurl.com/obz6375
Enjoy ! 😄
The 'arc' is probably just noise. I'd go for smooth and round.
The central object, which you are supposed to classify is definitely a galaxy.The bright 1 to the left is a foreground star from our galaxy.
It is definitely not smooth! Disturbed spiral with a couple of star forming areas (the blue clumps)
The two bluish objects are foreground stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
Wow ! another nominee for the galaxy of the week. #ZGOTW
Could be to galaxies interacting. But the central one is definitely a disturbed spiral, not an elliptical
Looks more like a disk or a spiral galaxy seen edge on to me.
Definitely two galaxies interacting ! 😄
The reddish object is a foreground star from our galaxy.
Possibly fuzzy spiral with active star forming regions (the blue clumps)
The central object, which you are supposed to classify, is a galaxy. The bright one to the top left is a foreground star from our galaxy.
Two satellite trails.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
No dust that I can see. But what a stunning #merger !
They appear to be interacting. #merger for me.
Yep ! 😄
definitely a possibility
Disturbed edge on spiral or else irregular. It is your call ! 😄
Don't think so. Why don't you start one ? 😄
Not too sure about this. I'm thinking overlap
Errm, not a cloud, but a real galaxy !
The central object is a galaxy. The bright one to the bottom left is a foreground star from our galaxy.
The central object is a galaxy. The bright one top right is a foreground star from our galaxy.
image rotated : http://tinyurl.com/orbhjvh
It is M106
This is a a beautiul spiral galaxy ! Let me get you the complete image?
Yep, I'd go for #merger too ! :
Happy hunting !
Sorry, no jets visible in the SDSS images. It is probably a smaller galaxy overlapping !
Gorgeous spiral galaxy !
Why would you call this two clusters ? A cluster for me is a combination of at least 3/4 galaxies (or stars)
Could be an #overlap !
Amazing pic ! All the objects in this image are stars from our galaxies !
Here goes : #ZGOTW
Wow ! Stunning !
Gorgeous image of an edge on spiral (or disk)
Stunning #merger !
I'd go for a faint spiral where the spiral arms fold back to (maybe) make a ring.
Here's the zoomed out (and rotated) image : http://tinyurl.com/pvgqjm7
Could be the result of a flyby ! 😄
Two galaxies, probably interacting ! 😄
Sorry, not a gas cloud but a faint and fuzzy galaxy. ! 😄
Here's the zoomed out image : Amazing ! 😄
http://tinyurl.com/k4f95gd NGC2681
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Stunning !
That colorful glow is an optical artifact caused by a bright star just outside of this image.
This one really deserves that title ! 😄
Here's the complete and rotated image : http://tinyurl.com/noqkwlx
The colorful glow and spike are optical artifacts caused by a bright star outside of this image.
The central object is definitely a galaxy. And there in the zoomed out image you can see there is a nebula : http://tinyurl.com/kozrpwx
Correct, the yellow object is a foreground star from our galaxy.
The two larger yellow objects are galaxies interacting. The two smaller round ones are foreground stars from our galaxy.
The central object is indeed a galaxy. The other smaller dots are foreground stars from our galaxy.
The central object is not a star but a galaxy containing millions of stars
These two objects are actually stars but something went wrong with the imaging/filters. http://tinyurl.com/GZartifacts
Could be merger, could be overlap
http://tinyurl.com/ol6ar7j
Looks like there is some interaction going on already !
As mentioned in the comments below, the two bright objects are foreground stars from our galaxy.
Severely disturbed galaxy. The blue clumps are active star forming regions.
The two galaxies in the center appear to be interacting. #merger
The different colors are probably artifacts.
Looks like some interaction going on. Merger fo me.
The colors, spikes and weird center are all optical artifacts.
Happy hunting ! 😄
Always, always classify the object in the center of the image !
The bright one, bottom right, is a foreground star from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Foreground star from our galaxy for me. Sometimes the software gets confused ! 😄
Always classify the object in the center of the image.
All the objects in this image are stars from our galaxy.
Happy hunting ! 😄
Here it is : http://tinyurl.com/oat84u9 NGC772 (image rotated)
The blue dots are not individual stars but active star forming regions.
This is from the edge of the database. More info here : http://tinyurl.com/GZartifacts
😄
More info here : http://tinyurl.com/GZartifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The blue object, top left, is a star from our galaxy. And so are all the other objects in this image.
Artefacts. Something went wrong with the green filter tracking or the telescope moved during the exposure.
http://tinyurl.com/GZartifacts
The bright object at the bottom is a foreground star from our galaxy !
Hi Joshua,
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Yup, looks like it. This galaxy also looks disturbed, so star formation is probably going on. Good call !
With these kinds of distortions, definitely a merger! 😄
The blue clumps are active star forming regions in this galaxy.
The blue clumps are actually active star forming regions in this irregular galaxy.
Yep, this is a star from our galaxy, but obviously the colors are not real.
All the objects in this image are stars from our galaxy. Sometimes the software gets confused and labels a star as a galaxy ! ;D
Hi Dave, this is actually a star from our galaxy but something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
Actually two stars from our galaxy, but something went wrong with the imaging/filters.
Hola ! The 'halo' is probably very, very faint spiral arms.
The two central objects are galaxies, probably interacting.
This is not a galaxy but a star from our galaxy. All the stars in the zoomed out image have this same effect
The bright white object is a foreground star from our galaxy and not connected to the central galaxy.
Something went wrong with the green filter tracking or the telescope moved during the exposure.
http://tinyurl.com/GZartifacts
The central object is a galaxy, but the bright one to the left is a foreground star from our galaxy. No merger possible.
The bright orange object is a foreground star from our galaxy. The colors and spikes are optical artifacts
Two galaxies, probably interacting.
Always classify the object in the center of the image ! 😄
And the blue object is a foreground star from our galaxy.
Looks like a two-armed spiral to me. The top arms is very faint
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The green glow is an optical artifact caused by a bright star just outside of this image
The asteroid is the blue/red/green object in the top right corner.The central object which you are supposed to classify, is indeed a galaxy.
Sorry, not a planetary nebula. This is actually a star but something went wrong with the imaging/filters.
The central object, which you are supposed to classify, is a galaxy.The bright one at the bottom right is a foreground star from our galaxy
Sorry, not a galaxy cluster. All the objects in this image are stars from our galaxy !
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Sorry, it is just three stars from our galaxy. Nice chance alignment.
Always classify the object in the center of the image. In this case, all the objects here are stars from our galaxy.
The blue part is a very active star forming region in the galaxy.
Nope 😄 it is a star from our galaxy, but something went wrong with the imaging/filters.
Always classify the object in the center of the image. But here all the objects in the image are stars from our galaxy.
Wow, what a nice disturbed galaxy with lots of star forming regions
I'd go for faint fuzzy spiral arms. No gravitational lens here.
Lots of imaging and filter problems. More info here : http://tinyurl.com/GZartifacts
Lots of imaging and filter artifacts. More info here : http://tinyurl.com/GZartifacts
The 'ring' you see are the spiral arms of this fuzzy spiral, circling back. The bright object at 1 is a foreground star from our galaxy.
The central object is indeed a galaxy, but the two smaller round ones are foreground stars from our galaxy.
Correct, there is no object in the center of the image. The software got confused by the glare of a bright star outside of this image
The bright white object is a star from our galaxy and the line is a diffraction spike (artifact)
The red dot is not a supernova but a foreground star from our galaxy.
Nope ! The bright object is a foreground star from our galaxy. Overlap means galaxy/galaxy overlap ! 😄
The red dot in the center of the galaxy upper right is an optical artifact caused by oversaturation.
There is nothing in front of this star. The weird center is just an optical artifact !
The object at the bottom is a foreground star and the red dot there is also an optical artifact caused by oversaturation
The central object is a galaxy with a bright center and the red dot is an optical artifact.
What red line line above which star ???? I really don't see a red line in this image, sorry !
All the object in this image are stars from our galaxy! But to answer your question: Yes I see the red&white star(left of the central star)
The dim object in the center is actually a barred (red) spiral. All the other objects in this image are foreground stars from our galaxy.
Here it is : http://tinyurl.com/NGC-3879 (image flipped) 😄
And I don't see any evidence for a nebula in this image.
What is a LDN ?
Or a merger of two ellipticals !
Yep, all the objects in this image are stars from our galaxy.
Fuzzy spiral seen at an angle, almost edge on.
The central object is indeed a spiral and it looks like it is interacting with the one to the right
This object is actually a star from our galaxy. But something went wrong with the imaging/filters. More here: http://tinyurl.com/GZartifacts
These objects are actually stars from our galaxy.But something went wrong with the imaging/filters.More here: http://tinyurl.com/GZartifacts
Amazing #merger !
The central object, which you are supposed to classify, is a smooth, disturbed elliptical.
Nope, sorry ! . This is just a bright star from our galaxy. The colors, spikes and general weirdness are all optical artifacts.
Maybe that should be 'hot' stars ! 😄
It is probably just artifacts (misalignement of filters/ oversaturation)
It is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Fuzzy spiral for me. The bright white object is a foreground star from our galaxy.
These images are heavily processed, the colors are not real. The object bottom left is just a bright star from our galaxy..
All the objects in this image are just stars from our galaxy. No supernova or quasar, sorry.
What do you mean by 'flip flopping through space' ?????
Here's the zoomed out image : http://tinyurl.com/p2kxmuf
The galaxy is probably interacting with the one top right.
Two stars from our galaxy, but the colors are not real. More info here : http://tinyurl.com/GZartifacts
Merger in progress.
I'd go for severely disturbed spiral
This i a bright star from our galaxy. The colors, rings and spikes are all optical artifacts
In this case it is safe to go for star/artifact ! 😄 Anything else is just a wild guess !
The small orange dot i probably a foreground star from our galaxy.
The bright spiky object to the right is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
The bright spiky object is a foreground star from our galaxy.
Nope! Fuzzy irregular galaxy with some star forming regions (the blue blobs)
This is actually a star from our galaxy but the colors are not real. More info here : http://tinyurl.com/GZartifacts
The red object at the bottom is a foreground star from our galaxy.
What a gorgeous image ! Have you read the comments below ?
This is 2 awesome looking galaxies. The one to the right looks slightly disturbed, so I'd probably would d go for #merger
Obviously not an elliptical ! Gorgeous ringed galaxy !
This is actually a star from our galaxy ! More info here : http://tinyurl.com/GZartifacts
The bright bluish object is indeed a star from our galaxy. But the colors are not real ! Just a (not so) bright star.
So sorry ! All the objects in this image are stars from our galaxy. Not a merger in sight !
Always classify the object in the center of the image. Great #merger here ! 😄
Always classify the object in the center of the image. And you are correct, all the objects in this image are stars from our galaxy.
The colorful glow and the spikes are optical artifacts caused by a bright star just outside of this image.
All the objects in this image are stars from galaxy. No merger here, sorry.
I'd go for a disturbed, two-armed spiral
This is a fuzzy galaxy. The color differences are just processing artifacts. No merger here, sorry
The bright object, top left, is a foreground star from our galaxy. So the answer to your question is definitely not !
Correct, the bright object to the left is a foreground star from our falaxy
The 3 objects in this image r stars from our galaxy,but something went wrong with the imaging/filters. More: http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The colors and weird centers are all optical artifacts.
I'm not sure what you mean by your comment.It's a galaxy with billions of stars&a big bulge where the concentrations of stars is very high
Lots and lots of equipment failure. But these artifacts look pretty, no ? 😄
more info here : http://tinyurl.com/GZartifacts
The bright spiky object is a foreground star from our galaxy. The colors , spikes and purple rectangle are all optical artifacts.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The bright white object is a foreground star from our galaxy. the colors and the blue dot are optical artifacts.
A fuzzy galaxy, probably a disturbed spiral
This is actually a star from our galaxy. But you are correct : the colors are not real.
The yellow object is a foreground star from our galaxy.
The blue blobs are regions with active star formation.
And the star is a foreground star from our galaxy, so no interaction possible.
The fuzzy object in the center is a galaxy, but all the bright smaller ones are foreground stars from our galaxy. No collision here !
The green and red halos at the bottom right are optical artifacts caused by a bright star just outside of this image
No collision here. The bright, round object is a foreground star from our galaxy.
The red glow is an optical artifact caused by a bright star just outside of this image
The bright object (right) is a foreground star from our galaxy, so no merger possible with the central galaxy.
Amazing #merger ! 😄
Very disturbed spiral galaxy !
Yup. But the colors and weird center are all optical artifacts
Disturbed spiral for me ! 😄
Amazing #merger. I'd tag the pink/purple dot as a #voorwerpje. And I'll alert our voorwerpjes specialist NGC3314 to this.
Good call ! 😄
Nice one ! 😄
Not a gravitational lens but an #overlap. The edge on galaxy is too straight to be a grav. lens.
Nope, fuzzy galaxy. 😄
The central object is indeed a galaxy. The other objects in this image are stars from our galaxy. No cluster, no merger. Sorry.
Not much distortion of the 2 galaxies in the center, so not sure about a merger. The other small dots are stars from our galaxy. No cluster
The central object is a galaxy. All the other ones are foreground stars from our galaxy. No merger or cluster here, sorry.
The central object is a galaxy. The other objects are foreground stars from our galaxy. No merger or cluster here, sorry.
Again, the central object is a galaxy. The bright round object to the left is a foreground star from our galaxy. Not a merger !
The central object(which you are supposed to classify)is a galaxy. The orange dot is a foreground star from our galaxy. No cluster&no merger
All the objects in this image are stars from our galaxy. No merger here, sorry !
The central object (which you are supposed to classify) is a galaxy. The spike and the red glare are all optical artifacts.
All the objects in this image are stars from our galaxy. No merger here, sorry.
The multicolored objects are all foreground stars from our galaxy. No merger here, sorry !
A fuzzy galaxy.
Almost all of the objects in this image are stars from our galaxy.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The green and blue lines are satellite trails
The spike is a diffraction spike (optical artifact) from a nearby bright star from our galaxy.
Artifacts, artifacts and more artifacts. 😄
More info here : http://tinyurl.com/GZartifacts
A beautiful two-armed, barred, red spiral ! Great catch ! 😄
The green line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Definitely an #overlap for me ! Great catch !
Yup, faint and fuzzy spiral galaxy for me too ! 😄
Another galaxy.
These two objects are both foreground star from our galaxy. The colors are artifacts
artifact
The darker dot in the center of this galaxy is an optical artifact caused by oversaturation
TRgese two objects in the center of the image are stars from our galaxy. The colors and weird center are optical artifacts.
If you click on the link in the comment below yours you can see the zoomed out (and rotated) image.
It is a faint and fuzzy irregular galaxy
Definitely not stars, but real galaxies, probably merging.
All the objects in this image are stars from our galaxy. So, classify as star/artifact
All the objects in this image are foreground stars from our galaxy. No merger here, sorry
that is an optical artifact
The galaxy is a disk. Nice bar !
See the comments below
Sorry, not galaxies. All the objects in this image are stars from our galaxy.
Looks like two galaxies merging to me as well.
The bright white object is a foreground star from our galaxy.
The smaller object is probably a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
The 'ring' is made of spiral arms. Nice fuzzy spiral.
The individual stars we see in these images are all stars from our own galaxy.
Artefact ! 😄
Looks like interaction to me.
Not sure about a bar. The image is very fuzzy. It is probably a two-armed spiral.
The dark dot in the center is an optical artifact caused by oversaturation
The dark dot in the center is an optical artifact caused by oversaturation
All the objects in this image are stars from our galxy. The bright dots in the center of the orange one are artifacts.
Fuzzy/disturbed spiral! Nice catch ! 😄
It is NGC660 : http://tinyurl.com/mukogjf (image flipped). Amazing dust lanes ! 😄
That would be my classification too ! :d
Ooh yes ! 😄
Very ! 😄
Neither (for me). Fuzzy red spiral. Slightly disturbed.
Two galaxies interacting .
Looks like it ! 😄
Two galaxies, probably interacting.
Always classify the object in the center of the image. Here you could go for merger or for irregular.
A fuzzy galaxy with maybe a very active center
No visible interaction ! I'd go for almost overlap ! D
Even without knowing what this is, the only classification possible is : star/artifact !
Definitely NOT a merger. The object to the left is a foreground star from our galaxy.
why would you think this is an AGN ?
The central dark dot is an optical artifact caused by oversaturation.
It is a bit fuzzy, but merger is definitely possible ! 😄
The bright white dot is probably a foreground star from our galaxy/.
Not an AGN, sorry
No interaction, no merger for me.
The central object is indeed a galaxy, but all the other ones are foreground stars from our galaxy.
Lots of artifacts. Probably the camera moved and there were a number of imaging/filter issues
Not a nebula but a fuzzy galaxy. Probably a barred spiral.
The object at the top of the image is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Not an explosion, this is a bright star from our galaxy. The colors, rings and spikes are all optical artifacts
The colorful object is a star from our galaxy.The colors& blue dots are all optical artifacts.More info here: http://tinyurl.com/GZartifacts
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
The dark spot in the center is an optical artifact caused by oversaturation.
All the objects in this image are stars from our galaxy.
All the objects in this image have a red spot at the same place, this means it is an artefact.
The green object is a foreground star from our galaxy, but something went wrong with the imaging/filters.
The bright object at the bottom is a foreground star from our galaxy. The colors,spikes & blue dots in the center are all optical artifacts
The colorful glow is an optical artifact caused by a bright star outside of this image
Not an AGN
How do you know this is an AGN ? It doesn't look like one to me.
It is possible that the two galaxies in the center are interacting. The other objects in this image are all stars from our galaxy.
I don't think this is an AGN
Why do you say this is a starburst galaxy ?
No interaction visible, so no merger for me. And no starburst as well, sorry
The orange spot in the center is an optical artifact caused by oversaturation. The two orange objects at the top are foreground stars
The central galaxy (which you are supposed to classify) is probably a fuzzy, barred, big bulged spiral.
I'd go for seriously star forming areas in this galaxy, due to some interaction with another galaxy
Here's the zoomed out image ! Probably the camera moved and tehre were a number of imaging/filter issues
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=120.0402088&dec=-1.70761449&scale=0.79224&width=512&height=512&opt=&query=
Where ? 😄
Nope, not a flare, but a fuzzy galaxy almost overlapping the central one !
Stars from our galaxy ! With some imaging artifacts ! 😄
All the objects in this image are stars from our galaxy. They only appear to be touching or overlapping.
Looks like the telescope was moving during the green-filter image. http://talk.galaxyzoo.org/help/discussions/DGZ1006byh #artifact
Three stars in a row. Nice chance alignment !
LOL,These two objects are actually stars from our galaxy,but the colors are not real. More weird images here: http://tinyurl.com/GZartifacts
Gorgeous #merger
The big bright white object is a foreground star from our galaxy. The colors and spikes are all optical artifacts
This is actually a stra from our galaxy, but something went wrong with the imaging/filters
Three stars from our galaxy. Nice chance alignment.
The granular blobs are just noise ! Nothing spectacular, just artifacts. 😄
These objects are all foreground stars from our galaxy. No merger, sorry !
Slightly disturbed spiral for me ! So, definitely not a smooth galaxy for me ! 😄
What exactly is an early edge on ?? 😄
Just stop with the 'no kinetics' when there is obviously interaction going on ! photoz's are notoriously unreliable !
Or pretty messed up, barred spiral
And, please, always classify the object in the center of the image, even if it is the most boring one ! ;D
The objects, bottom right, are stars from our galaxy. The colors, spikes and weird center are all optical artifacts.
Star/artifact ! 😄
More weird images here : http://tinyurl.com/GZartifacts
Not sure about the nursery part, but all the objects in this image are indeed stars from our galaxy.
Two galaxies interacting. Nice #merger.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The bright spiky objects are stars from our galaxy. The colors, spikes and blue centers are all optical artifacts.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts
All the objects in this image are stars from our own galaxy. The colors, spikes and weird centers are all optical artifacts
It is a Herbig Haro object : http://en.wikipedia.org/wiki/Herbig–Haro_object
This is actually a star from our galaxy, but the colors are artefacts
Fuzzy spiral
The central object, which you are supposed to classify, is a galaxy. The other ones in this image are foreground stars from our galaxy
I wouldn't call this one irregular. It is a fuzzy spiral, slightly disturbed to the left.
All the objects in this image are stars from our own galaxy.
Sorry, I don't see a merger here.
Two satellite trails. More info here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
The reddish spot is an artifact caused by oversaturation
The central object is a galaxy. The orange/white dots are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. The colors are artefacts.
Gorgeous #merger !
A beautiful spiral with lots of star forming (the blue clumps) going on
The galaxy at 12 o'clock is probably a spiral seen edge on
Without additioal information (spectrum) it is not possible to tell if these two are really clos or only appear to be.
The blue ish dot at the center is an artifact caused by oversaturation
It's a satellite trail 😄
It's a satellite trail.
This is a bright star from our galaxy. The colors, rings and spikes are all optical artifacts
This is actually a star from our galax, but something went wrong with the imaging/filters
The orange thing is a foreground star from our galaxy.
The bright white object is a foreground star from our galaxy. No supernova, sorry
This is a satellite trail. Classify as star/artifact.
All the objects in this image are stars from our galaxy. No merger and no lensing, sorry.
All the objects in this image are stars from our galaxy. Classify as star/artifact !
The bright object at the bottom of the galaxy is a foreground star from our galaxy. No SN, sorry
The two bright objects in the center of the image are both stars from our galaxy. No lensing here, sorry.
This is as actually a star from our galaxy. But something went wrong with the imaging.
This is actually a star from our galaxy, but somethin went wrong with the imaging/filters. Classify as star/artifact
The four brighter objects are all foreground stars from our galaxy, so no interaction possible.
Two galaxies interacting ! Lovely @merger
Definitely an artifact !
The white object is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. Nice chance alignment ! 😄
This enitre object (colorful center and green halo) is a star from our galaxy. The colors and weird center are optical artifacts.
The central object,which you are supposed to classify is a fuzzy galaxy.The other objects in this image are foreground stars from our galaxy
Really cool chance alignment of three stars from our galaxy
All the objects in this image are stars from our galaxy.
Probably a foreground star from our galaxy.
It's definitely an artifact.
The two white objects and the two red ones are all foreground stars from our galaxy.
It's a satellite trail
It's a satellite trail.
All the objects in this mage, inluding the red one, are stars from our galaxy.
The two bright dots are foreground stars from our galaxy.
The yellow dot is most probably a foreground star from our galaxy.
Almost all the objects in this image are stars from our galaxy.
The two orange objects and the bright white one are all stars from our galaxy. They only appear to be touching.
#artifact
Two (or three) satellite trails.The satellites got caught in two different filters (blue and green)
It is a satellite trail
The bright object in the bottom corner is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The dark spot in the center is an artifact caused by oversaturation.
This is actually a star, but something went wrong with the imaging/filters.
All the objects in this imag are indeed stars from our galaxy. The colors and weird shapes are all optical artifacts.
The green line is a satellite trail
The colors, spikes and weird colored center are all opticl artifacts.
The bright spiky object is indeed a star from our galaxy. But, please, always classify the object in the center of the image .
Correct, this is a star from our galaxy. But something went wrong wth the imaging/filters.
All the objects in this image are stars from our galaxy.
It is a satellite trail
if you look at the comments below, you can see that it is an artifact caused by a very bright star outside of this image ! 😄
These objects are actually stars from our galaxy. But something went wrong with the imaging/filters.
This is a satellite trail
Did you see the other comments ? 😄
All the objects in this image are stars from our galaxy !
Sorry, not a nebula. This is actually a star from our galaxy. But something went wrong with the imaging/filters.
The red objects could be foreground stars from our galaxy, or artifacts.
The galaxy, bottom right, is indeed a disk or spiral seen edge on. But please, always classify the object in the center of the image
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Sorry, the three objects in this image are not stars but real galaxies. The red dot could be an artifact.
All the objects in this image are stars from our galaxy.
Yes,these objects are stars from our galaxy,but something went wrong with the imaging/filters.More weird pics:http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The square in the centre is an amazing chance alignment ! Nice find ! 😄
Lovely dustlane, not a PN (planetary nebula) in sight
The central object is a galaxy. The bright white ones are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy.
Meaning ?
Amazing #merger !
All the objects in this image are stars from our galaxy. (Sometimes the software gets confused ! 😄 )
Planets orbit stars not galactic cores !
The image is very fuzzy. It could be a merger or it could be an overlap. It's your call ! 😄
Lots of imaging and filter problems. More weird images here : http://tinyurl.com/GZartifacts
😄 The three objects in this image are all foreground stars from our galaxy.
This is actually a star from our galaxy. But something went wrong with the imaging
The bright spot is not a nova or supernova but a foreground star from our galaxy.
Not a nova or a supernova but a foreground star from our galaxy.
The two bright, round objects are foreground stars from our galaxy. So no interaction possible with the central galaxy.
There are images that are so much worse ! 😄 I'd go for fuzzy, two-armed, barred spiral
There are no jets visible in the SDSS images (except for one, but I can't seem to find it !)
It is a great image, but as you guessed lots of things went wrong here. Imaging problems, filter problemes, you name it ! 😄
Definitely a spiral for me ! 😄
I'd go for disturbed spiral ! 😄
I'll repeat my post : Incredible merger and overlap in the same pic ! 😄
Yep ! 😄
I'd go for fuzzy merger.
The spiky object, top right, is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
This is actually a star from our galaxy. The red is an optical artifact.
The spike is a diffraction spike (optical artifact) caused by a bright star just outside of this image !
This is a satellite trail.
The red and yellow thing is a foreground star from our galaxy, so it is not connected to the galxy at all.
The red dot to the right is a foreground star from our galaxy !
This is a (very disturbed) two-armed spiral where the spiral arms fold back to make a ring. #ringed galaxy
Yep, almost all the objects in this image are foreground stars from our galaxy
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
LOL ! Almost all of the objects in this image are stars from our galaxy.
Lots and lots of imaging and filter problems ! 😄 More info here : http://tinyurl.com/GZartifacts
Well, that is how a spiral or disk galaxy looks like seen edge on ! 😄
These objects are actually foreground stars from our galaxy. But something went wrong with the imaging/filters !
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The bright, spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
All the purple spots are foreground stars from our galaxy. Some imaging problems I suppose ! 😄
Here's the full and rotated image : http://tinyurl.com/lo8cj7n Btw, it is a foreground star from our galaxy, in case you were wondering ! 😄
This is actually a star but someyhing went wrong during the imaging ! 😄
obviously an artifact ! 😄 More info here : http://tinyurl.com/GZartifact
That is definitely not the redshift ! It is the magnitude of the z-filter. There is no redshift available for either galaxy.
gorgeous #merger
Or a very fuzzy, big bulged spiral.! 😄
The orange glow is an optical artifact.
Correct ! The blue/purple object, top right, is a foreground star from our galaxy. The colors and spike are all optical artifacts.
Filter problems ! 😄
All the objects in this image are stars from our galaxy. Sometimes thesoftware gets confused ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter. Happy Hunting ! 😄
Just from this image I see no interaction between the central galaxy and the one to the left.No merger for me, sorry !
And please, always classify the object in the center of the image, even if it is he most boring one ! 😄 !
The dark spot in the center of the large galaxy at the bottom is an optical artifact caused by oversaturation.
The blue dot could be a foreground star but it could also be an active star forming region in the galaxy.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright spot, bottom left of center, is probably a foreground star from our galaxy.
Both classifications are equally good ! 😄 That is way these projects are so awesome ! 😄 And it is an awesome image ! 😄
All the objects in this image are stars from our galaxy. And the 'ring' is just an optiral artifact. Sorry !
Could be an artifact or a cosmic ray that didn't get removed. And you need a before and after image to determine whether it is a supernova
That black dot is an optical artifact caused by oversaturation.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
This is actually a star but something went wrong during the imagin. More weird images here :
http://tinyurl.com/GZartifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The individual stars you see in these images are all part our own galaxy.
Definitely a spiral ! 😄
Fuzzy two-armed spiral. The blue blob is probably a star forming region in the galaxy.
All the objects in this image are stars from our galaxy. The colors are artifacts.
Very disturbed galaxy.
The central object is a fuzzy galaxy. The white one is a foreground star from our galaxy. Not so unusal ! 😄
Please, always classify the galaxy in the center of the image, even if it is the most boring one ! 😄
It is not a jet but a diffraction spike (optical artifact) caused by a bright star just outside of this image.
The bright, spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue fuzz is an irregular galaxy with star forming areas (the blue clumps). The smaller yellow galaxy at 8 appears to be overlapping.
Here's the other half of NGC3593 😄
http://tinyurl.com/NGC3593 (image rotated)
Two stars that appear to be close. No merger.
probably two stars that appear to be close together. No merger, sorry.
The bright spiky object is a foreground star from our galaxy. The colours, spikes and weird center are all optical artifacts.
The colorful glow and spikes are optical artifacts caused by a bright star just outside of this image
This is actually star but something went wrong during the imaging.
This is actually star but something went wrong during the imaging.
This is actually star but something went wrong during the imaging.
It's a satellite trail.
It's a satellite trail.
It's a satellite trail.
The objects in the center of the image are not stas but galaxies merging.
All the objects in this image are stars from our galaxy.
This is actually a star from our galaxy, but something went wrong with the imaging. More weird images here :
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. No merger here, sorry.
Really cool #merger ! 😄 Nice catch !
Nice catch ! 😄
Caterpillar made of stars from our galaxy. Gorgeous chance alignment ! 😄
The central galaxy has an inner ring. No overlap for me.
The edge on looks disturbed. I'd go for #merger ! 😄
Really fuzzy image. It looks like two galaxies, could be merging.
the colorful glow and spike are both optical artifacts caused by a bright star just outside of this image.
This is a satellite trail !
The red line is a diffraction spike (optical artifact) caused by a bright star outside of this image.
This is indeed a star from our galaxy, but something went wrong during the imaging.
Correct, the object to the left is a foreground star from our galaxy.
These objects are actually stars from our galaxy, but something went wrong during the imaging.
The bright object a 10 o' clock is a foreground star from our galaxy. No merger here, sorry.
The colorful glow and spike are both optical artifacts caused by a bright star outside of this image
All the objects in this image are indeed stars from our galaxy. Whether it is a cluster is hard to tell.
And my opinion is that that this is definitely not an elliptical but a spiral or disk seen edge on.
Possible arc, but usually spirals are not massive enough to do any lensing visible in the SDSS images
This is a ringed galaxy. Meaning it is a two-armed spiral where the two arms fold back to make a ring. Nice catch ! 😄
Amazing #overlap !
Don't think so. The two small objects are probably foreground stars from our galaxy.
All the objects in this image are stars from our galaxy.
Classify as star:artifact.
Sometimes the software gets confused ! 😄
Hi Vosi from Switzerland ! 😄 All the objects in this image are stars from our galaxy. So, classify as star/artifact 😄
The 'jet streams' are a diffraction spike (optical artifact) caused by a bright star just outside of this image.
2/2
The science team will have a field day ! 😄
1/2
Let's agree to disagree ! 😄
If half of the people classify this as a merger and half classify this as an overlap !
The blue dot near the center is not a single star but an active star forming region.
I'd go for irregular galaxy ! 😄
It's a satellite trail
Really nice merger ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Two galaxies, but not sure if they are interacting ! Could be just a line of sight !
Hi Nathalie, what do you mean with your really long # ?
Foreground star overlapping the central galaxy !
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Brilliant ! These two lines are satellite trails ! 😄
What a gorgeous #merger !
The colorful glow and the spike, bottom right corner, are both optical artifacts caused by a bright star outside of this image.
No idea which dot you are referring to ! 😄
The bright objects to the right are not galaxies but foreground stars from our galaxy
The bright object at 7 is a foreground star from our galaxy.
Optical artifact. All the bright stars in this area have the same overbright center. See the zoomed out pic : http://tinyurl.com/qe2zg24
All the objects in this image are stars from our galaxy. Sometimes the software gets confused ! 😄
What do you mean by compact ?
Gorgeous #merger
If you have marked this as artifact/stars, why do you post it in here again? it is just a waste of clicks ! #justsaying !
Everything that could have gone wrong, went wrong ! 😄
Very ! 😄 And lots of star formation going on !
The red dot and the yellow one,top right, are both foreground stars from our galaxy.
The central object is a two-armed spiral seen almost edge on. There are two smaller spirals in this image. Not sure if they are interacting.
Sorry, I can't see a dustlane here.
Just a bright star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Just one galaxy for me too. Very disturbed
Possibly some interaction between the two galaxies. But it is a very fuzzy image, so I'm not too sure.
Care to post a link ?
The central object is probably a very fuzzy spiral galaxy. The bright white one is a foreground star from our galaxy.
I'd go for a two armed spiral ! 😄
I'm thinking merger too ! 😄
Definitely not a lens. The small edge on, top right, is probably just a line of sight.
With the smooth ones it is always hard to tell. Just go with what you think !
I'd go for merger ! 😄
It is a small irregular galaxy interacting with the larger one at the bottom.
All the objects in this image are stars from our galaxy. The colors are optical artifacts.
The bright yellow, spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The objects in this image are not galaxies but stars from our galaxy.
Sigh ! Look at it and you see that these two galaxies are interacting !
Honestly ! Lots of interactions ! Definitely a #merger !
With redshifts this close it could very well be a #merger. early stage mergers and and overlap look very much the same ! 😄
Not sure ! Not much interaction showing. Could be an #overlap.
Fuzzy spiral for me too ! 😄
Not a comet tail but an optical artifact caused by a very bright star just outside of this image.
I think it is a very fuzzy spiral. No lens, sorry.
2/2
See the zoomed out and rotated image :http://tinyurl.com/puotpuf
1/2
The "jets" are actually a diffraction spike (optical artifact) caused by a bright star just outside of this image.
This is indeed a star from our galaxy, but the something went wrong with the imaging/filters. More info here:http://tinyurl.com/GZartifacts
Just a star from our galaxy. ! 😄
LOL !
The central object is a galaxy, the white one is a foreground star. The one at the bottom could be a galaxy or a foreground star.
The galaxy in the center has a bar indeed, but it is not smooth. It's a fuzzy two-armed spiral.
I'd say both !
It could result in a spiral or an elliptical. No way to tell ! 😄
i'd go for merger , but nothing irregular in this image (sort of ! )
No dustlane, but definitely a #merger !
What an amazing #merger !
I'd go for artifacts.
Definitely very disturbed.
The colorful objects are foreground stars from our galaxy. The colors are artifacts.
All the objects in this image are stars from our galaxy. No merging here.
The small round objects in this image are foreground stars from our galaxy.
The objects in this image are stars from our galaxy. But the colors are not real; More info here :
http://tinyurl.com/GZartifact
Classify as star/artifact ! 😄
The objects in this image are stars from our galaxy. The colors are not real. More info here :
http://tinyurl.com/GZartifact
It's an artifact ! 😄 More info here :
http://tinyurl.com/GZartifact
The three objects here are stars from our galaxy. Nice chance alignment. No lensing here.
This is actually a star from our galaxy, but the colors are not real. More info here :
http://tinyurl.com/GZartifact
The object at the bottom of the image is not a galaxy but a star from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Disturbed spiral with a big bulge
The red objects are foreground stars from our galaxy.
The green dot is probably an artifact.
The bright object at the top is a foreground star from our galaxy overlapping the central galaxy. The colors are optical artifacts.
This is actually a star from our galaxy, but the colors are not real. More info here : http://tinyurl.com/GZartifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
It is two very disturbed galaxies (probably spirals) interacting. Lovely #merger.
The spiky object to the right is just 1 star. The spikes, colors and weird center are all optical artifacts.
LOL !
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Do you mean the object in the center of the image ? That is another galaxy,probably a spiral;
All the objects in thisi mage are stars from our galaxy.
The central object is a fuzzy and disturbed spiral.
The bright white/blue object is indeed a foreground star from our galaxy.
All the objects in this image are stars from our gaalaxy.
This one is actually a star from our galaxy, but something went wrong with the imaging/filters
You are the first to comment on this galaxy, that is for sure !;D
Gorgeous #merger
It's a satellite trail ! 😄
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
LOL !
The red object to the left is a foreground star from our galaxy.
The soike, top left, is a diffraction spike (optical artifact) caused by a bright star outside of this image
The central object is a galaxy,but almost all the other objects in this image are foreground stars from our galaxy&so are the 2 bright ones.
The 2 bright objects are stars from our galaxy. Just looking at this image it is not possible to determine if they are close to each other.
The bright object top right is a foreground star from our galaxy. So, no link whatsoever possible.
All the objects in this image are stars fromour galaxy. The colors and the 'ring' in the blue one are optical artifacts
All the objects in this image are stars from our galaxy. Sometimes the software gets confused and mislabels stars as galaxies 😄
These objects are stars from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
No merger here, sorry. These two objects are not galaxies but stars from our galaxy. The colors are artifacts.
This is a star from our galaxy, but something went wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
Sorry, almost all of the objects in this image are stars from our galaxy. Classify as : star/artifact ! 😄
Here's a link to : http://tinyurl.com/Zooite-Guide-to-SDSS-Spectra by our very own Budgieye 😄
Could be another galaxy, but more likely it is part of the central, very disturbed galaxy
These 2 objects are actually stars from our galaxy. But something went wrong with the imaging/filters. See :
http://tinyurl.com/GZartifacts
No lensing but a fuzzy spiral
The blue blobs are indeed star forming regions in the spiral
Looks like just one galaxy to me.
These objects are not galaxies but stars from our galaxy. The colors are not real.
More info here :
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. Nice chance alignment ! 😄
Fuzzy spiral arms. No lens here, sorry.
The orange glow is an optical artifact caused by a bright star just outside of this image.
The red objects are indeed foreground stars from our galaxy.
The red line is a satellite trail.
All the objects in this image are stars from our galaxy. Classify as star/artifact.
The colorful glow and spikes are optical artifacts caused by a bright star outside of this image.
The blue line is a satellite trail. The fact that the galaxy appears in front of it is an optical artifact.
With this one I'd go for #merger. There appears to be some interaction going on.
Two galaxies merging or overlapping. Difficult to tell.
All the objects in this image are stars from our galaxy. 😄
These are all stars from ur galaxy. No overlap.
Honestly !!!!! Definitely not an overlap ! :😄
Both of the galaxies look a little disturbed, so there is a possibility of interaction. Possible #merger.
First of all : Always classify the object in the center of the image !
😄
Looks more like two galaxies interacting. #Merger for me.
Most of the objects in this image are stars from our galaxy. No lensing here , sorry
Lots of interacting going on : definitely #merger
Could be artefacts, could be star forming regions in the galaxy.
Why do you tag this as an artifact ?
With these signs of interacting, it is definitely a merger
The colorful glow is an optical artifact caused by a bright star outside of this image.
Here it is (image rotated) : http://tinyurl.com/NGC5678
More info here : http://talk.galaxyzoo.org/#/boards/BGZ0000005/discussions/DGZ0000lv2
Gorgeous #merger
Not an overlap but a #merger
Not a gas jet, but another galaxy.The colorful lines are diffraction spikes(optical artifact) caused by a bright star outside of this image.
The two galaxies at the top are probably merging. No lens here.
No lens here. Two ellipticals, probably merging.
All the objects in this image are stars from our galaxy. No lens here, sorry.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The central object and the one top right are both foreground stars from our galaxy.
All the objects in this image are stars from our galaxy.
That is a diffraction spike (optical artifact) caused by a bright star outside of thisimage
The bright object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The red ball is a foreground star from our galaxy.
In the center of the image is a fuzzy galaxy, i'd go for edge on. All the other objects are stars from our galaxy.
All the objects in this image are indeed stars from our galaxy.
It is not even a galaxy ! 😄 It is a star from our galaxy but something went very wrong with the imaging/fiilters
The bright, spiky object at the bottom is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object, which you are supposed to classify, is a fuzzy galaxy. The bright bluish object is a foreground star from our galaxy.
The bright object with the pink center is a foreground star from our galaxy.
The green line is a satellite trail. Sometimes the software gets confused ! 😄
Classify as star/artifact.
No merging of stars going on, sorry.
The white dot is a foreground star from our galaxy. No supernova here, sorry.
No supernova in this image. The whitish dot at 11 could be a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
The black dot in the center is an optical artifact caused by oversaturation
The black dot in the center is an optical artifact caused by oversaturation
No, two galaxies, possibly interacting. #merger
All the objects in this image are stars from our galaxy.
Could be a fuzzy, slightly disturbed spiral.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The central object is a fuzzy galaxy with a big bulge. The blue background is an artefact.
It is very difficult to tell with two ellipticals, but it is probably a merger.
Maybe slightly disturbed ? 😄
But it is a galaxy ! 😄
The white/blue, spiky thing to the left is a foreground star from our galaxy. The colors, spikes and weird centre are all optical artifacts.
The spiral at the bottom looks a bit disturbed, but it is a very fuzzy image. So overlap or merger, it's up to you ! 😄
The central object is a galaxy, but the other, round ones are stars from our galaxy.
The blue clumps in the galaxy are indeed star forming regions
All the objects in this image are stars from our galaxy. 😄
This is actually a star from our galaxy, but something went wrong with the imaging/filters
All the objects in this image are stars from our galaxy.
The colorful glow and spike are artefacts caused by a bright star outside of this image
Two spirals interacting. Lovely #merger
Correct, that is not a galaxy, but a satellite trail
All the objects in this image are stars from our galaxy.
The red dot at 7 is probably a foreground star from our galaxy.
Always clasify the object in the center of the image ! 😄
The orange object is a foreground star from our galaxy.
The central object is a glaxy with a dominant bulge.The fuzz around it could be fuzzy spiral arms.The 'square' center is an optical artifact
The round white or red objects are foreground stars from our galaxy.
A fuzzy, disturbed galaxy. Or alternatively you could go for irregular.
Definitely a #merger, not an overlap.
Definitely a #merger, not an overlap !
The bright object, top right, is a foreground star from our galaxy.
This is actually a star from our galaxy. The colors and weird dots are all optical artifacts.
These objects are actually stars from our galaxy. The colors are not real! More info here : http://tinyurl.com/GZartifacts
Like I said before (read the older posts) : Violent merger and possible #voorwerpje
All the objects in this image are stars from our galaxy. The different colors are artifacts
What is what ? 😄
It's a satellite trail.The satellite reflects the sunlight and because of its speed it gets caught in just one filter. Classify: Artifact
Correct, the whitish/greenish object is a foreground star from our galaxy.
Classify as star/artifact 😄
In this image something went very wrong with the imaging and/or filters More info here : http://tinyurl.com/GZartifacts
#merger
Amazing #merger
Gorgeous #merger (not an overlap)
I'd go for #merger ! 😄
With distortions like this it is definitely a #merger
Just a faint and fuzzy galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Definitely a #merger, not an overlap.
Nice #merger, not an overlap. No dustlane in this UKIDSS image
Nice #merger
LOL !
That is a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Overlap is only usefull for a galaxy/galaxy overlap.
Color is not a defining thing : remember blue ellipticals and red spirals ?
Just look at the galaxy and here you can see a bar and maybe even some very faint spiral arms
Oh dear, definitely not an elliptical. If you squint a bit you can see that this is a barred spiral.
All the objects in this image are stars from our galaxy !
All the objects in this image are stars from our galaxy. Not a galaxy in sight ! 😄
No dustlane for me. But there is a bar there for sure ! 😄
Seriously disturbed spiral ! 😄 Gorgeous image ! 😄
Probably just noise. Smooth and round for me ! 😄
No way to tell from just this image if this is a binary system or just a line of sight ! 😄
Fuzzy spiral for me ! 😄
Looking at the coloring, I'd go for merger.
Looks like a fuzzy, two-armed, barred spiral to me.
Sorry, no asteroid in this image !
What does that mean ? SAO ???
Welcome to the zoo ! 😄
The central galaxy is a faint and fuzzy galaxy. The bright white dots are foreground stars from our galaxy !
These 2 objects are actually stars from our galaxy.The colors&weird center are optical artifacts. More here :
http://tinyurl.com/GZartifacts
What's with the ccw ? 😮
Disturbed elliptical, gravitationally interacting with the edge on, top left !
More info here :
http://tinyurl.com/GZartifacts 😄
This is not an elliptical, but a two armed spiral with a noticeable bulge.seen at an angle
The bright object at the bottom right of the galaxy is a foreground star from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The red object is a foreground star from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Not an overlap and not a polar ring. Definitely some interaction going on. #Merger
These two objects are actually stars from our galaxy. But the colors are not real.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The blue object is a foreground star from our galaxy.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
These two (?) objects are foreground stars from our galaxy. The colors are not real. More weirdness here :
http://tinyurl.com/GZartifacts
The bright,spiky object is a foreground star from our galaxy.The colors,spikes&weird center are all optical artifacts.
Happy hunting ! 😄
Looks like there is some interaction going on!
possible @polarring ?
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy.
The objects in this image are stars from our galaxy. No dustlane here, sorry !
These objects are stars from our galaxy. But something went wrong with the imaging/filters. Meaning : the colors are not real.
Merger : yes. voorwerpje : Where ????
The central object is a fuzzy galaxy.The bright round 1 is a foreground star from our galaxy.The colors are optical artifacts. No explosion!
Definitely a #merger ! 😄
The colorful glow and he spikes are optical artifacts caused by a bright star just outside of this image.
I would go for #overlap.
It is possible that these two galaxies are interacting, but not much evidence of that either
I wouldn't call this an overlap, as there is not really any overlapping going on.
The two bright, white are foreground stars from our galaxy.
The bright orange object to the left is a foreground star from our galaxy overlapping the central galaxy
All the objects in this image are stars from our galaxy. No merger here, sorry !
The objects in this image are stars from our galaxy. The weird colors are optical artifacts.
Lots of artefacts. More weird images here http://tinyurl.com/GZartifacts
Besides, naming galaxies is not a prerogative for people being the first to see it. I know, pretty depressing, isn't it ! 😄
But is has it's coordinates noted, and it is here in GZ, so, sorry, And naming galaxies is not
It's a gorgeous, barred spiral with a noticeable bulge and an inner ring and apparently it doesn't show up in any of the catalogues.
Just a little bit ! 😄 The culprit seems to be the big one to the left.
http://tinyurl.com/q26wl29
(image flipped/rotated)
The red dot is indeed a foreground star from our galaxy.
The central object is a galaxy, but the object bottom right is a foreground star from our galaxy. No merger possible, sorry
Always classify the object in the center of the image.
The green line is a stallite trail, soclassify as star/artifact.
The two bright red/orange objects are indeed foreground stars from our galaxy.
No overlap here
The central object is a galaxy, almost all of the other objects in this image are foreground stars from our galaxy.
All the objects in this image are stars from our galaxy. No lensing here, sorry. But what a great chance alignment ! 😄
Two galaxies merging ! 😄
Two stars from our galaxy. 😄
Not an overlap.
The central objectis a galaxy. The bright object at the bottom is a foreground star from our galaxy.
All the objects in this image are foreground stars from our galaxy.
Definitely not an overlap
Definitely not an overlap.
This is indeed a star but the colors are not real. Something went wrong with the imaging/filters.
#merger for me too ! 😄
The object, top right, is a foreground star from our galaxy. The colors, spikes and blue center are all optical artifacts.
#overlap for me as well ! 😄
The central object is a disk or spiral seen edge on. The orange ball at the top is a foreground star from our galaxy.
This is actually a bright star from our galaxy. The colors, rings and spikes are all optical artifacts.
All the objects in this image are stars from our galaxy.
It's a satellite trail
gorgeous #merger
The objects in this image are indeed stars from our galaxy.
Some distortion visible. More apparent in the zoomed out image. #merger
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=0.36158649&dec=31.43369512&scale=0.792254&width=512&height=512&opt=&query=
The lines are diffraction spikes (optical artifacts).
The bright yellowish object is a foreground star from our galaxy. Not a supernova or nova, sorry
The central galaxy is a beautiful spiral galaxy with lots of star forming areas (the blue clumps).
Ths is is actually a star from our galaxy,but something went wrong with the imaging/filters.The colors & weird center are optical artifacts.
The bright white object at the bottom is a foreground star from our galaxy. So, no merger possible and no agn.
No ! It is a disk or spiral galaxy seen edge on, is all ! 😄
What is your question ? 😄
Meaning ????
It isn't even a star but a galaxy with millions and millions of stars !
#not #very #helpfull ! 😄
Just put a # for the things you want to highlight ! 😄
Very ! 😄
Here are some more weird images : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy, but something went wrong with the imaging/filters. the colors are not real ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
That is probably a foreground star from our galaxy.
The object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The object top right is a foregrorund star from our galaxy. So, no merger possible, sorry !
The object ot the lower left is not a galaxy but a foreground star from our galaxy. Sorry, no merger possible.
These two objacts are actually stars fromour galaxy. But something went wrong with the aimging/filters.
The bright spiky object is a foreground star from our galaxy. The spikes, colors and blue center are all optical artifacts.
The central object is a galaxy with millions and millions of stars in it. It is not possible to see planets at these distances
Gorgeous #merger
The central, yellow object is a fuzzy galaxy. The white/blue ones and the red ones are foreground stars from our galaxy.
Many of the small round objects are foreground stars from our galaxy. But there are still a lot of galaxies in this image ! 😄
All the objects in this image are stars from our galaxy.
All three objects are probably stars from our galaxy.
Three stars from our galaxy. Nice chance alignment.
If you had classified the one in the center, it still would've been a merger !
Lovely nebula. The red object is a star from our galaxy. Here's the very zoomed out image : http://tinyurl.com/m678ckn
The large,yellow,fuzzy object in the center of the image is a galaxy.The other objects in this image are foreground stars from our galaxy.
It's an atifact. More weird images here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
All the objects in this image are stars from our galaxy. Classify as star/artifact. 😄
This is a satellite trail
That could be a foreground star from our galaxy.
Two irregulars interacting, causing massive star formation (the blue clumps)
Both galaxies look disturbed. Definitely interacting !
Definitely NOT an overlap ! #merger
The colorful glow is an optical artifact caused by a bright star outside of this image.
A disc seen from above would not necessarily show structure.
Gorgeous #merger ! Definitely not an overlap.
The round objects in this image are all foreground star from our galaxy. Not so odd ! 😄
With this kind of distortion it is definitely a #merger
Here it is : http://tinyurl.com/kszozsq 😄
Always classify the object in the center of the image. In this case, classify as star/artifact ! 😄
Amazing #merger 😄
Could be a disturbed two-armed one. But just answer the questions as well as you can !
http://skyserver.sdss3.org/dr8/en/tools/chart/chart.asp?ra=24.50103815&dec=9.89122031
Please, don't post things like this.
Yes, if you zoom out out there is an asteroid in this image. Look at the right border at two o'clock
Here you have a disturbed galaxy, the blue clumps are star forming regions and the dark band is a lovely dust lane
The bright blueish/white object is a foreground star from our galaxy..
the two spikes are optical artifacts caused by a bright star just outside of this image.
Probably !
This is a barred spiral with very faint and fuzzy arms that fold back to make ring. No lens here.
All the objects in tis image are stars from our galaxy. 😄
Fuzzy spiral for me too ! 😄
Very disturbed, definitely #merger. And no asteroid in this image, sorry
Not an asteroid but a foreground star. Looks like there is a misalignement of the filters.
The object to the left is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
These objects are indeed stars from our own galaxy.
All the objects in this image are stars from our galaxy. The 'triad' is a nice chance alignment. No lensing here, sorry
This is a star from our galaxy. The colors, spikes and weird center are optical artifacts.
The object in the center of the pic is a disk or spiral galaxy seen edge on.The white round object is a foreground star from our galaxy.
The colorful glow and the spikes are optical artifacts caused by a very bright star just outside of this image.
Not a cloud but a real galaxy. You could go for irregular or a very disturbed spiral.
Gorgeous. I'd go for disturbed, loose,2-armed spiral. But merger of 2 irregulars is also a valid classification.Just give it your best shot!
That is a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Which pattern ?
Not a gas cloud but a real galaxy Could be a disturbed spiral or an irregular. The blue dot is an active star forming region.
This one could very well be a spiral,but as you say, the resolution is too low ! Pity !
This is actually a star, but something went wrong with the imaging/filters.
No way to tell without a spectrum. Sorry ! 😄
Yes, all the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy.
Correct, that is a satellite trail
You could go for smooth - in between. Another possibility is features, no to all the other questions and something odd : other
I'm not sure these two are colliding. #overlap for me.
Yes, all the objects in this image are stars from our galaxy
A lot of things went seriously wrong with the filters ! 😄
No flares or sun spots to see. The bumps, spikes, colors and weird center are all optical artifacts.
LOL ! Yes, it is a satellite trail
These two galaxies are definitely interacting. Nice #merger
The colorful glow is an optical artifact caused by a bright star just outside of this image.
Always classify the object on the center of the image.
All the object s in this image are stars from our galaxy.
Not a galaxy but a star from our own galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The bright object is indeed a star from our galaxy,but the dots are optical artifacts. At these distances it is impossible to see planets.
What are you referring to ?
This is probably a star from our galaxy.
Sorry, no lens in this image. All the objects here are foreground stars from our galaxy.
Not much distortion. Could be interacting, could be overlap.
Where ? 😄
Irregular for me too ! With a very active star forming region at the top !
Could be merger could be line of sight. Just classify it the way you see it ! 😄
Not sure about a galaxy in this image. Sometimes the software gets it wrong ! All stars for me ! 😄
All the objects in this image are stars
Could be, but very hard to tell. Just classify it a s you see it.
Or this galaxy is interacting with another one outside of this image. Or the result of a flyby !
Yep ! With some imaging/filters problems. More weird images : http://tinyurl.com/GZartifacts
Not much distortion ! No merger for me. Sort of an #overlap.
The two galaxies could be close together. The white object at the top is a foreground star from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artitfacts
All the objects in this image are stars from ou -r galaxy. The colors are not real
All the object in this image are stars from our galaxy.
The bright object top right is a foreground star from our galaxy. So no interaction whatsoever possible with the central galaxy.
With two ellipticals it is difficult to see. But I'd go for merger too.
Lots of artifacts ! Camera moved and some filter or imaging problems.
The red glow and the spikes are optical artifacts caused by a bright star outside of this image.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Not much distortion. I'd go for overlap.
You could go for irregular, but disturbed two-armed spiral is also a possibility.😄
This is actually a star from our galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The blue dot in the center of the star is not an object but n optical artifact caused by oversaturation.
This is a disk or spiral with a big bulge seen edge on
It is just one star. The colors and dots are optical artifacts.
This one is actually a star from our galaxy. The colors are not real.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. 😄
The colorful object is a foreground star from our galaxy.
The bright spiky thing is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue dots are active starforming areas in the galaxy
Sorry, no lens here. This is actually a star, but something went wrong with the imaging/filters.
The white/green objects are foreground stars from our galaxy. Nice chance alignment.
The green/rd/blue object is an asteroid
All the objects in this image are stars from our galaxy. The colors are imaging problems
All the objects in this image are stars from our galaxy.
No suns here ! The two objects here are both galaxies, probably merging !
It could be a very disturbed spiral where the two spiral arms are flung to the left. Really nice #merger
Especially the galaxy to the left looks seriously disturbed, so, there is definitely some interaction going on. #Merger ! 😄
A couple of galaxies,but most of the objects in this image are foreground stars from our galaxy Btw always classify the object in the center
Definitely some disturbance int he galaxy to the lower left, but also in the other one. #merger for me ! 😄
The central object is a (disturbed spiral?).All the other objects in this image are foreground stars from our galaxy.Obviously not a merger.
nice catch ! 😄
Could be a merger, but I'm thinking #overlap. Not much distortion to speak of.
All the objects in this image are indeed stars from our galaxy. But there is no merging going on, sorry ! 😄
The bright red dot is probably a foreground star from our galaxy.
Thisis actually a star from our own galaxy. But something went wrong with the imaging/filters.
All the objects in this image are stars from our own galaxy.
The colorful glow is an optical artifact caused by a bright star just outside of this image
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Lots of distortion ! #merger ! 😄
Correct ! All the objects in this image are stars from our galaxy.
The red objects are all foreground stars from our own galaxy
The colorful glow is just an optical artifact caused by a bright star just outside of this image
Here's the zoomed out (and flipped) image : http://tinyurl.com/lcrujky
The colorful glow is an optical artifact caused by a bright star just outside of this image.
Sorry, I don't understand the question ?
The central object is an irregular galaxy. The orange dot is a foreground star from our galaxy.
The central (yellow) object is a galaxy, but the bluish/white one is a foreground star from our galaxy. So, no merger possible !
#overlap for me too ! 😄
All the object in this image are stars from our galaxy. So, no merger but a great line of sight ! 😄
Beautiful #merger ! 😄
Here it is : http://tinyurl.com/lhddose (image flipped)
Here you go : http://tinyurl.com/q82cfdm (image flipped)
And it is indeed an edge on disk or spiral
All the objects in this image are indeed stars from our galaxy.
Both galaxies are very disturbed. #Merger for me ! 😄
The bottom half of this spiral, seen nearly edge on, looks disturbed
This could be a #polarring
The bright orange object is a foreground star friom our galaxySo,this is not considered an overlap.The galaxy itself is severely disturbed.
Definitely some interaction going on. Nice #merger. No gravitatonal lens in this image.
Again, lots of distotion. Definitely a #merger
Lots of distortion. Definitely a #merger
If the 'object' in the center of the image is clearly part of a galaxy, you can classsify the whole galaxy.
Not much disturbance. Probably an #overlap.
Definitely a #merger, not an overlap ! 😄
The bright rouund object at the right side of the galaxy is probably a foreground star from our galaxy.
Correct ! 😄
Lol ! Just a lot of optical artifacts. More info here :
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy. The colors and weird centers are all optical artifacts.
All the objects in this image are all stars from our galaxy.
Maybe there is a galaxy in the center of this image, but with an image this confusing, most people will go for stars/artifact.
Nice one ! 😄
Just classify what you see ! For me, this is a faint and fuzzy galaxy. So I'd probably go for smooth and round. Maybe disturbed.
Looks like another galaxy overlapping the central one.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
All the objects in this image are stars from our galaxy.
The bright white object top left is a foreground star from our galaxy, so no interaction possible !
Gorgeous disturbed spiral ! 😄
These 3 objects are foreground stars from our galaxy. Really nice chance alignment! And no dustlanes here, sorry !
Just 'noise' ! 😄
Wow indeed ! 😄
No stars in this image ! 😄
This is just one of the more funny artefacts. More info here : http://tinyurl.com/GZartifacts
The bright yellow objects to the right are foreground stars from our galaxy.
The central object is a fuzzy disturbed spiral or you could go for fuzzy irregular.
The two objects in this image are both foreground stars from our galaxy. The ring in the central one is an optical artifact.
This is actually a star from our own galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
#merger for me too ! 😄
With these kind of disturbances and distortion it is definitely a #merger !
Sorry, no merger possible. The white object to the left is a foreground star from our galaxy.
The red objects are not galaxies but stars from our own galaxy.
It is a barred, two-armed spiral.
The blue and the red objects are foreground stars from our galaxy.
The blue object to the left is a foreground star from our galaxy.
The four blue objects and the red on are not galaxies but foreground stars from our galaxy.
The green halo is an optical artifact caused by a bright star outside of this image.
The orange object at the top is a foreground star from our galaxy.
Cool looking artefact ! 😄
It is indeed a star but something went wrong with the imaging/filters
All the objects in tihs image are stars from our own galaxy
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
No lens. it's a beautiful disturbed and barred galaxy with an inner ring.
The bright spiky object is a foreground star from our galaxy. The color and spikes are all optical artifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
All the objects in this image are stars from our galaxy.
Correct ! More weird images here :
http://tinyurl.com/GZartifacts
All the objects in this image are stars from our galaxy.
A couple of fuzzy galaxies.
That is actually a star from our galaxy,but something went wrong with the imaging/filters.More weird images:
http://tinyurl.com/GZartifacts
The bright object is just a foreground star from our galaxy !
Definitely not stars !
Well, these two are probably interacting ! So definitely a #merger
The central object is indeed a bright foreground star, but the colors are just optical artifacts
The round objects in this image are all foreground stars from our own galaxy.
The central object, which you are supposed to classify, is a disk or spiral galaxy seen edge on.
No, nothing looks like earth at these distances.It's NOT possible.Even stars from our galaxy look nothing like our sun at these disttances
The2objects,top, are probably foreground stars from our galaxy. The central object is a 2-armed spiral galaxy with a just noticeable bulge.
Filters going haywire and lots of other optical artifacts ! Looks amazing though ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Just a star from our galaxy with some imaging and filters issues ! 😄
All the objects in this image are stars from our own galaxy. At these distances it is not possible to see planets directly.
The colors and weird centers are all optical artifacts.
This is actually a foreground star from our galaxy, but something went wrong with the imaging/filters.
Sorry, no ! This is just a star from our galaxy, but something went wrong with the imaging /filters ! 😄
And, please, always classify the object in the center of the image. Even if it is the most boring one ! 😄
The blue and white object is a foreground star from our galaxy. The colors, spikes and weird center are optical artifacts.
It is part of a trail of something moving. Could be an asteroid.
That is a satellite trail .
All the objects in this image are stars from our galaxy. Could be a cluster, could be line of sight.
Just a foreground star from our galaxy ! But something went definitely wrong with the imaging/filters.
All the objects in this image are stars from our galaxy ! 😄
Almost every object in this image is a foreground star from our galaxy
Could you explain this for people who don't know these abbreviations ? Tx ! 😄
Yep, all the objects in this image are foreground stars from our galaxy.
Yep ! 😄
The round white objects with a blue center are both foreground stars from our galaxy.
That is an optical artifact.
The central object is definitely disturbed,but the blue round 1 at 2 o'clock is a foreground star from our galaxy. So, no merger possible !
A very faint & fuzzy galaxy! 😄 But you are right, these infrared images can be very difficult to classify. Just give it your best shot ! 😄
Definitely two disturbed galaxies. Major interaction going on. #merger for me too ! 😄
The bright object at 7 o'clock and the 1at 8 are both foreground stars from our galaxy.The colors,spikes&weird center are optical artifacts.
The central object is a disturbed spiral and the one at 10 o'clock is a disk or spiral seen edge on. So yes, 2 galaxies in this image ! 😄
Stars from our galaxy. Lovely line of sight.
The bright object, top right, is a foreground star from our galaxy.
The blue thingy is probably just an artifact !
Definitely not ! 😄
the blue round object is an optical artifact !
At these distances it is just not possible to detect planets ! The green dot is an optical artifact !
The faint green smudge, bottom left, is indeed an optical artifact. And the central galaxy is a faint and fuzzy galaxy ! Good call ! 😄
The colorful spikes and halo are optical artifacts caused by a bright star just outside of this image.
The bright blue object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The green thing is an optical artifact.
No lensing here, sorry. I see an irregular galaxy with lots of star forming regions (the blue dots)
In this image it is very hard to see, but in the optical image I'd go for #overlap. Definitely not a lens.
The blue glow is an optical artifact caused by a bright star outside of this image !
You have to be careful with NED and SIMBAD and check the coordinates. Sometimes they refer to another object..
No mismatch. The central galaxy is probably a two-armed spiral with a big bulge.
I see a spiral with two arms in the optical image and a foreground star from our galaxy. http://tinyurl.com/ludvwzh
I'd go for #merger for this one.
I don't think the galaxy at 8 is being lensed. It is too far from the central galaxy.. I think it is another galaxy, probably farther away.
Yes, the ring is an optical artifact.
Not sure about this being a cluster. Looks more line of sight. And the bright white object is a foreground star from our galaxy.
A very faint and fuzzy galaxy.
This is an infrared image, so don't let the colors deceive you ! 😄
The green half ring in the bottom right corner is just an optical artifact ! (sorry)
Sometimes you just have to go for the faint and fuzzy galaxy angle ! 😄
This one is probably a fuzzy spiral .
Yup ! 😄 All the objects in this image are foreground stars from our galaxy !
In the optical image it is not so much an edge on as a spiral ! 😄
http://tinyurl.com/mquqr5q
But no way to tell from this infrared image
Not a star but a faint and fuzzy galaxy in this infrared image.
This is indeed a foreground star from our galaxy, but something went wrong with the imaging/filters. The colors & the red dots are artifacts
All the objects in this image are foreground stars from our galaxy. No lensing here.
Hi lostlens, could you please explain your comments ! That way newbies can learn a lot !b 😄 Tx
Comments like these do not help newbies. Maybe if you could explain this ? 😄
The object at the top is indeed a foreground star from our galaxy. The colors & ring are optical artifacts. The central object is a galaxy.
The object, bottom right, is a foreground star from our galaxy. The colors and weird center are all optical artifacts.
Nope, it is green because something went wrong with the imaging /filters. This is actually a star from our galaxy.
Optical artifact ! 😄
The central object is a disk or spiral galaxy seen edge on.
The object at the top is a spiral galaxy. And you are correct, that one will probably turn up in another image ! 😄
Lovely #merger of two galaxies.
The blue dot at 2 is a foreground star from our galaxy.
In the center of the image is just one object. Probably a very fuzzy spiral.
The bright object top left is a foreground star from our galaxy. The colors and weird center are optical artifacts
The central object is a galaxy with a very bright center. The dark dot is an optical artifact caused by oversaturation.
The two blue objects are indeed foreground stars from our galaxy. The colors are not real in these infrared images.
That is an optical artifact. Nothing weird going on, sorry ! 😄
Those distinct points are optical artifacts !
Not much distortion. I'd go for @overlap/
That ring is an optical artifact caused by oversaturation
impossible to tell from this angle
There is a lot of background noise in this image. Not sure what you are referring to ?
The bright blue object, top left, is a foreground star from our galaxy. The colors, rings and spikes are optical artifacts.
disks or spirals seen edge one have usually more pointed tips. But is not always easy to make the distinction
No distortion. I'd go for #overlap
Yup ! Good call ! Here are more weird images! : http://tinyurl.com/GZartifacts
I could go for merger for this one ! 😄
The bright object at the bottom is a foreground star from our galaxy !
Dust lane ! 😄
Probably just an artifact ! sorry ! 😄
@lostlens : Could you please explain what it means ? 😄
At these distances it is impossible to see planets
Possibly !
Mismatch between the Skyserver image and this one.
The bright objects are probably just foreground stars from our galaxy !
No way to tell from just this image ! Your classification is as good as anyone else's ! 😄
But only classify the one in the center of the image ! 😄
gorgeous #merger
You do realize that most people have no idea what these abbreviations and comments mean !
The bright blue object is not a galaxy but a foreground star from our galaxy. And overlap is only used for galaxy/galaxy overlap.
The colorful ring is just an artifact. Looks cool though ! 😄
These two galaxies are definitely not overlapping ! They are too far apart for that.
Definitely not an overlap ! Lots of interaction ! I'd go for #merger ! 😄
Those rings are optical artifacts ! They really look cool though ! 😄
Not a supernova. Could be another galaxy overlapping ! .
Artifacts, but no idea what causes them though ! 😄
Looks like it. It is better visible in the optical image : http://tinyurl.com/qdhfu2r
Artifacts, sorry ! 😄
More weird images here : http://tinyurl.com/GZartifacts
This is actually a star from our galaxy. But something definitely went wrong with the imaging/filters !
This is an infrared image, so the colors are not real.
The two large ones appear to be interacting. Not so sure about the smaller ones.
This is actually a star from our galaxy, but something went wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The green cheerio 😄 is an optical artifact.
The blue round object is a foreground star from our galaxy.
Correct ! 😄
That could be satellite trails !
That is just an optical artifact ! Sorry ! . Don't know what causes it though !
Yes, these are all stars from our galaxy.
The round blue object is a foreground star from our galaxy.
The blue objects are indeed foreground stars from our galaxy. But this is an infrared image, so the colors are not real.
The red object at the bottom is another galaxy.
The blue circle is indeed a foreground star from our galaxy. This is an infrared image, so the colors are not real.
Just answer the questions a s well as you can. ! 😄
Looks like an artefact to me
I'm thinking #overlap.
I'm really not convinced. The 'lensing' galaxy is a spiral and these are usually not massive enough to do this kind of lensing !
Could be just a line of sight. No sign of interaction !
Just an artifact, sorry !
probably ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
All the objects in this image are stars from our galaxy.
Sorry, I don't see any dustlanes in this image. Where do you see them ?
No ring for me. Maybe two spiral arms that fold back !
The object to the left is a foreground star from our galaxy. All the weird thingies are optical artifacts !
The white,spiky objects with the black dot in the center are stars from our galaxy.The colors,spikes&weird center are all optical artifacts.
Disturbed spiral galaxy with two loose spiral arms. Good call ! 😄
The central object is probably a galaxy, but the others in this image are all foreground stars from our galaxy.
The colors are not the real colors but artifacts. There is no correlation with the distance, sorry.
This is an infrared image. The orange line is a dustlane.
Not convinced ! The central galaxy cold be a fuzzy spiral with a big bulge
Correct !
The red ring to the left is also an otpical artifact
The bright object to the right is a foreground star from our galaxy. The colors, spikes and rings are all optical artifacts.
The red, green or blue lines are satellite trails.
the green line is a satellite trail
I'd go for disturbed barred spiral, but hey, that is just me ! 😄
The green doughnuts are indeed artifacts.
Yup ! 😄
All the objects in this image are stars from our galaxy
The bright blue object is a foreground star from our galaxy.
But please !!!!, always classify the object in the center of the image, even if it is the most boring one! ,D
The bright spiky object top right , is a foreground star from our galaxy.
Looks more like a disk to me. No ring.
What is not normal ?
The brightly coloured object is a foreground star from our galaxy.
Why do you think this is an AGN
I'm not sure this is a merger. Both of the galaxies look undisturbed. I'd go for #overlap.
The square dots thingy is just an artifact! No idea what causes it though ! 😄
The blue object at the top is a foreground star from our galaxy.
Btw, always classify the object in the center of the image! 😄
Here's the image in the optical (image flipped) : http://tinyurl.com/qdm8s7k
This is an infrared image from the UKIDS Survey. The colors will be obviously a bit weird.
The blue object at the top is a foreground star from our galaxy !
Great #merger ! Here's the image in the optical : http://tinyurl.com/nlbxslk
The blue object at the bottom is a foreground star from our galaxy.
The blue object to the left is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
The bright blue object to the right of the central galaxy is a foreground star from our galaxy.
The two objects, top right corner, are foreground stars from our galaxy.
The red round object is a foreground star from our galaxy.
The red and yellow objects are foreground stars from our galaxy
Why do you think thisis an AGN ?
Btw, the two bright round objects are foreground stars from our galaxy.
The smaller objects areprobably foreground stars fromour galaxy.
I'd go for a disturbed spiral with a big bulge
The blue round object is a foreground star from our galaxy.
I'd go for a disturbed spiral , probably interacting with the little one to the right.
I'd go for a disturbed spiral !
The bright blue object definitely looks like an overlapping star to me!
You can only see a bar in a disk or spiral if it is seen face on !
Please, keep the questions coming ! That is how I learned lots ! 😄
No dustlane for me, sorry !
Not really, all the objects here are stars from our galaxy ! 😄
Not every bright bulge is a sign for an AGN. ;D
The two blue, round objects are foreground stars from or galaxy. So, they are not connected in any way with the central galaxy.
The dark dots are optical artifacts. At these distances it is impossible to see planets.
The vertical line is an artifact. No dust lane here either
Why do you think this is an AGN ?
Looks like a bulge to me.
Definitely a disturbed galaxy, but even in the zoomed out view there is no obvious culprit.
These are indeed stars, but something went very wrong withthe imaging/filters. More weirdness here : http://tinyurl.com/GZartifacts 😄
The blue object to the left is a foreground star from our galaxy.
No distortion,so no merger for me;
Correct, all the objects in this image are stars from our galaxy.
It is a faint and fuzzy galaxy, not much more to tell about it.
The dot at 4 o'clock is probably a foreground star from our galaxy. No merger.
You can only see a bar in a disk or spiral if you see them face on
Correct, this is a star.
The fuzzy colorful stripes to the right are artifacts, probably caused by a bright star outside of this image.
All the objects in this image are stars from our galaxy. The colors and weird center are optical artifacts
You are looking at 2 galaxies definitely interacting ! Gorgeous #merger.Here's the zoomed out and flipped image: http://tinyurl.com/prj3bgn
All the objects in this image are foreground stars from our galaxy.
The central galaxy, doesn't seem massive enough to do this kind of lensing.
Nice find ! 😄
Correct, most of the objects int his image are stars from our galaxy.
These objects are stars from our galaxy, but lots of the imaging went wrong
Unfortunately, the rings are optical artifacts.
Great #merger ! 😄
The white object is a foreground star from our galaxy. The other two are galaxies and are possibly interacting.
There is definitely some interaction going on ! 😄
The 2 bright blue objects are foreground stars from our galaxy.
And please, always classify the object in the center of the image. Tx
And the colors don't have anything to do with the Doppler effect, sorry ! ;D
The bright blue/white and round objects are foreground stars from our galaxy.
The central galaxy has a z (redshift) of 0.046. Go figure ! ,D
Definitely no lensing going on in this image. Chance alignment.
The two bright objects are foreground stars from our galaxy.
That is , unfortunately, just an optical artifact. 😄
The central galaxy is a loose, two armed spiral probably interacting with the edge on above.
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
This galaxy has a very bright core. The red dot is an optical artifact.
These objects are actually stars but something went very wrong with the imaging/filters.
The central object is a disk or spiral galaxy seen edge on.The object,top right,is a foreground star from our galaxy. No merger possible! 😄
Yep, the green 'ring' is an optical artifact.
The blue dot is an optical artifact. No star or planet in front, sorry !
The four dots are an optical artifact.
The red arc to the right is a very good gravitational lens candidate
The red dot is a foreground star from our galaxy.
Those blue dots are optical artifacts
The red object at the top is a foreground star from our galaxy.
Not a dustlane but a bar
No dustlane in this galaxy. The darker line in the center is an optical artifact
Please, always classify the object in the center of the image ! Tx 😄
Gorgeous #merger
Correct ! D
Afaint and fuzzy galaxy with a foreground star overlapping. I'd go for irregular.
The colorful glow and spikes are artifacts caused by a bright star outside of this image.
very disturbed spiral for me
A very faint and fuzzy galaxy. You can classify it as 'features or disk', then no to all the questions, anything odd : yes, irregular
This NGC 7383. Why do you think it has an AGN ?
That would be my classification too ! 😄
Awww ! Nice one ! 😄
Too bad we have to wait almost a year until next Valentine's Day ! ;D
The colorful glow is an optical artifact caused by a bright star just outside of this image.
Looking at the image in the optical, the blue & red dots are probably foreground stars. Not sure about the green one, could be an artifact
The colorful thing , bottom left, is an optical artifact. No idea what causes it though ! 😄
The blue object at the bottom is a foreground star from or galaxy.
Looks like a two armed spiral with a big bulge.
No merger for me too ! I'd go for #overlap !
There is definitely some interaction between these two galaxies. Lovely #merger.
Not an elliptical but a two armed, barred spiral.
Yes, the colorful band is indeed an artifact. Could be caused by a very bright star outside of this image.
There are at least three galaxies in this image. But, please, always classify the object in the center of the image
The central object is a galaxy. The small dot at 9 could be another faint and fuzzy galaxy or it could be a foreground star from our galaxy.
These objects are actually stars from our galaxy but something went very wrong with the imaging/filters
Yes, it's an optical artifact. It is not a real object.
This is probably a fuzzy spiral with a prominent bulge. The white object to the right is a foreground star from our galaxy.
The blue round object is a foreground star from our galaxy.
It's a satellite trail. 😄
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The central object is a fuzzy irregular galaxy. The bright spiky thing, bottom right, is a foreground star from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The two lines could be satellite or meteor trails.
Definitely not an elliptical. I'd go for irregular or even a very disturbed, barred spiral.
The bright blue object at the top is a foreground star from our galaxy.
I see only one galaxy in the center of this image. The two colorful dots could be foreground stars from our galaxy.
The object to the right is a foreground star from our galaxy.
The bright object at the top is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts
The blue object with the ring is a foreground star from our galaxy. The ring is an optical artifact. Beautiful ! 😄
Looks like two galaxies merging to me.
The green ring is just an optical artifact, not associated with the perfect disk or spiral edge on ! 😄
The green ring is (unfortunately) just an optical artifact.
Moe info here http://tinyurl.com/GZartifacts
the objects in this image are foreground stars from our galaxy. But obviously, something went very wrong with the imaging/filters
Nope, all the objects in this image are stars from our galaxy.
Nope, just another faint and fuzzy galaxy. No way to tell, just from this image, if it is close to the central galaxy.
Sorry, I don't see it. All the other objects are too far away from the central galaxy to be lensed images.
The fuzzy object could be another small and fuzzy galaxy.But no way to tell from just this image if it is associated with the central galaxy
In this case artifacts are things that are not real, caused by reflections, or things gone wrong with the software or equipment.
That is definitely a possibility.
Not a lens. The two blue objects are foreground stars from our galaxy.
A gorgeous nebula (coordinates underneath the image). Here's a zoomed out view : http://tinyurl.com/pgq38pl Enjoy ! 😄
Always classify the object in the center of the image ! 😄
This is an infrared image of this galaxy : http://tinyurl.com/qzubjb9
A beautiful, barred two-armed spiral.
This is an infrared image from the UKIDS Survey. Here's the optical image : http://tinyurl.com/plffjzb . I'd go for fuzzy spiral
The red dot is a foreground star from our galaxy
These are actually stars from our galaxy, but something went very wrong with the imaging /filters. More info: http://tinyurl.com/GZartifacts
Not much distortion, so no merger for me
The white object is a foreground star from our galaxy. So definitely not a merger
The dots are optical artifacts (ie not real)
The spiky object to the right is a bright foreground star from our galaxy.The colors,spikes & weird center are all just optical artifacts.
You wish ! 😄
Sorry, something went terribly wrong with the imaging/filters. More info here : http://tinyurl.com/GZartifacts
The object, bottom right, is a foreground star from our galaxy. The colors and spikes are optical artifacts.
Could be an overlap.
The two bright objects at the bottom are indeed foreground stars from our galaxy. The colors and spikes are optical artifacts.
That is probably an artifact.
The object at 11 could be a star forming region in this fuzzy spiral galaxy.
The yellow dot is also a foreground star from our galaxy.
The red glow, the pink ring and the spikes are all optical artifacts caused by a bright star just outside of his image.
This is IC 478 and according to SIMBAD it has an Active Galaxy Nucleus 😄
Not a cluster I'm afraid. The central object is a galaxy, but the others are foreground stars from our galaxy.
The round blue object to the left is a foreground star from our galaxy.
Correct ! Almost all of the objects in this image are stars from our galaxy.
LOL ! That 'discoball' is a foreground star from our galaxy. The funky colors and weird center are all optical artifacts.
The central objct is a disk or spiral galaxy see edge on. The two blue, round objects are foreground stars from our galaxy. No merger here !
Always classify the object in the center of the image. 😄
The blue dot looks like an artifact to me.
The white round objects as ell as the red round ones are foreground stars from our galaxy.
Yes, the bright, round objects are foreground stars from our galaxy.
And you would be right! All the objects in this image are foreground stars from our galalxy
The bright blue object, bottom right, is a foreground star from our galaxy.
Definitely a fuzzy spiral.
just a tip : the images are flipped ! 😄
And how did they classify it ? 😄
Sorry, you cannot mix elliptical with all these other features. If you call a galaxy elliptical, it cannot have any sort of features !
Definitely not an elliptical. I'd go for disk or spiral galaxy seen edge on
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
These two objects are actually stars , but the colors are not real. More info here : http://tinyurl.com/GZartifacts
The three colored object is an asteroid passing in front of the galaxy. Nice catch ! 😄
Definitely not stars. These two galaxies are probably merging.
The green dots are optical artifacts, sorry !
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The central object is a (barred) spiral and they are usually not massive enough to do any lensing !
Obviously artifacts, but I have no idea what causes them !
Here's the image in the optical : http://tinyurl.com/ng7fkbw
The black dots are just artifacts, sorry !
The yellow central object is not a star but an elliptical galaxy containing billions and billions of stars.
The blue object, bottom right, is a foreground star from our galaxy.
Not much (if any) distortion. No merger for me.
The central object is a galaxy, but all the other objects in this image are indeed stars.
The half ring is an optical artifact.
The green ring is an optical artifact.
Lots of imaging problems. More info here : http://tinyurl.com/GZartifacts
The blue object to the right is a foreground star from our galaxy.
The green ring is, unfortunately, noting but an optical artifact ! Sorry ! 😄
For the life of me, I can't see anything overlapping ! Sorry.
Please, always classify the object in the center of the image. In this case I would have picked star/artifact.
The blue object at the top is probably a foreground star from our galaxy
Galaxy for me.
Correct. Artifact.
The bright object, bottom right, is a star from our galaxy. The colors, spikes and rings are all optical artifacts.
This is IC2497 the host galaxy of Hanny's Voorwerp. HV is not visible in this infrared image.
The green smudge at the bottom is an optical artifact.
The object at the bottom is indeed a star from our galaxy. The colors and weird center are optical artifacts.
The object in the center is indeed a galaxy. I'd go for smooth and in between
Definitely a merger of two galaxies. The coordinates are under the image RA: 141.6724062, DEC: 4.79055577
Not stars but galaxies.
The green object to the right is a foreground star from our galaxy. The colors and blue center are optical artifacts.
The bright blue object to the right is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.No lens
What object are you referring to ?
looking at the optical image (http://tinyurl.com/om4zqeg), there appears to be some interaction going on right now ! 😄
😄
Really gorgeous #merger. More apparent in the optical image : http://tinyurl.com/q9wkf3j
The greenish ring is a common artifact found in these infrared images.
Spiral seen almost edge on for me. And it has a very bright center ! 😄
Disturbed spiral would be my classification as well.
The three galaxies in the center of the image are interacting. Nice #merger
This is indeed a disk or spiral galaxy seen edge on.
Sorry, but these two objects are indeed stars from our galaxy.
The two suares of dots and the bright blue dots are optical artifacts.
The blue object top left is a foreground star from our galaxy.
Nope, not a gas cloud but a fuzzy and disturbed galaxy with millions and millions of stars.
The central object is not a star, but a galaxy. I'd go for smooth and round.
The three objects are foreground stars from our galaxy. Nice chance alignment.
The object in the bottom right corner is just a bright star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Always classify the object in the cener of the image ! Tx 😄
The object at the bottom is just a foreground star from our galaxy. The colors are optical artifacts.
The object top right is a foreground star from our galaxy.
This is an infrared image from the UKIDS Survey. The colors are not the real colors. Definitely not a blueshifted galaxy.
Good call, the blue and green thingy is an artifact !
I don't see a lens here, sorry !
Or it could be a foreground star from our galaxy.
Definitely no lensing going on here (sorry ! ). The red smudge could be a faint and fuzzy galaxy, overlapping.
All the objects in this image are foreground stars from our galaxy.
The central object, which you are supposed to classify, is a fuzzy galaxy. The other round dots are all foreground stars from our galaxy.
The red object is a foreground star from our galaxy.
The bright object, bottom right, is a foreground star from our galaxy.
The bright spiky object (bottom right corner) is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
The object you are supposed to classify is the faint and fuzzy smudge in the center of the image.And that is most definitely a galaxy.
Sadly, those are just optical artifacts !
Definitely a #merger ! 😄
#disturbedspiral ? 😄
And Capella beat me to it ! 😄
It is not a star cluster but the infrared image of this galaxy : http://tinyurl.com/pvkukn7
There a few galaxies in this image, but most of the small round dots are foreground stars from our galaxy.
Fuzzy spiral for me. The round object at 3 o'clock is a forground star from our galaxy.
Two galaxies merging and one forground star (the blue, round object)
All the objects in this image are foregrounds stars from our galaxy.
Funny artifact ! 😄 More weird images here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
Nice barrd, two-armd spiral. Nothing turning into an elliptical here, sorry.
Yes, always classify the object in the center of the image, even if it is the most boring one ! 😄
The object in this image is definitely a galaxy. I'd go for smooth and round.
The orange/yellow obect to the left is a foreground star from our galaxy. I only got confirmation by looking at the Skynet image. 😄
I'm thinking foreground star as well.
Correct. A star with lots of imaging problems. 😄
More weird images here : http://tinyurl.com/GZartifacts
I'd say yes to both.
Stars from our galaxy ! 😄
No lensing, just two galaxies that appear to be close together.
beautiful two armed, barred spiral !
The disturbance could be the result of a flyby by another galaxy. No way to tell that the small one to the right is the culprit.
The four dots are an optical artifact in these infrared images. No idea what causes them, sorry.
The objects at 7 and 10 are probably foreground stars from our galaxy.
The blue object to the right is a foreground star from our galaxy.
The two rings are definitely artifacts. Don't know what causes them, sorry.
Gorgeous #merger. The white object is a foreground star and so, definitely, not connected whatsoever.
Would you believe this is actually a star ! 😄 But something went very wrong with the imaging/filters.
The weird ring to the right is an optical artifact. No idea what causes it though ! 😄
The four dots are an optical artifact
The central object is a galaxy. I'd go for smooth and round. The blue round object is a foreground star from our galaxy.
The two bright white objects are foreground stars from our galaxy.
Always classify the object in the center of the image.
All the objects in this image are stars from our galaxy.
These objects are stars from our galaxy, but something went wrong with the imaging. More weird images here : http://tinyurl.com/GZartifacts
The four green dots are an optical artifacts in these infrared images. No idea what causes them though ! 😄
No motion, just three stars. See here for the optical image (image flipped) http://tinyurl.com/pyhcsoh
The 'EGO' is a foreground star from our galaxy. 😄
The colors and ring of the star (to the left)are just optical artifacts.
The galaxy, bottom right, looks more like an edge on disk or spiral to me.
The bright blue object, op right, is a foreground star from our galaxy.
The red object to the left is probably another galaxy .I don't think it is interacting with the central one.
This is actually a star but something went very wrong with the imaging/filters. More weird images here :
http://tinyurl.com/GZartifacts
And another weird artefact in the UKIDSS images ! 😄
This is actually a star but something went wrong with the imaging/filters. More weird images here :
http://tinyurl.com/GZartifacts
Nope, this is a real galaxy. It looks faint and fuzzy because this is an infrared image.
No lensing here. Some of the round objects are foreground stars from our galaxy.
The green circle is an optical artifact.
Correct, almost all the objects in this image are stars from our galaxy.
Sometimes the software gets confused ! 😄
The green dot could be a foreground star from our galaxy.
Not a dust cloud but a real galaxy with millions and millions of stars.
Really great chance alignment ! 😄
If you mean the bright purple spot in the object at the bottom?That is just an optical artifact because this foreground star is so bright !
Definitely a galaxy. I'd go for (very) disturbed spiral.
Good call ! Always classify the object in the center of the image.
The round blue objects are both foreground stars from our galaxy.
The blue object is a foreground star from our galaxy.
The central object is indeed a galaxy. The blue ones are both foreground stars from our galaxy.
The colorful object, top right corner, is a foreground star from our galaxy. The colors are optical artifacts.
AGN = Active Galactic Nucleus
The red rings are optical artifacts.
The central bject is not a star but a galaxy (smooth and round). The blue objects are indeed stars.
Why? 😄
Here's the link to the image in the optical (image flipped) : http://tinyurl.com/qhuxfgk
Don't get fixated on the colors. This is an infrared image from the UKIDS Survey.
Not an asteroid but a foreground star from our galaxy. The colors are optical artifacts.
What about a disturbed barred spiral.
The 'ring' to the left is indeed an optical artifact (not an asteroid, sorry)
The white dots are artifacts.
Almost all the objects in this image are stars from our galaxy. The colors, spikes and weird center are optical artifacts.
The central object is a galaxy.The bright white objects at 7 and 12 are foreground stars from our galaxy. The red line is a satellite trail.
More weirdness here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
This is actually a star but something went seriously wrong with the imaging/filters.
I'd go for a barred two armed spiral
The bright blue object is a foreground star from our galaxy. Not a supernova, sorry ! 😄
The central galaxy could be an elliptical. The one to right looks like an edge on disk or spiral with a big bulge to me.
The red haze is in fact an optical artifact caused by a bright star just outside of thisimage
I would go for disturbed spial.
The green line is a satellite trail.
And could you please mind your language Tx
Mmm, I see what you mean. I think I would go for two arms, but if you think you see three arms, just go for it ! 😄
Something went very wrong with the imaging/filters. More here : http://tinyurl.com/GZartifacts
The bright object to the left is a foreground star from our galaxy. The different colors are optical artifacts.
Definitely an artifact. More here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
The bright blue object is a foreground star from our galaxy.
The blue spheres are foreground stars from our galaxy.
Not an exploding star! It's is an image from the UKIDS Survey.This galaxy is extremely bright in infrared. It is Mrk 1239 a Seyfert 1 Galaxy
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
This is a new one ! 😄 Beautiful optical artifact caused by a bright star outside of this image !
Apparently this smooth and round elliptical has a very active nucleus ! Here's the optical image : http://tinyurl.com/nvwgetb
Oops, no lensing here. The bright blue object is a foreground star from our galaxy. The eird effects are all optical artifacts.
Both galaxies look distorted. Merger for me
The 'halo' is actually two fuzzy spiral arms.
The blue clumps are all star forming areas.
This is a disk or spiral seen edge on. And look at that dustlane ! 😄
The darker dot and the blue ring are optical artifacts.caused by the brightness of the center.
Not a red star ! This galaxy has a very active nucleus (Seyfert1) and that causes the bright red in this infrared image.
The darker spot in the center is an optical artifact caused by oversaturation
gorgeous #merger
You could go for disturbed edge on, but a very loose, two armed spiral is also a possibility.
The green doughnut to the left is (sadly 😄 ) an optical artifact.
The bright blue object is not a star forming region in this galaxy, but a foreground star from our galaxy.
The object to the right is a foreground star from our galaxy. So definitely not a merger, sorry.
Sorry to disappoint you but the blue dot is most definitely a star.
You can see it better in the optical image (image flipped) http://tinyurl.com/pyf6jyp
The little ring at the tip is an optical artifact. Not a nebula, sorry.
This is not a nebula but a star from our galaxy. The colors are not real. More weird mages here : http://tinyurl.com/GZartifacts
First of, always classify the object in the center of the image. And the bright blue object at the top is a foreground star from our galaxy.
Fuzzy spiral for me too !
That is another galaxy. Looks like it's an edge on.
The bright blue object to the right is a foreground star from our galaxy. So, definitely not a merger.
The bright blue objects are foreground stars from our galaxy.
The two bright objects are foreground stars from our galaxy. The colors are optical artifacts.
This is a very disturbed barred spiral.
I think the QSO is the dot at 8 at the left edge. Here's the image centered on the QSO : http://tinyurl.com/p3u9y6z
The green ring to the right is an optical artifact.
The bright spiky thing is a foreground star from our galaxy. The colors, spikes and purple center are all optical artifacts.
Sorry, I don't see an asteroid in this image or in the Skyserver image
The bright object at the top is most likely a foreground star from our galaxy, so no merger whatsoeverer
That is probably two foreground stars that appear to be close together
It could be a merger. Or, looking o more info,in SIMBAD , this galaxy has the tag Seyfert 1. Which means it has a very active center.
Definitely not ! The bright circular objects are foreground stars from our galaxy.
This is actually a star from our galaxy,but something went wrong with the imaging/filters.More weirdness here:http://tinyurl.com/GZartifacts
The central object is a faint, disturbed barred spiral with two arms. Here's the optical image (image flipped) : http://tinyurl.com/no5w34y
The object you are asked to classify is a fuzzy edge on disk or spiral. The bright object is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
the 'ring' is actually a bright star from our galaxy.
#overlap for me. Not much distortion.
You could go for #merger or for #irregular
I'd go for disturbed spiral.
The central object is a faint and fuzzy galaxy. The bright blue dot is a foreground star from our galaxy.
Very disturbed galaxy.
There is definitely some interaction going on.
Correct. The red and the green line are both satellite trails.
This is definitely not a star but a smooth and round galaxy with billions of stars. The ring in the center is an optical artifact.
The dark spot in the center is an optical artifact caused by oversaturation.
The bright object at 2 is a very active star forming area in this galaxy.
Good call ! 😄 !
But, please, always classify the object in the the center of the image !
Happy hunting ! 😄
A gorgeous #merger !
The bright object to the left is a foreground star from our galaxy. The colors and weird center are optical artifacts.
The bright blue object, bottom left, is a foreground star from our galaxy. The box shape is an optical artifact.
Yep, definitely artifacts. Don't know what causes them though ! 😄
Not a cloud but a real faint and fuzzy galaxy. Here's the image in the optical : http://tinyurl.com/ospa6fg
Looks like they are interacting. #merger for me.
The blue object at 6 is a foreground star from our galaxy.
Not a satellite galaxy but a foreground star from our galaxy.
The red 'disk' is actually a spiral arm with lots of star forming oging on.
The bright object, top left, is not a galaxy but a star from our galaxy.
And, please,always classify the object in the center of the image.
The dark spot is an otpical artifact caused by oversaturation.
Not an elliptical but a disk (possibly a spiral) and not a merger.
Sorry, no rings here. The darker spot in the center is an optical artifact caused by oversaturation.
The blue stripe is probably a satellite trail.
Looks like an artifact to me.
No noticeable distortion. I'd go for overlap.
It could be a foreground star from our galaxy.
It's a barred spiral with two arms that fold back to make a ring.
The two objects top right are foreground stars from our galaxy. No merger here, sorry.
The blue clumps are indeed star forming regions. Either it's young or this could have been triggered by interaction with another galaxy
The central yellow object is a galaxy, but the white one to the right is a foreground star from our galaxy. No collision possible, sorry.
Looks like a barred, two-armed spiral to me.
For me this is a spiral seen at an oblique angle.
Not a ring for me. I'd go for a disk or spiral seen edge on.
Here's the zoomed out and flipped/rotated image ! Looks amazing !
http://tinyurl.com/npwyfhb
Gorgeous #overlap
Yep, all the objects in this image are stars from our galaxy.
The green doughnut to the left is (sadly 😄 ) an optical artifact.
That tiny red spot is an artifact, sorry !
The bright object, bottom right, is a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The green smudge is an optical artifact. We don't know what causes them.
Yes, the object in the center is a galaxy and so is the object at 5 o' clock
The blue object, bottom right, is indeed a foreground star from our galaxy.
Great merger at 4.
The colors are very strange in these infrared images from the UKIDS Survey.
LOL ! 😄
Oh no, definitely not a star ! !!!! Looks like an edge on galaxy seen disk or spiral with a very bright centre.
Yep, good call ! The spikes and colors and overall appearance are all optical artifacts
Don't think so. It is probably a foreground star from our galaxy.
The object, top left, is a very faint and fuzzy galaxy. The bright object bottom left is a foreground star from our galaxy.
Spiral seen at an angle. The small dot is a foreground star from our galaxy.
The halo is the bulge. And it looks like a boxy bulge to me. Nice find !
The colourful smudges are optical artifacts caused by a bright star just outside of this image.
The green ring, bottom left, is an optical artifact.
These two objects are actually stars from our galaxy. But something went wrog with the filters/imaging.
It's a satellite trail
The bright object, top right, is a foreground star from our galaxy.
And, please, always classify the object in the center of the image.
The lines are diffraction spikes (optical artifact) caused by a bright star just outside of this image. The 'cluster' is just an artifact.
The bright object top right is not a galaxy but a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
The blue doughnuts are (sadly) optical artifacts. And the two bright blue objects are foreground stars from our galaxy.
Lovely image !
But all the objects in this image are foreground stars from our galaxy ! 😄
Just artifacts, sorry ! 😄
Zooming out a bit it is easier to see that it is a very disturbed spiral : http://tinyurl.com/kb9uf7x
And, please, always classify the object in the center of the image, even if it is the most boring one ! 😄
The bright object to the left is indeed a foreground str from our galaxy. The colors, spikes and weird center are all optical artifacts.
This galaxy has a very bright core, probably a AGN (Active Galactic Nucleus)
A very faint and fuzzy galaxy, not much more to tell about it.
The two bright objects are both foreground stars from our galaxy. Nice chance alignment, no lensing ! 😄
Welcome to the Zoo ! 😄 The bright blue/white object at the top is indeed a foreground star from our galaxy.
The dots are artifacts. No idea what causes them ! 😄
More distortions visible in the optical image : http://tinyurl.com/pa7rd37. Merer ! 😄
This is definitely a galaxy. 😄
The central object is a galaxy. The other ones are probably foreground stars from our galaxy.
All the objects in this image are foreground stars from our galaxy.
Irregular is definitely an option. Very fuzzy disturbed spiral is another possibility.
The bright blue object is indeed a foreground star from our galaxy.
C'est une étoile de notre voie lactée. Les couleurs et pointes sont des défauts optiques.
It's a Herbig Haro object : HH43 wiki : http://en.wikipedia.org/wiki/Herbig–Haro_object
The fuzzy object is a galaxy. Irregular sounds right. The bight blue one is a foreground star from our galaxy
Star from our galaxy ! 😄
The green glow is an optical artifact caused by a bright star just outside of this image
Most of the objects in this image are stars from our galaxy.
The object bottom right, is actually a star from our galaxy. The colors, spikes and rings are all optical artifacts
That discoball is actually a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
This is actually a star from our galaxy. More weird images here : http://tinyurl.com/GZartifacts
The green dot is probably a foreground star from our galaxy.
The central object is a galaxy. The one at the bottom is a foreground star from our galaxy. No merging whatsoever here, sorry!
I think it means clockwise. But please , don't feel intimidated by these posts. just go with your first classification !
The central galaxy and the one to the right seem to be interacting. #merger for me.
This is not a UKIDSS image. The green half circles are optical artifacts caused by the very bright stars.
The dark spot in the center is an optical artifact, caused by oversaturation.
Where do you see the black hole ?
All the objects in this image are foreground stars from our galaxy.
This is not a galaxy but a foreground star from our galaxy (the software got confused). The square and 'jet' are optical artifacts..
The central object is a galaxy, the one to the left is a foreground star from our galaxy.
No distortion, so no merger here for me.
The bright white object is not a galaxy but a foreground star from our galaxy. No merger possible.
Sorry, no merger here. The blue dot is a foreground star from our galaxy.
Definitely a spiral galaxy. Here's the optical image :http://tinyurl.com/plstwab
That is definitely a possibility.
Looks like they are interacting. #Merger
No, just a star from our galaxy. But something went wrong withthe imaging/filters. More info here : http://tinyurl.com/GZartifacts
A very disturbed barred spiral
Definitely galaxies, probably merging.
Merger for me too !
Two galaxies interacting. Gorgeous #merger
And, please, always classify the object in the center of the image.
The rbight blue object at the top is a foreground star from our galaxy.
I don't see any signs of interaction. No merger for me.
Lots of artifacts. More here :
http://tinyurl.com/GZartifacts
The central object is definitely a galaxy. The two other objects are foreground stars.
Definitely a galaxy.
I'd go for merger.
The blue/red tingy is unfortunately, just an artifact. Looks cool though ! 😄
Actually, almost all the objects in this image are stars from our galaxy.
Definitely no lensing here. I'd still go for merger.
The blue object, top right, is a foreground star from our galaxy
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The two blue objects are foreground stars from our galaxy.
Definitely not an overlap. Beautiful merger !
Looking at the optical, definitely a #merger
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=325.89994751&dec=-1.05903239&scale=0.1980635&width=512&height=512&opt=&query=
Looks amazing !
Nothing to be seen in the top left corner ! What is your question ????
Correct, the bright blue object is indeed a star !
Again, with these kind of galaxies it is not always easy to see. But I think I see some interaction so, merger for me.
The three objects in the center are definitely interacting ! : #merger
There is no way that it could be interacting with the object at 2, which is a foreground star from ur galaxy.
The central object, which you are supposed to classify, is a galaxy (very disturbed spiral).
At these distances it is not possible to directly see a planet.
The bright object, bottom left, is not a galaxy, but a foreground star from our galaxy. The colors and blue dot are all optical artifacts.
Definitely not lensing. Two galaxies interacting. It is more apparent in the optical image : http://tinyurl.com/pmh32wn
I don't see anything bottom right ??
The one at the bottom is probably another galaxy, overlapping.
The central object is not a cloud but a galaxy. The white object at the top is a foreground star from our galaxy.
Looking at the optical image (http://tinyurl.com/nfytolb),
I'd go for irregular with amazing star forming regions.
Nice example of how the infrared and the optical image can give vastly different classifications !
Merger more apparent in the optical image : http://tinyurl.com/pokmvmc
The green ring, bottom left, is an optical artifact. The 3 blue objects (at 12,4 and 8) are foreground stars from our galaxy.
The green dots are artifact. No idea what causes them though ! 😄
Neither. This galaxy is probably a fuzzy spiral. And spirals are usually not massive enough to do any lensing.
These two galaxies are definitely interacting ! Merger for me too.
The blue object at 4 is a foreground star from our galaxy.
The object top right is a foreground star from our galaxy.
This galaxy has a very bright core (AGN Active Galactic Nucleus).
The red smudge is another galaxy. The two dots are probably foreground stars from our galaxy
This is definitely a star from our galaxy, but the colors are not real. Something went wrong with the imaging/filters
The object at the bottom is probably a foreground star from our galaxy.
Nice chance alignment.
The central galaxy is elongated because it is interacting with the other two galaxies. Beautiful #merger ! 😄
That is indeed a satellite trail.
The central object is definitely a galaxy.Could be a fuzzy,disturbed spiral or an irregular.The red dot is a foreground star from our galaxy
LOL ! The bright red object is a foreground star from our galaxy. The colors , spikes and weird centre are all optical artifacts.
The bright blue dot, bottom left, is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
The bright spot is probably a foreground star from our galaxy.
This galaxy has a very bright core. The red dot is an optical artifact caused by oversaturation.
The fuzzy object in the center is a galaxy. The bright dot at 5 is a foreground star from our galaxy.
This is indeed a galaxy. But this is an infrared image, so the colors are a bit strange. Here's the optical image http://tinyurl.com/prwo727
The green smudge is an optical artifact. Sorry ! 😄
The blue ring, bottom right, is an optical artifact.
No voorwerpje, sorry. Very disturbed barred spiral.
The ring, bottom left, is an artifact commonly found in these infrared images. No idea what causes them.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The little red streak at 1 appears to be an edge on galaxy.
Doyou mean the faint roundish thingy at 10? That is indeed an artifact !
Yep, definitely an artifact. Good call ! 😄
Star for me too ! 😄
What is your question ? 😄
All the stars in this image have the same artifact (the blue dot). I don't see a dustlane in this galaxy
Gorgeous merger. See here the optical image (image flipped/rotated) : http://tinyurl.com/p2ehfd6
The blue thingy is an optical artifact.
The central galaxy an the one to the left could be interacting. The blue object is a foreground star from our galaxy.
This actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
These two objects are stars from our galaxy. But something went wrong with the imaging/filters.
More here : http://tinyurl.com/GZartifacts
No collision here, sorry. The bright blue object is a foreground star from our galaxy.
Don't think there is lensing going on here ! Probably a merger. The two white objects to the left are foreground stars from our galaxy.
First of, always classify the object in the center of the image. And the bright object top left is a foreground star from our galaxy.
These are actually stars from our galaxy but the colors are not real. More weird images here :
http://tinyurl.com/GZartifacts
Bulgeless ? Looks like there is at least a noticeable bulge there ! ;D
The central object (which you are supposed to classify) is a faint and fuzzy (maybe even disturbed) spiral.
The object at 2 is most definitely an edge on disk or spiral.
Faint and fuzzy spiral for me too ! 😄
Definitely a fuzzy, disturbed barred spiral. Try squinting ! 😄
Just an elliptical (smooth and round) for me, sorry ! ;D
The central object is indeed a galaxy. All the other objects in this image are foreground stars from our galaxy. Not a cluster, sadly !;D
Probably two galaxies interacting. No dust lane for me
The funky object, top right is a foreground star from our galaxy. The colors and weird dots are optical artifacts.
What is your question ? 😄
#overlap for me too ! 😄
All the objects in this image are foreground stars from our galaxy.
All the objects in this image are foreground stars from our galaxy.
This is an infrared image of this optical image : http://tinyurl.com/NGC-4292A. The squared shape is formed by distorted spiral arms
The central galaxy is probably a fuzzy, barred spiral. The doughnut shape is an optical artifact.
Here's the image in the optical : http://tinyurl.com/CGCG-033-015
This is a faint and fuzzy, disturbed spiral. The 'arc' to the right is part of the galaxy.
Bonjour tbm
C'est un artefact optique
Happy hunting ! 😄
What is your question ? 😄
Two spiral galaxies merging !
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The red line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
All kinds of problems (camera glitches etc ! ) More weird images here :
http://tinyurl.com/GZartifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The bright blue object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central galaxy is a spiral seen edge on.
LOL ! This is a very bright star from our galaxy that completely overwhelmed the camera !
The gridlike pattern is an optical artifact.
The object to the right is indeed a foreground star from our galaxy.But no explosion here.The colors, spikes and ring are optical artifacts.
Could be a merger, could be an overlap;
The bright object is a foreground star from our galaxy. The colors, spikes and weird dots in the center are all optical artifacts.
What is weird ?
The galaxy is smooth and round and has a redshift of 0.139
The blue, round object (bottom right) is a foreground star from our galaxy.
It is definitely an artifact. Don't know what causes it though !
This galaxy has a very bright core, could be an AGN (Active Galactic Nucleus)
This is an infrared image from the UKIDS Survey
The two objects top right are foreground stars from our galaxy.
The central object is an elliptical galaxy :smooth and round
The object to classify is a faint edge on galaxy. The bright blue object is a foreground star from our galaxy.
The bright blue object to the left is a foreground star from our galaxy.
Yes, the two bright objects are foreground stars from our galaxy.
Not one galaxy but two galaxies,possibly merging.
The red line is probably a satellite trail
I'd go for an edge on disk or spiral.
z=0.06 , kpc=3.19, #E4 refers to the galaxy, not the foreground star at 12
It's an artifact. Looks cool though ! 😄
The red arc is definitely an artifact. Could be a reflection caused by a bright star outside of this image.
These objects are actually stars from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Gorgeous spiral ! What more to say ! ;D
But, how did you classify it ?
The green (blue/red) cloud is, sadly, just an optical artifact !
I hope you did classify the central object, as this is the one you are asked to classify ! ;D
But how did you classify the central object ? 😄
The bright orange/red central dot is actually an optical artifact caused by oversaturation !
The green circle is an optical artifact. They pop up regularly in these infrared images from UKIDSS
The dark spot in the center is an optical artifact cased by oversaturation
Thre briight blue objects are foreground stars from our galaxy. Nice chance alignment.
The green line is a satellite trail. The blue object is a star from our galaxy, that only appears to be before the line.
Definitely not lensing. Probably a merger The blue object at the bottom is a foreground star from our galaxy.
Not a star but a galaxy with a very bright centre
Top 1 is another galaxy (probably a faint edge on).Bottom 1 is probably a foreground star from our galaxy. Just a visual classification
But it is most definitely a faint and fuzzy galaxy ! 😄
Yep ! 😄
Merger for me too.
The central object is definitely a galaxy. Overlap or merger are both possible.
Looking at the optical image (http://tinyurl.com/prl9mkw), definitely #merger
Artifacts !
A very disturbed, barred spiral. But beautiful ! 😄
That is a possibility, but it could just as well be line of sight.
#merger for me too.
I'm not a newbie and I can only understand part of it ! 😄
I'd go for fuzzy spiral.
Looks pretty distorted to me. #merger
The central galaxy, is a disturbed barred spiral. And most of the small round objects are foreground stars from our galaxy.
The colorful smudge is an optical artifact
Always classify the object in the centre of the image, even if it is the most boring one ! ;D
The bright objct at the top is a foreground star from our galaxy.
he briight obect is a foreground star from our galaxy.
Sorry, I don't see an asteroid in this image. All the stars have the same colorful artifact.
Just keep on looking at lots of images. you'll get the feel for it ! 😄
Remember , we were all newbies once !
The central object is a (disturbed)galaxy. The two bright blue ones are foreground stars from our galaxy.
Not much distortion (if any) , so, #overlap for me.
Yep, or you could go for disturbed galaxy. It is your call.
That is a possibility I'd go for irregular for this one. The blue clumps are active star forming regions.
Nice reference ! 😄 Disturbed edge on or edge on 'melting' ! ;D
These infrared images from UKIDSS have the strangest colors. More here: http://blog.galaxyzoo.org/2013/10/15/galaxy-zoo-continues-to-evolve/
No distortion, so no merger for me.
All the objects in this image are stars from our galaxy. The 'central' one is a very bright star.
It has a bright core, but nothing in NED or SIMBAD
The bright blue object, upper left, is a foreground star from our galaxy.
The bright blue object is a foreground star from our galaxy.
Looks like a merger to me too !
The blue object is probably a foreground star from our galaxy. So not a merger and not an overlap.
The blue/green object, top right corner, is a foreground star from our galaxy.
Hard to tell in this infrared image. Here's the optical http://tinyurl.com/LEDA31372 . Looks weird.
Correct, always classify the object in the center of the image.
The red dot at 2 is a foreground star from our galaxy.
The colorful smudge at the bottom is indeed an artifact. No idea what causes it though ! 😄
Fuzzy spiral, possibly disturbed.
The object with the blue center is indeed a star from our galaxy. The object to classify is the small galaxy to the left.
Two galaxies interacting. Merger for me
Just give it your best shot ! 😄
Always classify the object in the center of the image ! 😄
The bright blue, round objects are foreground stars from our galaxy. At these distances it is not possible to directly see planets.
The central object, which you are supposed to classify, is a disk or spiral galaxy seen edge on.
That is probably just another faint edge on galaxy.
The central object is not a cluster but a real galaxy. The galaxy to the right is a disk or spiral seen edge on.
I'd go for disturbed spiral too.
LOL ! The object top left is a foreground star from our galaxy. The colors, spikes and weird centre are optical artifacts.
The central object is a galaxy (probably fuzzy spiral).The yellow object at 12 and the 1,top left,are both foreground stars from our galaxy.
Could be another galaxy or a foreground star.
Merger for me too.
This an infrared image. Colors are strange in these images.
Disturbed, barred spiral with two arms for me.
The black dots are artifacts.
These three objects are stars from our galaxy.
The bright object to the left is most probably a foreground star from our galaxy.
The blue thingies are definitely artifacts.
The red spot is actually an artifact caused by oversaturation.
I'd go for disturbed, barred spiral.
Yep, that is a foreground star from our galaxy. Really cool ! 😄
The bright blue object is a foreground star from our galaxy.
The green glow is an optical artifact caused by the glare of a bright star outside of this image.
LOL ! Three foreground stars from our galaxy, but I like your explanation better ;D
No lens here. The bright orange object is a foreground star from our galaxy.
The bright objects are foreground stars from our galaxy.
Not a lens or a voorwerpje. A very faint and fuzzy galaxy.
Overlap for me.
I'd go for possible #lens, although the galaxy at 5 is a bit far from the central one.
Unfortunately that is an optical artifact. Looks really cool though ! 😄
The central object is indeed a fuzzy galaxy, but most of the smaller dots are foreground stars from our galaxy. No merger here, sorry.
Sorry, almost all the objects in this image are stars from our galaxy.
Ellipticals don't have features. If you squint you can see faint spiral arms. I'd goo for two-armed, barred spiral.
Bright star from our galaxy. The colors, spikes and the dark center are all optical artifacts.
Not much distortion. No merger for me. Not sure about the dust either, sorry.
Disk or spiral seen edge on.
Could be a merger, could be an overlap. Hard to tell.
The 2 bright objects to the right are foreground stars from our galaxyThe bright dot is also a star overlapping the galaxy.No lensing here
No clouds here ! The central object is a fuzzy galaxy !
What is your question ?
Lol ! Lots of imaging and filters and camera problems !
More weird images here
http://tinyurl.com/GZartifacts
Yup, a foreground star at 11:30 ! And a nice two armed spiral with a noticeable bulge.
The bright and spiky object to the right is indeed a foreground star from our galaxy. The bright orange dot is also a star from our galaxy.
Amazing optical artifacts for this bright star.
But, please, always classify the object in the centre of the image ! 😄
Nope, this is a foreground star from our galaxy. The colors in these infrared images are a bit strange, mainly blue, red, pink and purple.
Looks like diffraction spikes (optical artifacts) caused by a bright star outside of this image.
Sorry, no voorwerpjes in this image.
The blue clumps are active star forming regions !
Very ! 😄 Lots of imaging and filter and camera problems !
More weirdness here
http://tinyurl.com/GZartifacts
It is definitely a galaxy. 😄
That is probably a diffraction spike (optical artifact) caused by a very bright star outside of this image. Looks very pretty ! 😄
A disk or spiral galaxy seen edge on.
Overlap for me. No distortion visible
The object in the center is a galaxy&so are the ones at 1&3.No merger for me. The dots to the left are foreground stars from our galaxy.
The bright blue object to the left is a foreground star from our galaxy.
There is a very (very) faint galaxy in the center of the image. Not much more to say about it ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The bright blue&green dots (lower left) are optical artifacts.A lot of the bright dots in this image are foreground stars from our galaxy.
Lovely ! That is an optical artifact caused by a very bright star outside of this image ! 😄
Definitely not a jet ! I'd go for a two-armed, very loose spiral.
The bright blue object at the bottom is a foreground star from our galaxy.
Nope, sorry ! These two objects are foreground stars from our galaxy and hey just appear to be touching !
just another faint and fuzzy galaxy !
A loose, two-armed spiral with a very bright centre.
Definitely a merger ! 😄
Great. Tx.
And glad to have you on board ! 😄
More here : http://tinyurl.com/GZartifacts
Lol ! You must admit, this does look amazing ! 😄
Seriously, lots of filter and imaging problems and even something moving problems.
The bright object to the left is indeed a beautiful star from our galaxy.
But,please,always classify the object in the center of the image.
I'm thinking space bunny ! ;D
No, seriously, that is an optical artifact. But we have no idea what causes it.
The bright spiky object at 2 is a foreground star from our galaxy. The colours, spikes and ring are all optical artifacts.
Could be a satellite trail that didn't get removed quite as it should have been ! 😄
Or disturbed spiral ? 😄
This is an infrared image from the UKIDS Survey. All the colors in these images are blue, red, pink and purple.
The two objects, top right are two faint and fuzzy galaxies. The bright object, bottom right is a foreground star from our galaxy.
This not a galaxy but a star from our galaxy. The colors, spikes and weird center are optical artifacts.
There is just one foreground star in the lower left corner. The different colors are optical artifacts.
If you see four arms, than that is what you should mark ! 😄
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=118.29531202&dec=26.99085814&scale=0.1980635&width=512&height=512&opt=&query=
Besides stars are not nearly massive enough to do this kind of lensing.
See next post for SDSS image (flipped)
In the SDSS image (optical) you can see that it is a faint galaxy next to the star.
the colors, he weird ring in the center and the dots are all optical artifacts.
The central object is a galaxy and the blue one is a foreground star rfom our galaxy. So, they are very, very far apart ! 😄
The central object is a faint and fuzzy galaxy. The object at 8 is a foreground star from our galaxy.
All the objects in this image are stars from our own galaxy. They are not colliding. They only appear to be touching.
The red and white dot are both foreground stars from our galaxy.
Errrm ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
What are you referring to ?
All the objects in this image are stars from our galaxy. The colors are not real. More info here :
http://tinyurl.com/GZartifacts
Barred spiral for me too. Not sure about merger.
The green doughnut is an optical artifact. No idea what cause it, though! 😄
The green thing (top) is an artifact and so are the spikes at the bottom. Diffraction spikes caused by a bright star outside of thisi mage.
The green thingy is definitely an artifact ! 😄
That would definitely qualify as disturbed ! 😄
I'm having the same problems with Skyserver ! 😦
Looks like two foreground stars to me too !
Do you mean the bright blue dot, top right ? That is a foreground star from our galaxy.
I'd go for disk with a dominant bulge, maybe even barred.
The central object is definitely a galaxy (smooth and round). The other objects in this image are indeed foreground stars.
As for your question, here's the wiki link : http://en.wikipedia.org/wiki/Galaxy.
Hope this helps ! 😄
This is an infrared image of a faint and fuzzy irregular. Here's the optical image : http://tinyurl.com/nu36x77
The circle, top right, is an artifact. Don't know what causes it though ! 😄
😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Really cool ! A first for me too !
The ring in the center is an artifact caused by oversaturation.
That is just an artifact, sorry !
No ring for me. I'd go for smooth and round.
The ring is, unfortunately,, an optical artifact ! 😄
The white object with the blue center is indeed a foreground star from our galaxy; The colors are optical artifacts.
It is indeed a star, but something went wrong with the imaging/filters. More weird images here :
http://tinyurl.com/GZartifacts
The round, red object at 8 is probably a foreground star from our galaxy.
Almost all of the other objects in this image are foreground stars from our galaxy.
Always classify the object in the center of the image. Here that would be a fuzzy galaxy, possibly a spiral.
Correct ! 😄
The central object is most definitely a galaxy. Have you seen this thread ? http://tinyurl.com/ougmc4x
Yep ! A very faint and fuzzy galaxy in these infrared images ! ;D
Looks like it ! 😄
Hey, every classification counts ! 😄
Neither. Disturbed spiral for me.
Why not a disturbed galaxy ? 😄
The two bright orange objects to the right of the central galaxy are both foreground stars from our galaxy.
The bright blue object to the right is a foreground star from our galaxy.
fuzzy spiral for me too ! 😄
The green trail is probably a satellite trail
Always classify the object in the center of the image. In this image, all the objects are stars from our galaxy.
Lots of interaction going on in here ! 😄 Here's the SDSS image (rotated) http://tinyurl.com/p64dslb
The red smudge is an optical artifact.
Correct, the blue/green object is an artifact. Looks pretty though ! 😄
i would've gone for merger, but disturbed does the trick as well ! 😄
Definitely an artifact. No idea what causes it though ! 😄
The blue and the green dot are artifacts. Could be cosmic rays that didn't get removed.
Gorgeous merger.
Correct, the bright blue object is a foreground star from our galaxy.
That is probably a foreground star from our galaxy.
This actually a star from our galaxy but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Misalignement of the filters
The bright bllue object to the right isa foreground star from our galaxy.
A faint and fuzzy galaxy
The bright object, bottom right, is a foreground star from our galaxy.
Hi themondo, the bright blue object, top right quadrant, is a foreground star from our galaxy.
Amazing merger of these three galaxies.
it actually looks as if this is one galaxy. Very disturbed, though!
A really, tiny maybe ! 😄
The green/blue thing, bottom right corner, is a foreground star from our galaxy. the colors and weird center are optical artifacts.
That is not a jet. In Skyserver it is more obvious that this is a merger. The 'jet' is a tidal tail.
A very faint and fuzzy galaxy. Really not much more to say about it ! 😄
Very disturbed galaxy. Here's the zoomed out image from SDSS : http://tinyurl.com/q2t7j3m (the green blobs are foreground stars)
The green dotted arc/circle is an optical artifact
The two colorful dots are optical artifacts.
Very disturbed galaxy. The "arc" is too fuzzy to be caused by gravitational lensing
Lovely 2-armed spiral
The green thingy is probably an artifact! (sorry)
the bright blue object at 2.30 is a foreground star from our galaxy.
Don't worry annparker. Every image will get looked at by at least 40-100 people, so any mistake won't make a difference.
Not sure, could be an overlap.
Good call. Looks amazing though ! ;D
Just a disturbed galaxy for me.
It looks like there could be several galaxies involved, but I'm not convinced
The two orange/yellow object at the top are both foreground stars from our galaxy. No merger here, sorry.
The object to the left is indeed a foreground star from our galaxy. So, there is no interaction possible, whatsoever, with the galaxy.
That is definitely an artifact. No idea what causes it, sorry.
No way to tell from just this image. No distortion, so no merger for me.
Some distortion, merger for me.
The green eyes are watching us ! 😄
Sorry, the green circles are artifacts. No idea what causes them.
The greenish circle is an artifact.
The smaller object is another galaxy. Not sure if it is a merger, could be an overlap.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Not much distortion. Overlap for me too.
A very faint and fuzzy galaxy. I'd go for edge on.
The colorful glow and the spike are optical artifacts caused by a bright star just outside of this image.
Here's what wiki has to say about it : http://en.wikipedia.org/wiki/Barred_spiral_galaxy
I'd go for fuzzy spiral.
The central object is indeed a spiral with possibly three arms.
Evil eye AND red doughnut ! 😄
The central object is a galaxy, but the other ones are all foreground stars from our galaxy.
Correct, all the objects here are stars.
features, not an edge on, no bar, no spiral, bulge, odd : yes, disturbed would be my classification) ! 😄
AGN according to SIMBAD
The greenish circle to the right is indeed an artifact.
All the objects in this image are foreground stars from our galaxy.
Definitely a #merger for me ! 😄
Hi Martin, of course you are free to record if the galaxy is CW or ACW, but we do not classify this any more.
Hi Tsourakla, the green circle is an optical artifact. Looks cool though ! ;D
Whatever you see it is definitely not planets ! At these distances it is impossible to see planets !
The bright blue dot to the right is probably a foreground star from our galaxy.
Or maybe even 3 stars. As we know, Skyserver sometimes gets it wrong ! ;D
Don't think the other galaxy is behind. It could be to the left of the central one. Looks like a very messy #merger.
This is actually a star from our galaxy, but the colors are not real. More info here :
http://tinyurl.com/GZartifacts
If you see UKIDSS under the image it is from the UKIDS Survey and the images are in the infrared.
The stripe is a diffraction spike (optical artifact) caused by a bright star just outside of this image.
Good call ! The blue object to the right is indeed a foreground star from our galaxy !
This could be a barred spiral. No arc.
It is very hard to see in these infrared images.
The other 'nucleus' could be a foreground star from our galaxy.
Hi Raya016
Please, always classify the object in the center of the image.
Happy hunting ! 😄
The bright thingy, top left corner, is actually two foreground stars from our galaxy. The colors and spikes are optical artifacts.
Two galaxies; the central one has a very bright core. The one to the right is severly distubred
All the objects in this image are stars from our galaxy.
The two bright objects at the bottom are two foreground stars from our galaxy, that only appear to be touching. No merger here, sorry.
The dark spot is an optical artifact caused by oversaturation
Artifact for me too.
Looks like an optical artifact caused by a bright star outside of this image
the objects, top left, are foreground stars from our galaxy.
Looks pretty disturbed to me as well.
Just some optical artifacts. Don't know what causes them though !
A very disturbed spiral. Could be the result of a flyby ! 😄
Wow indeed ! 😄
Anyway, here is the zoomed out image : gorgeous merger !
http://tinyurl.com/p22c7n5
Gorgeous disturbed edge on galaxy.
These 2 objects are actually stars from our galaxy.The colors are obviously not real. More weirdness here :
http://tinyurl.com/GZartifacts
That can be a problem with these infrared images. 😄
It looks just like a fuzzy two-armed spiral to me. There are clearly two arms.
i'd go for disturbed spiral myself. The white object is a foreground star from our galaxy.
Could be a foreground star or could be an artifact.
the greenish object at 2 is an optical artifact. No idea what causes it though ! 😄
Definitely a galaxy (not a gas cloud). I'd go for disturbed, barred spiral.
This is an image in infrared; the colors are very strange. This galaxy has a very active core (AGN ? )
Artifacts, sorry.
Disturbed edge on ?
If you see UKIDSS underneath the image it is an infrared imaged from the UKIDS Survey. The colors are strange ! 😄
Which object are you referring to ?
The bright blue dot is indeed an artifact.
I wouldn't, but that is just me. If you think it is odd, then you should mark it. 😄
Not really.
Nope, sorry. The three objects here are stars from our galaxy that appear to be close together
The dark dot in the center is an optical artifact caused by oversaturation.
Some of the smaller objects are other galaxies. Most of them are foreground stars from our galaxy. Not connected to the central galaxy.
Those dots are all optical artifacts. No idea what causes them, sorry.
This one has a redshift of z= ~0.115
It's a faint and fuzzy galaxy.
The central object is a galaxy.The 1 top left is probably a foreground star from our galaxy.So it is not possible for them to get close ! 😄
The object at 9 is another galaxy. Without additional info, there is no way to tell if they are actually close to each other
The object in the center is not a star but a galaxy.
I would go for an irregular (but that is just me).
The coordinates are underneath the image (RA & DEC)
Neither, it is a birhgt star from our galaxy. The colors and spikes are all opical artifacts. And please, mind the language. Tx
Another faint and fuzzy galaxy. Another irregular for me.
The object in the center is a very faint and fuzzy galaxy. I'd go for irregular;
The two orange dots are foreground stars from our galaxy. The galaxy is a very fuzzy spiral , with a big bulge.
Yep ! 😄
No idea what causes it, sorry !
Thisi s actually a star from our galaxy. The colors and weird center are all optical artifacts. No debris flying ! 😄
It is an infrared image of a faint and fuzzy galaxy. Making it appear even fainter and fuzzier.
Yes, it is a Seyfert 1 galaxy, meaning it has a very active center (AGN).
Always classify the object in the center of the image (even if it is the most boring one).
The blue object, top left, is a foreground star from our galaxy.
Could be a diffraction spike (optical artifact) caused by a bright star outside of this image
The green ring is an optical artifact.
This is an infrared image from the UKIDS Survey.
Always classify the object in the center of the image.
The object to the left is indeed a foreground star from our galaxy. No merger here.
The bright blue object to the right is not a galaxy but a foreground star from our galaxy. No merger here, sorry.
It could be a disturbed spiral arm
The object in the bottom right corner is a foreround star from our galaxy.
The whitish object is a foregroud star from our galaxy. So no merger here.
The green circles are artifacts.
The deep blue dot is a artefact. The two blue stripes could be satellite trails.
The central object is a galaxy.with a bright center. The small blue dot to the right is a foreground star from our galaxy.
No merger here, sorry. The blue object at the bottom is a foreground star from our galaxy.
Definitely ! Nice, two-armed, barred spiral.
The bright round dot at 6-ish is a foreground star from our galaxy. And so is the smaller bright dot at the bottom.
The green line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Sometimes the software gets confused ! 😄
here it focuses on the top of the green line.
The bright blue object, top right, is a foreground star from our galaxy. The colors and ring are just optical artifacts, no supernova here
Do you mean the two smudges to the right ? Those could be faint gaaxaies or maybe even foreground stars from our galaxy.
Very ! 😄
That said, this is one of the most spectacular stars I've seen in these images. 😄
The bright colorful object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Definitely a spiral but also with a nice, clear bar.
What object are you referring to ?
The bright blue obect, top right, is a foreground star from our galaxy.
Correct, the dots are artifacts.
Not a lens and not a ring, sorry. It's a galaxy with a very bright core AGN ?) The blue dot is an optical artifct caused by oversaturation.
The blue smudge, bottom left, is an optical artifact.
Correct ! All the objects in this image are stars from our galaxy.
The object in the center of the image is not a gascloud but a galaxy with a big bulge. The blue one is a foreground star from our galaxy.
The bright blue object is a foreground star from our galaxy.
Please, always classify the object in the center of the image.
The blue objects in this image are foreground stars from our galaxy.
The two bright round objects are foreground stars from our galaxy.
The 2 squares with 4 dots are optical artifacts
The object, bottom right, is a foreground star from our galaxy.
The blue object, top right, is a foreground star from our galaxy
Merger for me. Definitely not a lens
The orange glow and the spikes are optical artifacts caused by a bright star outside of this image.
Beautiful #merger
The green dots are artifacts
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
More weirdness here :
http://tinyurl.com/GZartifacts
Loads of artifacts and imaging and filter issues. These objects actually are stars from our galaxy.
Some (major) distortion, so merger for me. And also a merger for the two , bottom left quadrant. Gorgeous pic.
Sorry, I don't see anything in the top right corner.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=14.54810126&dec=-5.16134579&scale=12.676064&width=512&height=512&opt=&query=
Could be an airplane, see the very zoomed out (and rotated) image.
The dark spots are optical artifacts caused by oversaturation. This galaxy has a very bright core. It is a Seyfert1 galaxy
You cannot see if a galaxy has a bar if you see it edge on. Definitely a dustlane here.
I see 4 galaxies, some of them probably interacting. And the central one has a very bright core. Could be an AGN (active galactic nucleus)
The spiral looks distorted, so merger is definitely a possibility.
Gorgeous merger ! 😄
In this case : RA: 134.82154954, DEC: 0.99223341
The bright object,top left corner,is a foreground star from our galaxy.You can find the coordinates for the central object beneath the image
The blue dot in the center of the galaxy is an optical artifact caused by oversaturation.
The object in the bottom left corner is indeed a foreground star.
Those are the images with primarily blue/purple and pink colors.
If you see UKIDSS underneath an image, instead of SDSS , then it is an image in the near infrared.
Or could be a #polarring
The red spot in the center is an optical artifact caused by oversaturation.
Star forming areas don't appear red in the SDSS images. I'd go for foreground star from our galaxy.
More of a chance alignment. The central object is a spiral and spirals are usually not massive enough to do this kind of lensing.
Not much distortion, so I'm not sure about a merger. I'd go for overlap here.
I'd go for two armed spiral too.
The bright blue objects, in the top and bottom right corner are foreground stars from our galaxy.
gpair means a pair of galaxies. I don't find this term particularly useful.
Merger for me here
Very beautiful barred spiral with an inner ring. Possibly disturbed.
I don't see a voorwerpje in this image, sorry.
These two objects are both stars from our galaxy. The colors are not real. No merger here, sorry.
Optical artifact ! sorry ! 😄
Not very unique, sorry!These2 objects are stars from our galaxy!The colors are artifacts.More weirdness here:
http://tinyurl.com/GZartifacts
What ! definitely not
What ! Most definitely not !
This one is most definitely a spiral galaxy
Always classify the object in the center of the image. Here that is a smooth and round galaxy.
Lots of imaging and filter problems. More weirdness here http://tinyurl.com/GZartifacts
The bright blue dot in the center is an optical artifact, caused by oversaturation.
Not a ring nebula but a ring galaxy ! Nice catch !
Looks like a loose, two-armed spiral to me
I'm thinking artifact.
This is actually a star from our galaxy. The colors are artifacts. More weirdness here : http://tinyurl.com/GZartifacts
The object in the bottom right corner is a foreground star from our galaxy.
The object in the top right corner is a foreground star from our galaxy.
The bright blue object at 5 is a foreground star from our galaxy.
Lots of imaging and filter problems. Artifacts. More weird images here ; http://tinyurl.com/GZartifacts
Don' think there is lensing going on in here.
The bright blue object is a foreground star from our galaxy
The blue thingy to the left is an optical artifact, sorry ! 😄
Or just a bright star (or two) from our galaxy ! Don't over think things !
Sorry,, all the objects in this image are stars from our galaxy.
Sorry, no mergers here. All the objects in this image are foreground stars from our galaxy that just appear to be close together.
Possible merger.
The central galaxy is indeed a spiral galaxy. I see two arms and a bar.
That is because the older comments don't show up in the view. You have to actively scroll down.
The green ring is an optical artifact.
Just one galaxy for me too. Two armed, possibly barred spiral. Weird viewing angle.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Sorry, still don't see it.
I really don't know what you mean by this,sorry.
Definitely not a disk or spiral seen edge on. Smooth, round elliptical for me.
The bright blue object is a foreground star from our galaxy.
Could be a satellite trail.
Most of the smaller bright dots are foreground stars from our galaxy.
It is a faint and fuzzy galaxy. I'd go for irregular.
The image in Skyserver is rotated or flipped. The object here at the bottom shows up on top in Skyserver.
Could be a merger or could be two galaxies overlapping.
The blue cloud is an optical artifact.
The pale blue object to the right could be a foreground star from our galaxy.
The bright object to the right is a foreground star from our galaxy. The colors,, spikes and weird center are all optical artifacts.
The bright objects in this image are stars from our galaxy. No interaction going on.
The greenish cloud at 2 is indeed an artifact.
The object to the left is indeed another galaxy. But no way to tell if it is actually close to the central one.
The bright blue object to the right is a foreground star from our galaxy.
The object bottom left, is another galaxy.
This is an infrared image from the UKIDS Survey.
All the objects in this image are stars from our galaxy.
All the objects in this image are stars from our galaxy. No lensing here.
That is probably a faint foreground star from our galaxy.
faint and fuzzy spiral for me
Could be another galaxy, or it could be a foreground star from our galaxy.
The red light is an optical artifact caused by a bright star outside if this image.
All the objects in this image are stars from our galaxy.
Could be a merger, or could be line of sight.
The greencircle is an optical artifact.
The bright blue object is a foreground star from our galaxy.
Sorry, some of these infrared images will be very faint. Just give it your best shot !😄
The bright colored objects in the bottom right corner are all stars from our galaxy!
it could be foreground stars from our galaxy or it could be satellite galaxies, or galaxies not even connected to the central galaxy.
Not sure about this being a star cluster. All the objects in this image are stars from our galaxy.
Or two ellipticals merging 😄
That would be my classification as well.
Only, it is not. It is a galaxy with millions and millions of stars ! 😄
All the objects in this image are stars from our galaxy. So, the correct classification would be : star/artifact ! 😄
The QSO is 0.847 arcmins from the center of this image. The qso is the object in the red square : http://tinyurl.com/k5jdpk6
I'd go for a barred lenticular (disk) galaxy.
The object at 11 is another galxy. But There is no distortion visible, so no merger for me.
More weird images here : http://tinyurl.com/GZartifacts
The objects in this image are stars from our galaxy. The colors and weird center are optical artifacts.
Merger for me too !
The bright spiky thing is indeed a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Star for me too !
It looks like there is some merging going on on the left side
The green ring is an optical artifact. No idea what causes it though ! 😄
Or two ellipticals merging 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The object (top right corner) is a foreground star from our galaxy.
I see a fuzzy two-armed spiral with a big bulge.
Not much distortion.: No merger here. And the blue dot is a foreground star from our galaxy.
The blue dot to the right is a foreground star from our galaxy. No merger here.
There is only one galaxy in the center of the image. No merger here.
No merger here. The bright white dot is a foreground star from our galaxy.
The central object is a galaxy, but almost all the other objects in this image are foreground stars from our galaxy. No merger here.
The object to the right is a foreground star from our galaxy. So definitely not a merger.
The blue dot is a foreground star from our galaxy.
The two galaxies in the center are merging. The bright blue object, bottom right, is a foreground star, so no merger there.
Neither. This is a foreground star from our galaxy. The ring is an optical artifact. Sorry.
Sorry, I only see one core.
All the objects in this image are stars from our galaxy.
The object to the left is a foreground star from our galaxy.
For me it is just one galaxy, but it looks disturbed.
The object you are asked to classify if the very faint smudge in the center of the image.
The bright object to the right is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The bright blue orbs are foreground stars from our galaxy. They turn up fairly regularly in these images.
Two fuzzy galaxies, probably merging. I don't see any dustlane here.
This a disk or a spiral seen edge on.
That is one possibility. You could also say it it is a two-armed, barred spiral.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The 3 objects in the center are definitely galaxies and I'd go for merger.
The two blue/green objects are foreground stars from our galaxy. The colors are optical artifacts
Lovely merger going on.
he dark spot in the center is an optical artifact caused by oversaturation.
The bright blue object, top right, is a foreground star from our galaxy.
Yes, all the objects in this image are stars from our galaxy.
The two white dots are foreground stars from our galaxy.
LOL ! The object at the bottom is a foreground star from our galaxy
Lots of artifacts. The blue things could be stars but with some imaging problems
Sorry, just an artifact !
It justs depends on which filter catches the satellite. (red, green or blue). They do move very quickly
All the objects in this image are foreground stars from our galaxy. The colors are optical artifacts.
The green streak is a satellite trail, nothing to do with the galaxy ! ;D
Okay, who of you are the aliens ? Please, step forward ! 😄
The bright spots in a square formation are optical artifacs.
Looks like it ! 😄
Bring out the Death Star! 😄
Looks like you like bars !!! 😄
I'd go for edge on with a lovely dustlane
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The colorful glow and the spike are both optical artifacts caused by a bright star just outside of this image.
Everything that could go wrong with the imaging went wrong ! 😄
More weirdness here : http://tinyurl.com/GZartifacts
Don't think so.The central galaxy is a spiral and they are usually not massive enough to do any lensing.And this one looks especially wispy.
That is probably a satellite trail.
The central object is a galaxy,but the two bright ones to the right are both foreground stars from our galaxy. So, no merger possible,sorry.
The object, bottom left corner,is a foreground star from our galaxy.
The blue object to the right is a foreground star from our galaxy. the two green fuzzies are both optical artifacts.
Could be a sign of an AGN (active galactic nucleus), or just a filter problem ! ;D
The two very bright, clear blue objects are both foreground stars from our galaxy. The colors & weird center are all optical artifacts.
Both of these galaxies look a bit disturbed, so, for me, there is definitely some interaction going on.
Some of them could be other galaxies, some foreground stars from our galaxy.
It could be a foreground star or an artifact. Nothing to see in the optical image from Skyserver.
Artifacts, sorry.
At these distances it is impossible to directly see a planet.
Nope, not a planet. Your first guess was correct. The object to the left is definitely a foreground star from our galaxy.
The orange object is a foreground star from our galaxy.
It'ss an infrared image of a QSO with z =0.17899 (according to SIMBAD), so the colors should be a bit strange.
The two bright blue streaks to the right and to the left are artifacts. No comet in sight in this image, sorry.
Artifact
(very) faint and (very) fuzzy galaxy. Could be a two-armed spiral (squinting helps)
The central object is a lenticular galaxy (disk) with a bar and a nocticeable bulge.Maybe even a bit disturbed. But that is just my opinion
Always classify the object in the center of the image !
All the objects in this image are stars from our galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
No lens, no arc. The red 'ring' at the centre is just an optical artifact cased by the brightness of the core.
Lol !
But definitely a satellite trail !
This is a very lovely irregular galaxy with lots of star forming areas (the blue clumps)
The central object is a galaxy as well as the small one at 6. The bright white and yellow objects are foreground stars from our galaxy.
Artifact, sorry.
Yep ! 😄
That is not a black hole but an artifact of some sorts.
This is probably a spiral with a big bulge. But the image is too fuzzy to tell for sure.
😄 artifact for me too !
The central object is a fuzzy galaxy, not a comet,sorry.
The blue smudge is the galaxy. The brighter dot at the bottom could be a foreground star from our galaxy.
I'd go for a two-armed, barred spiral.(but hey, that is just me 😄 )
And it looks like there is some interaction going on with the galaxy to the right. Merger for me.
Always classify the object in the center of the image. Here you could go for an edge on.
The bright object to the left is a foreground star from our galaxy.
Two galaxies. The central one is a disk or spiral seen edge on. Top one could be a disturbed edge on. Could be a merger.
The object in the center is definitely a galaxy. It has a very active core.
The two objects in this image are stars from our galaxy. Definitely not a merger.
The ring is indeed an artefact. No idea what causes it though ! 😄
The red line is a satellite trail.
or two-armed, loose, barred spiral with a bulge
This is actually a star from our galaxy.
More here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
The brightround objects in this image are all foreground stars from our galaxy. No voorwerpje, sorry.
I's a bright star from our galaxy. The colors, spikes and weird cneter are all optical artifacts.
The bright spiky thing is a foreground star from our galaxy.
But, please, always classify the object in the center of the image ;D
That is a foreground star from our galaxy.
If you mean the blue thing in the upper right corner, that is a foreground star from our galaxy. The four dots in a square are artifacts.
Nope, sorry. The object, top right, is a foreground star from our galaxy.
The central object is a galaxy (I'd probably go for a disturbed edge on). The two bright blue objects are foreground stars from our galaxy.
if you have to say no to every question, that will also give them some classification. I'd go for fuzzy irregular.
Yep ! 😄
More weird images here : http://tinyurl.com/GZartifacts
The bright blue object at the top is a foreground star from our galaxy.
The bright blue object to the left is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
Or, could be two galaxies merging ! 😄
The two objects in the center are two galaxies, probably merging .
Absolutely correct. This object is indeed a star from our galaxy. And as for your first question : experience !
😄 Gorgeous merger !
The central object is definitely a galaxy. The one to the bottom left is a foreground star. So, no merger possible, sorry.
Happy hunting ! 😄
The red dot is an artifact caused by the brightness of the core.
I wouldn't call this one an irregular. I'd go for a disturbed, 3-armed spiral
Disturbed, barred spiral with two arms.
All the objects in this image are stars from our galaxy.
Those two objects, bottom left, are foreground stars from our galaxy.
Disturbed, but beautiful, spiral
The bright blue object at 12 is a foreground star from our galaxy.
I'm thinking artifact, some sort of filter problem.
SN1992Q means that there was a supernova in this galaxy in 1992.
Artifacts.
The large blue object, top right, is a foreground star from our galaxy.
Correct, the green dotted line is an optical artifact.
All the objects in this image are stars from our galaxy. So, star/artifact is the correct classification.
All the objects in this image are stars from our galaxy.
The two greenish white objects are both foreground stars from our galaxy.
The bright object, bottom right, is a foreground star from our galaxy. The colors and spikes are all optical artifacts.
First of : always classify the object in the center of the image, even if it is the most boring one. ;D
The dark blue dot is an artifact.
All the objects in this image are foreground stars from our galaxy. Sorry, no merger here.
The blue dot is probably a foreground star from our galaxy.
The central object is definitely a galaxy. I'd go for a disturbed spiral. The bright white spot is a foreground star from our galaxy.
The four dots in a square are indeed an artifact.
The bright spiky object, top right, is a foreground star fom our galaxy. The colors, spikes and weird center are all optical artifacts.
Merger for me too ! 😄
The blue objects in this image are foreground stars from our galaxy.
Probably a foreground star from our galaxy.
The blue objects are foreground stars from our galaxy.
The object bottom left is a foreground star from our galaxy.
The blue and the green fuzzies ? Artifacts ! 😄
The green thingy at the bottom is an optical artifact.
The blue, top right, is a foreground star from our galaxy. The blue bottom right is an optical artifact.
The green circle is an optical artifact.
The object in the bottom right corner, is a foreground star from our galaxy. Very beautiful.
The colorful glow and the spokes are optical artifacts caused by bright star just outside of this image.
The green glow is an optical artifact caused by a bright star just outside of this image.
The purple object is a foreground star from our galaxy.
Lots of distortion, merger for me too.
Some distortion and interaction. Merger for me too.
it's a Seyfert 1 galaxy. It has a very active nucleus.
Not much distortion, no merger for me. But that is just my opinion 😄
This is just one object. It is a foreground star from our galaxy. The colors and weird distortion are all optical artifacts.
That green ring is an optical artifact.
I'm seeing double ! 😄
Misalignment of the filters.
The fuzzy, central object is a galaxy. The two bright objects , top and bottom, are foreground stars from our galaxy.
More weirdness here : http://talk.galaxyzoo.org/#/boards/BGZ0000003/discussions/DGZ1006byh
Lots of things went wrong here with the imaging. Camera moved, filters going crazy.
That could be a foreground star from our galaxy.
The central object is a disturbed glaxy. The bright colored dots (red and yellow) to the right are foreground stars from our galaxy.
According to SIMBAD it is a carbon star and according to NED it is a star as well. Could there be something wrong with the spectrum?
The bright white object is a foreground star from our galaxy, so no merger here, sorry.
The orange object is a foreground star from our galaxy.
Looks like artifacts to me.
The red object to the right is a foreground star from our galaxy.
The two objects in this image are foreground stars from our galaxy. The colors are optical artifacts.
The donut is an optical artifact.
The blue object to the right is a foreground star from our gaalxy. The ring is an optical artifact
It's a satellite trail
The blue object at the bottom is a foreground star from our galaxy.
The object in the center of the image is a disk or spiral galaxy seen edge on. The blue dots are foreground stars from our galaxy.
The objects in this image are not clouds but galaxies.
The blue object to the left is a foreground star from our galaxy.
The object at 2 o' clock is another galaxy. The red dots are foreground star from our galaxy.
The two purple objects are indeed galaxies. The red blob is probably a foreground star from our galaxy.
The object at 11 is a foreground star from our galaxy, so no merger possible.
The blue object at 2 is a foreground star from our galaxy.
The blue object at the top is a foreground star from our galaxy.
The blue object at the bottom is a foreground star from our galaxy.
The blue spot could be a star forming area in this galaxy.
The blue smudge in the center is a very faint and fuzzy galaxy
According to SIMBAD it is UGC 830 a Low Surface Brightness Galaxy
Looks like just one galaxy to me. No merger here.
Two galaxies with very bright centers merging.
beautiful irregular galaxy. The blue clumps are active star forming regions in the galaxy.
LOL !!!!
Sorry, that is just an optical artifact ! 😄
This is probably a barred spiral with two arms, where the arms fold back to make a ring. Technically, that would be ringed galaxy.
Yeah, it does, doesn't it ? Don't you just wish we could invoke aliens ? ;-D 😄
Star for me too ! And agree about the cool looking part too ! 😄
Telescope moving or camera moving. And big issues with the filters. In other words : everything that could've gone wrong went wrong !
Donut = optical artifact (sorry)
I'd go for merger of two ellipticals, but hey, that is just me ! ;-D
Not sure. These are infrared images from the UKIDS survey.
Sort of, the colorful glow and the spike are optical artifacts caused by a bright star just outside of this image.
The object in the center is a galaxy. I'd go for edge on with a big bulge. The bright object at 4 is a foreground star from our galaxy.
Neither can I ! Why would you expect a bulge ?
I see a very fuzzy galaxy. Irregular would be my guess.
Correct, the bright blue object, left top corner, is indeed a foreground star from our galaxy.
Sorry, that is not the case here. The central object is a galaxy and the small blue dot to the right is a foreground star from our galaxy.
Isn't it!The central object(which you are supposed to be classifying is a galaxy)All the other objects are foreground stars from our galaxy.
The object you are supposed to classify is the faint smudge in the center of the image. The only classification I can think of is irregular.
Both of the objects in the center are foreground stars from our galaxy.
I'd definitely go for (disturbed) spiral Not sure about the number of arms. But it is your call ! 😄
The blue sphere is a foreground star from our galaxy.
Could be. Without more info, it's really very difficult to tell. That said, the central object is definitely disturbed.
The green haze at the bottom is just an optical artifact (sorry)
The bright blue object at 12 is a foreground star from our galaxy (definitely not a planet).
At these distances it is just not possible to directly see a planet.
Nope, not a planet, but a foreground star from our galaxy. Planets are not directly visible in these images.
All the other dots in this image, including the bright one at 12 are all foreground stars from our galaxy.
I see one galaxy in the center of the image (and that is the one you are supposed to classify)
Always classify the image in the center of the image. Yes that is right, in this case that is the faintest of blue smudges ! 😄
Yeay ! (sorry) You are absolutely correct : always classify the object in the center of the image, even if it is the most boring one ! 😄
Wow !
I'd go for merger too !
Btw, the rectangle, bottom left, is an optical artifact. Origin: unknown ! ;D
The blue streak is an optical artifact. Or it could be a cosmic ray that didn't get removed from the image.
Anyway, that is also a star. So the classification : star/artifact still stands ! 😄
Nothing 'wrong' here at all ! 😄
i see a very disturbed (maybe) spiral galaxy.
Just answer the questions as well as you can.
Aaaaw ! ;-D This is actually a star, but something went wrong with the imaging/filters.
LOL ! I don't think that z is correct for the satellite trail. That will be fr the central galaxy.
Not really,all the objects in this image are stars from our galaxy. The colors,spikes&funky little bits are all optical artifacts. Sorry !
Nice one, isn't it ? 😄
The bright blue object (right) is not a planet but a star from our galaxy.At these distances it is not possible to directly see planets.
Definitely a merger ! Nice catch ! 😄
No stars, but three galaxies merging !
LOL ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
All the galaxies we see are so much further away ! ;D
All the individual stars we see in these images are stars from our galaxy. Hence, they are foreground stars.
Both these galaxies are gravitationally interacting. Merger in progress.
Sorry, the object in the center is a galaxy, the one at the bottom is a star (says NED and me too ! ;-D )
Beautiful, isn't it ? All the objects in this image are foreground stars from our galaxy.
Nope, the blue object at the bottom is a foreground star from our galaxy. At these distances it is not possible to directly see planets.
Yep ! 😄
The bright blue object in the bottom right corner is sadly not a voorwerpje but a foreground star from our galaxy.
The bright blue object to the left is a foreground star from our galaxy. The colors and weird center are optical artifacts.
You could go for irregular or for a very disturbed spiral. It is your call. With these faint images, there is no right or wrong ! 😄
Not sure, I'd probably go for two disturbed arms (but that is just me). Just answer the questions as well as you can. Nice find, btw ! 😄
The bright blue object at 2 is a foreground star from our galaxy. The colors and weird center are optical artifacts.
Gorgeous, disturbed, barred spiral. Simply beautiful.
There could be a star in there somewhere, but most of the fuzzy blobs are galaxies. Amazing isn't it ?
I'd go for a disk or spiral seen edge on and with a noticeable bulge ! .
This could either be a disk or spiral seen at an angle (not quite edge on) or an elliptical cigar shaped one.it is your call.
Honestly ! there is very well defined edge on galaxy in the center of the image. What is too faint here ????
The bright object in the top right corner is a foreground star from our galaxy. The colors and ring are optical artifacts.
I see two bulges as well. It could be a merger.
Please read the comments below ! (ps, it is a star from our galaxy)
You are correct:always classify the object in nthe center of the image (lovely dustlane). & the one at the top is indeed a two-armed spiral.
The blue haze is an optical artifact caused by a bright star just outside of thsi image : http://tinyurl.com/q8a2ggu
The central object looks like a disk or a spiral seen edge on. The blue haze is probably an artifact.
The two white dots are foreground stars from our galaxy.
No, you are correct, always classify the object in the center of the image. I see a very disturbed spiral galaxy.
The darker red center is just an optical artifact caused by the very bright core (sorry)
At these distances it is not possible to directly see planets.
The object in the center is indeed a foreground star from our galaxy. The other dots are also stars from our galaxy.
You could classify the central object either as a very disturbed, barred spiral or as an irregular.Or anything in between.It's up to you !
All the objects in this image are stars from our galaxy.
And please, always classify the object in the center of the image, even if it is the most boring one ! ;D
The bright spiky thing to the right is a foreground star from our galaxy. The colors spikes and weird center are all optical artifacts.
hey, we were all newbies once ! 😄
The greenish ring thingy in the bottom right corner is an optical artifact.
The two spiky, blue objects are both foreground stars from our galaxy. The colors, spikes and rings are optical artifacts.
First of, always classify the object in the center of the image. Here that is a disk or spiral seen edge on.
The dot at 12 could be a foreground star from our galaxy, or could just be an artifact.
The bright blue objects are indeed foreground stars from our galaxy. Good call. 😄
(But it looks a bit like a little alien 😄 )
The bright object to the right is a foreground star from our galaxy. The colors and the weird center are optical artifacts.
This is an infrared image from the UKIDS Survey.Here's the image in the optical : http://tinyurl.com/pgfsxcc (image rotated). Fuzzy spiral.
Here's the image in the optical : http://tinyurl.com/px636w4
(image is rotated)
This is an infrared image. The central object is a galaxy. The one to the right is a foreground star from our galaxy.
And please, always classify the object in the center of the image. Here it is a faint edge on disk or spiral.
The blue spiky object at 6 is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
This is indeed a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The bright colorful spike is an optical artifact caused by a bright star just outside of this image.
Always classify the object in the center of the image. The two objects center and to the right are both galaxies.
The flare at the bottom is caused by a foreground star and is an optical artifact.
The darker 'ring' in the center is just an optical artifact caused by the brightness of the core.
The rings are arrtifacts. They could be caused by a bright star outside of this image.
Welcome to the Zoo, Holmes83 and Happy Hunting ! ;D
I'd go for merger too ! 😄
The two suares and the blue streak are artifacts (sorry)
The red dot in the center is an optical artifact caused by the brightness of the core
The blue fog at the bottom is probably an artifact.
The bright blue and green object to the right is a foreground star from our galaxy. But please, always classify the object in the center.
Because it is an artifact. It doesn't exist.
The galaxy in the center is not a artifact but a beautiful barred lenticular.
The ring at the bottom is indeed an artifact.
I'd go for disturbed (spiral) galaxy as well.
Not a lens but a severly disturbed spiral.
Definitely a galaxy.
The colorful glow is an optical artifact caused by a bright star just outside of this image.
The brown smudge to the right could be another galaxy.
The colorful glow and the spike are optical artifacts caused by a bright star just outside of this image.
The bright blue object at 7 is indeed a foreground star.
The green circle is an optical artifact.
The bright blue objects, bottom right, are foreground stars from our galaxy.
The dark spot is an optical artifact (that is why it doesn't appear in the optical image of Skyserver)
The object at the bottom is a foreground star from our galaxy.
I'm not sure what you are referring to ?
The white objects with the blue centers are foreground stars from our galaxy. The colors, spikes & weird centers are all optical artifacts.
The bright object to the right is a foreground star from our galaxy.
Do you mean the blue dots at the edge of the galaxy ? that is noise.
Nope not a star but a galaxy.
These objects are indeed galaxies
The colorful glow is an optical artifact caused by a bright star outside of this image.
Correct, the spiky object is a foreground star from our galaxy.
This is a star but something went wrong with the imaging/filters. More weird images here : http://tinyurl.com/GZartifacts
The central object is a galaxy,but the one at the bottom is a foreground star from our galaxy.So, definitely not a merger
Definitely not ! Foreground star ! 😄
Artifact for me ! 😄
Nope, sorry, no lensing here whatsoever. The bright dots are just stars from our galaxy.
Artifact, sorry ! ;-d
Not an artifact. 😄
It is a Seyfert 1 galaxy
The blue spots are active star forming regions in the galaxy.
The two bright blue objects are foreground stars from our galaxy.
The bright object to the left is a foreground star from our galaxy. So, definitely not a merger.
I'd go for two galaxies overlapping.
The white dot at 8 is a foreground star from our galaxy. The other two objects are galaxies, but not much distortion. No merger for me.
Not a star but a galaxy zoomed in a bit too much. I'd go for a disk with a bulge
The colorful glow is an optical artifact caused by a bright star just outside of this image.
Always classify the object in the center of the image ! 😄
Always classify the object in the center of the image ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
These two objects are not stars but two galaxies. Could be merging !
I'd go for a very loose, two-armed spiral.
The central object is indeed a galaxy. A very faint and fuzzy one !
A faint and fuzzy galaxy ! Sorry, not much more to tell about it ! 😄
All the objects in this image are stars from our galaxy.
The object, bottom left, is an optical artifact.
The blue spots are active star forming regions in the galaxy.
Gorgeous merger !
The smaller dots are foreground stars from our galaxy.
And please, always classify the object in the center of the image ! 😄
That is just a bright foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue/green ring is an optical artifact.
I think it is two stars that appear close together
Aww, tx too ! 😄
The dark dot in the center is just an optical artifact ! (Sherlock)
Sorry, that is just an optical artifact !
Do you mean the small blob at 2 ? That is probably a foreground star from our galaxy.
Not much distortion, but that doesn't mean that there is not a merger going on. As for my classification : I'd go for overlap !
vrooje just took the words right out of my mouth ! 😉
The pink objects here are indeed galaxies. The blue round ones are all foreground stars from our galaxy.
First of all this image is an infrared image, so the colors are not real.
The object is a star and the colors are artifacts ! 😄
No merging stars at all.
The 2 bright blue objects are foreground stars from our galaxy, overlapping the central galaxy.. Line of sight.
The green ring is an optical artifact, sorry ! 😄
The dark spot/green ring are optical artifacts.
Al the white dots in this image are foreground stars from our galaxy.
This is not a galaxy but a star from our galaxy.But something went wrong with the imaging/filters.
See here: http://tinyurl.com/GZartifacts
Disturbed, barred spiral for me.
If you squint really hard there appears to be some spiral structure.
Glad to have you on board ! 😄
I see a barred spiral in the center. The yellow dot at 4 is a foreground star from our galaxy. The orange dot upper left is also a star
Yes, all the objects in this image are stars from our galaxy.
The four points square is an optical artifact.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
This is actually a star from our galaxy, but the colors are not real.
Nice merger.
I'd go for a medium, two-armed spiral with a noticeable bulge.
The dark dot in the center is an optical artifact.
The colorful glow and the spikes are optical artifacts caused by a bright star just outside of this image.
The blue and the green blob to the left are artifacts, sorry.
The green lines are satellite trails.
The green ring is an optical artifact.
The ring is an optical artifact. The blue line is a satellite trail.
The curved, colored line is an optical artifact cause by a bright star just outside this image.
The green ring is an artifact.
First of, always classify th object in the center of the image. And the blue object at the bottom is a foreground star from our galaxy.
Definitely a galaxy, not a star.
This is actually a star from our galaxy, but the colors are not real.
All the objects in this image are stars from our galaxy.
Yep !
With tis kind of distortion , I'd go for merger too.
The red line is a satellite trail.
The two blue objects are indeed foreground stars from our galaxy. No way to tell from just this image if they are a binary system
I'd go for a disk or spiral seen edge on !
It could be an edge on with a big bulge
The small green object is a foreground star from our galaxy. Btw,the 2 bright blue 1s to the N and the S are also foreground stars.
Please, always classify the object in the center of the image, even if it is the most boring one ! 😄
3/3
If you move the square over the object of your interest and then click recenter (to the right) & Get Image again.
2/3
Now you can zoom in and out
1/3
Click on Galaxy Zoo examine - View on Skyserver- click 'Navigate' (to the left of the image) - Get image .
These objects are stars from our galaxy. The colors are not real.
Merger in progress. Nice catch ! 😄
Not a pea but a star from our galaxy. The colors are not real.
Star for me too.
All the objects in this image are stars from our galaxy.
Misalignment of the filters.
These objects are indeed stars, but the colors are not real.
The white dot at the bottom is indeed a foreground star from our galaxy.
The white object is indeed a foreground star from our galaxy.
The red object is an edge on galaxy. #overlap
That is an optical artifact caused by a bright star just outside of this image.
Definitely a star.
The black dots in the center are artifacts.
Beautiful merger. Check the comments below. 😄
A faint and fuzzy galaxy.
Artifact
The yellow dot at 12 is a foreground star.
Artifact !
All the objects in this image are stars from our galaxy.
What is what ?
The central object is definitely not a star but a galaxy !!!!
Every star you see in these images will be a star from our galaxy !
I assume you mean by spiral: spiral arms ! 😄 So yes, at least tw spiral arms here ! 😄
I wouldn't call this one irregular. I'd go for disturbed.
Merger for me too !
Look at the comments below ! Gorgeous merger ! 😄
The red coloring at the bottom is indeed an artifact.
As for classification : I'd go for smooth and round.
Very disturbed spiral.
Amazing galaxy : Messier 061. Here's the image in the optical : http://tinyurl.com/Messier-061 Enjoy ! 😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter. 😄
The central galaxy is definitely disturbed. The most likely culprit is the galaxy at é. And they both have the same redshift.
That is not a cloud but millions and millions of stars.
All the objects in this image are stars from our galaxy. The spikes, colors and stripes in the center are all optical artifacts.
Do you mean the red dot in the center of the galaxy ? That is an artifact.
That is probably a satellite trail.
Disturbed galaxy (spiral)
Here's the Skyserver image : http://tinyurl.com/orsnaza
These objects are actually stars from our galaxy. But the colors are not real.
Two galaxies in the center. The white objects are foreground stars from our galaxy.
A spiral and two round ellipticals. The blue dot, top left, is a foreground star from our galaxy (not a nova)
Artifact, sorry.
All the objects in this image are stars from our galaxy.
No distortion, overlap for me too.
The bright spiky thing is indeed a star from our galaxy.
Looking at it in Skyserver, it appears to be a foreground star.
Which object are you referring to ?
Where do you see a green galaxy ?
Not much distortion, no merger for me.
More weird images here : http://tinyurl.com/GZartifacts
The round object is indeed a star from our galaxy. the line is a satellite trail. More weird images here http://tinyurl.com/GZartifacts
There are 2 galaxies in the center of the image. The green circle to the left is an optical artifact.
A faint and fuzzy galaxy.
Wow, just what I was going to post ! 😄
The round, white/yellow objects are all foreground stars from our galaxy.
A very busy image! 😄 There could be some interacting between the central spiral and the edge on (bottom left).
Al the objects in this image are stars from our galaxy. So, star/artifact is the correct classification.
The bright white object is a foreground star from our galaxy.
So, no interaction possible, whatsoever. 2/2
The central object is just a two-armed, tight spiral. The white object is a foreground star from our galaxy. 1/2
All the objects in this image are stars from our galaxy. And yes, the red dot is an artifact.
Gorgeous merger !
Yep ! Take a look at the comments below 😄
Satellite trails can be blue or red too !
Definitely not a gravitational lens. I'd go for merger too !
The central object, which you are supposed to classify, is a galaxy. The round orange objects are foreground stars from our galaxy.
Not much distortion. Could be a merger, but I'm not sure.
The blue object, top right, is a foreground star from our galaxy. The dark areas are optical artifacts.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Satellite trails.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Not much to see in this infrared image. Here's the optical image : http://tinyurl.com/q28h5wz ; Definitely a galaxy ! 😄
I'd go for merger too ! Nice catch ! 😄
The dark spot is an artifact, caused by oversaturation
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Good call ! Artifacts.
Definitely a possibility
Skyserver does get it wrong sometimes ! 😄
The red thingy is an artifact, sorry.
Yep ! 😄
The central object (which you are supposed to classify) is a galaxy. the other round dots are foreground stars from our galaxy.
Correct !
All the objects in this image are stars from our galaxy. The colors are indeed artifacts.
Definitely a galaxy, but a very fuzzy one.
Correct ! The blue object is indeed a foreground star.
The object in the center is a galaxy. The blue one at the bottom is a foreground star from our galaxy.
Two galaxies merging in the center. Blue dot, top right, is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy. The colors, spikes and weird centers are all optical artifacts.
That is a star from our galaxy, but something went wrong with the imaging/filters. More weirdness here : http://tinyurl.com/GZartifacts
Probably a foreground star. Btw, if you think something is a star it is always in the foreground.
Definitely a galaxy.
😄
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Artifact, sorry !
All the objects in this image are stars from our galaxy.
Definitely not a galaxy. All the objects in this image are stars from our galaxy.
Always classify the object in the center of the image.
The white dots in a square are artifacts.
There is not much distortion visible, but that doesn't mean it is not a merger.
All the objects in this image are stars from our galaxy.
The central galaxy is very disturbed. Probably merging with the smaller one (bottom right)
😄
I'm thinking galaxy, but it is a tricky one.
The coordinates are underneath the image : RA: 185.53672288, DEC: 7.55823135
The bright spiky thing to the right is a foreground star from our galaxy. The colors, spikes and rings are optical artifacts.
The orange object is a foreground star from our galaxy.
Two small galaxies.
The two bright blue objects are both foreground stars from our galaxy. Line of sight.
The 3 bright objects at the top are foreground stars from our galaxy.
A disturbed galaxy. Possibly by the little one to the right.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
Artifact.
More weird images here : http://tinyurl.com/GZartifacts
Thisis a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The bright object to the left is a foreground star fromoour galaxy.
The green line is a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The green circle to the left is an optical artifact.
That is a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts.
The image on Skyserver is in optical wavelengths. This one here is from the UKIDS Survey and is in infrared.
The 3 objects to the left are foreground stars from our galaxy.
The central object is a very faint and fuzzy galaxy.
The purple objects are galaxies. The blue dots are foreground stars from our galaxy.
The central object is a galaxy. The other objects are all foreground stars from our galaxy.
The central object is a galaxy and so is the yellow one to the left. The white objects are foreground stars from our galaxy.
There are 2 galaxies in the center of the image. The green circle to the left is an optical artifact.
Definitely galaxy.
Not stars but galaxies
Just keep on looking ! Maybe you will find something extra ordinary !
The bright dots are optical artifacts, sorry !
The something at 8 is an optical artifact, sorry !
It is definitely a galaxy !
If you see UKIDSS underneath an image it means that the images are infrared images. Merger for me too !
Definitely two galaxies merging, maybe even 3.
Sorry, no galaxies in this image. All the objects here are stars from our galaxy.
The spikes, colors and rings of the star (bottom left quadrant) are all optical artifacts.
You are correct. The red object is a foreground star from our galaxy.
Sorry, I can't see any rings.
The bright spiky objects are indeed foreground stars from our galaxy. No light bending going on in here.
That line is probably a satellite trail.
I can see what you mean, but the 'lensed' images are the same color as the central galaxy. It appears they are part of the galaxy.
The red star is from our own galaxy. No interaction whatsoever possible with the central galaxy.
A very faint and fuzzy galaxy.
The object to the right is a foreground star from our galaxy.
The blue object, bottom left, is a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
The object at the top is indeed a foreground star from our galaxy The colors and spikes are optical artifacts.
Both the objects in the center are galaxies with millions and millions of stars
Always classify the object in the center of the image ! 😄
Looks like two galaxies to me.
LOL! These 2 objects are actually stars from our galaxy.But the colors are not real. More weird images here:
http://tinyurl.com/GZartifacts
The bright, spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
Disturbed spiral for me.
Merger is definitely a possibility !
Always classify the object in the center of the image, even if it is the most boring one ! 😄
Always classify the object in the center of the image !
That is, unfortunately, an artifact ! 😄
Looks like it.
Barred for me too !
The bright blue object at the bottom is a foreground star from our galaxy. The central object is a galaxy.
The white and orange dots are foreground stars from our galaxy.
Definitely an artifact
This is a foreground star from our galaxy. The orange object to the right is also a star
This is actually a star from our galaxy. The colors are not real.
So funny! 😄 This is actually a star from our galaxy, but something went wrong with the imaging/filters.
The bright spiky thing, to right, is indeed a foreground star from our galaxy.
The red dot is a foreground star from our galaxy.
The central object(which you are supposed to classify)is a galaxy.The bright spiky thing at the bottom is a foreground star from our galaxy.
The red/orange spot is a foreground star from our galaxy.
A disk or spiral galaxy seen edge on. The blue dots are foreground stars from our galaxy.
These two objects are actually stars from our galaxy. But the colors are not real. More weird images here http://tinyurl.com/GZartifacts
No, the red thing is the bright center of the galaxy
artifact
Th green and blue thingies are artifacts.
Th e blue object at the top is a foreground star from our galaxy.
If it is a spiral, it is a very disturbed one.
Correct ! All the objects in this image are stars from our galaxy.
There are two galaxies in this image. The 3 dots are foreground stars from our galaxy.
A barred, two-armed spiral.
Disturbed spiral with active star forming regions (the bllue clumps)
The 2 objects at 12 are both foreground stars from our galaxy.
The bright blue object top right is a foreground star from our galaxy.
The central object is a galaxy, probably a disturbed spiral.
The two bright blue objects are foreground stars from our galaxy.
I wouldn't call this one a spiral.
The ring at 6 is an optical artifact. The central galaxy is disturbed. No obvious culprit.
The central object isa galaxy. The bright one to the top right is a foreground star from our galaxy.
It's a satellite trail
This is actually a star from our galaxy, but something went wrong with the imaging/filters
The one at the bottom has a bar,but please always classify the object in the center of the image ! 😄
Not really,it's actually the other way round.
Probably satellite trails.
The bright white object is indeed a foreground star from our galaxy.
These are infrared images from the UKIDS Survey. The bright blue object to the left is a foreground star from our galaxy.
Artifact for me too ! 😄
Every picture gets looked at by a number of people. That way we get a consensus and mistakes are ironed out. Definitely real science !
Correct. But the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
There is not much distortion, so no obvious interaction for me.
The central objec is a galaxy. The two smaller dots are both foreground stars from our galaxy.
Yep, a very faint and fuzzy one ! 😄
There is no separate entry for that. You can come in here and tag it as such.
The bright blue object, bottom right, is a foreground star from our galaxy.
The blue object to the right is a foreground star from our galaxy. And so is the small one, bottom left.
The bright spiky object is a foreground star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The central object is a star from our galaxy. The horizontal and vertical lines are optical artifacts. The black circle is also an artifact.
Beautiful planetary nebula. Nice catch ! 😄
This spiral galaxy has an AGN (active galactic nucleus)
Artifact, sorry.
Those two circles are optical artifacts.
Sorry, there is no easy way to identify artifacts. Experience helps !
It is a galaxy, possibly a spiral, with a very active galactic nucleus (AGN)
The red glow and the spikes are optical artifacts caused by a very bright star just outside of this image.
The green ring is an optical artifact, sorry.
The void to the right is an optical artifact. Don't know what causes it.
Not a merger. All the objects in this image are stars from our galaxy.
Correct. All the objects in this image are stars from our galaxy.
Gorgeous merger. Very bright core
The object, bottom right, is not a galaxy but a foreground star from our galaxy. The colors, spikes and ring are all optical artifacts
Could be a satellite trail.
The object at the top is indeed a star. The colors, spikes and weir center are all optical artifacts.
The blue object to the right is a foreground star from our galaxy.
It's a satellite trail. The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The two squares of green dots are artifacts.
These two objects are not galaxies but stars from our galaxy.
The bright object to the left is a foreground star from our galaxy.
The colorful clouds at the top are optical artifacts.
Barred, two-armed spiral. Disturbed
Here'd I'd go for smooth and round (elliptical)
I'd go for disturbed spiral with a big bulge
Always classify the object in the center of the image. And the ring is an optical artifact.
I'd go for irregular
The bright object to the left is not a supernova but a foreground star from our galaxy.
Definitely not a star but a galaxy.
The central object is not a star but a galaxy.
This is actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The object in the bottom left corner is indeed a foreground star from our galaxy.
Beautiful disturbed spiral. No lensing here.
Not a supernova but a foreground star from our galaxy.
I don't understand the question , sorry.
It is a disk or spiral galaxy with a big bulge seen edge on.
Nope, just a faint and fuzzy gaalxy.
The central object is a very faint and fuzzy galaxy. The bright round dots are foreground stars from our galaxy.
The bright object to the right is a foregrond star from or galaxy. No interaction possible with the central galaxy.
Nope, definitely a galaxy. It has a very bright center.
All the objects in his image are foreground stars from our galaxy.
The ring, bottom right, is an optical artifact, sorry ! 😄
this is actually a star from our galaxy, but the colors are not real. And the ring at the center is also an optical artifact.Sorry ! 😄
LOL ! 😄
Hope you are having fun with this project !
The squares of green dots are optical artifacts ! 😄
Optical artifact, sorry !
The bright white object to the left of the central a galaxy is a foreground star from our galaxy.
The bright blue object is a foreground star from our galaxy.
Hi milkomix
The z-value you quote has to do with the different filters used in SDSS (u g r i z). I t is not the redshift for this galaxy.
The square dots formations are optical artifacts. Definitely not stars.
The green ring is just an optical artifact. Really don't know what causes it though ! 😄
Please, always classify the object in the center of the image, even if it is the most boring one ! 😄
The faint and fuzzy thingy in the center is actually a galaxy.
The bright purple object at the bottom is a foreground star from our galaxy.
All the objects in this image are foreground stars from our galaxy.
The blue object at 7 is probably a foreground star from our galaxy.
All the objects in this image are stars from our galaxy.
This is actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
I'm thinking foreground star from our galaxy.
The redshift for this galaxy is 0.041870
The z value you cite has to do with the different filters (u g r i z) that SDSS uses.
Yes, the blue object is a foreground star from our galaxy.
Artifact, sorry ! 😄
The green cloud is an optical artifact.
I'd go for edge on disk or spiral. If it has pointy ends it is usually a disk or spiral seen edge on.
The 'lens' is too vague. I'd go for disturbed galaxy.
If you see UKIDSS underneath the image, then they are infrared images
The red/orange object, top left, is a foreground star from our galaxy.
Artifact
I'd go for merger too !
The red and orange objects are both foreground stars from our galaxy.
The term overlap is used for galaxies overlapping other galaxies. The white object at the bottom is a foreground star from our galaxy.
I think the central object is actually the tiny dot, but I expect that almost no one will classify that. Don't worry ! 😄
Could be a satellite traiL.
Artifacts. Could be cosmic rays that didn't get removed.
The blue object, bottom right, is indeed a foreground star from our galaxy.
But, please, always classify the object in the center. 😄
Correct ! The ring to the right is an artifact.
All the objects in this image ae foreground stars from our galaxy.
Yep ! 😄
The darker spot in the center is an optical artifact (over saturation)
The blue dots in the center are optical artifacts (oversaturation)
The object to the right is a foreground star from our galaxy.
But, please, always classify the object in the center of the image.
Not a cloud or a nebula but a disturbed galaxy.
Not a star. Could be a cosmic ray that didn't get removed.
artifacts
The two dots are indeed stars from our galaxy. So, no interaction whatsoever possible between them and the central galaxy.
The green dots and the bright blue dot upper left are indeed artifacts.
The 'ring' at the bottom is an optical artifact
Yep, both these objects are stars from our galaxy.
Disturbed spiral galaxy. 😄
Neither ! It's a barred, two-armed, (ringed) spiral
No gravitational lens here. It is a fuzzy spiral
The 'ring' is an optical artifact.
The central object (which you are asked to classify) is a galaxy. The red dot is a foreground star from our galaxy. No merger here, sorry.
This is actually a star from our galaxy. The colors are not real.
More weird ilages here : http://tinyurl.com/GZartifacts
Yes, that is indeed a foreground star from our galaxy.
Always classify the object in the center of the image. But if you see something strange you can always come in here and talk about it.
The images where the galaxies arer blue, purple or pink are mostly from the UKIDDSurvey. These are infrared images.
The dark dot in the center is just an optical artifact.
The red and yellow object is a foreground star from our galaxy.
Definitely a galaxy. It is the infrared image of this galaxy : http://tinyurl.com/p7lukfm
The bright object to the right is a star from our galaxy. So, no merger possible.
That is a foreground star from our galaxy, the colors are not real.
The object, bottom right, is a foreground star from our galaxy.
That is actually a star from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
The circle to the right is an optical artifact.
The spiky object is indeed a foreground star from our galaxy.
Not dust but a very faint and fuzzy galaxy.
The central galaxy is a smooth and round galaxy. The two smaller dots are probably foreground stars from our galaxy.
All the objects in this image are stars from our galaxy.
The blue objects to the left are not a supernovae but a foreground stars from our galaxy.
The bright blue objects are not supernovae but foreground stars from our galaxy.
The bright blue object to the left is not a supernova but a foreground star from our galaxy.
The bright blue object at the bottom is not a supernova but a foreground star from our galaxy.
The bright white object is indeed a foreground star but it cannot have any effect on the much farther away galaxies.
Not a supernova, but a foreground star from our galaxy.
No supernovae, sorry. These two objects are foreground stars from our galaxy.
It is a fuzzy disturbed spiral.
artifacts
Artifact, sorry !
Definitely an artifact, don't know what causes it. Sorry.
These two objects are actually stars from our galaxy, but the colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Not a nebula but two galaxies merging. The blue dots are not individual stars but regions with active star formation.
See the comments below. Merger for me too
Artifact
The blue/green thingy is an optical artifact
Artifact for me too.
The blue object at the bottom is a foreground star from our galaxy.
That is not a bar, but another galaxy. Looks like an edge on spiral or disk galaxy.
Whatever you want to talk about is just fine ! 😄.
The central object is a good example of a two-armed, barred spiral.
Correct ! The bright blue object at the top is indeed a foreground star from our galaxy.
Both of these objects are galaxies. Smooth and round.
The object at 2 is probably a foreground star. The two objects to the left are probably small, fuzzy galaxies.
Yep ! Two-armed and loose spiral.
The central object, which you are supposed to classify is a galaxy. The two objects to the left are foreground stars from our galaxy.
The object underneath is another galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The red dot at 10 is a foreground star from our galaxy.
It's actually a foreground star from our galaxy. But I like your explanation better ! 😄
The bright object at the top is a foreground star from our galaxy The colors and weird center are optical artifacts.
The blue object bottom right is a foreground star from our galaxy.
I'd classify it as smooth and round.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
This galaxy has a very bright core, possibly an AGN (active galactic nucleus)
The yellow objects are indeed galaxies. The white objects as well as the orange one are foreground stars from our galaxy
I'd go for overlap
These images are infrared images. The colors are not real.
It's an artifact, don't know what causes it though ! 😄
That is taking the easy way out ! 😄
Either it is a merger or it is an overlap, it can't be both !
Oh no ! Please, always classify the object in the center of the image, even if it is the most boring one ! 😄 Happy hunting ! 😄
Not too sure about he interaction. No distortion whatsoever.
Sorry, no collision here. The bright object to the left is a foreground star from our galaxy. So, no collision possible.
djj, is that you ? 😄
Sorry, that is just an artifact ! Don't have a clue what causes hem though ! 😄
Please,always classify the object in the center of the image, even if it is the most boring one ! 😄
Always classify the object in the center of the image. In this case, it really doesn't matter because these are all stars from our galaxy..
These two objects are actually stars from our galaxy. No merger here , sorry.
I have no idea what you are on about !
This is a galaxy, probably a fuzzy spiral.
A barred, ringed galaxy.
Looks like an imaging artifact.
Definitely artifacts ! 😄
It's a very faint and fuzzy galaxy. Sorry not much more to tell about it.
Yep, satellite trail
Yep, all the objects in this image are foreground stars from our galaxy.
The images here are from the UKIDS Survey and they are infrared images. The ones in Skyserver are from SDSS and are in optical wavelenghts
The blue object at the top is a fuzzy irregular galaxy.
Correct ! This is indeed a star from our galaxy. More weird images here :
http://tinyurl.com/GZartifacts
This two objects are actually tars from our galaxy, but something went wrong with the imaging/filters.
Lots of artifacts ! 😄
More info here : http://tinyurl.com/GZartifacts
Good catch ! 😄
In this infrared image the active center appears very red.
Definitely a bulge, but not sure about two arms. Too fuzzy to tell for me.
There are lots of strange artifacts in these infrared images. No idea what causes them, sorry.
The bright spiky object is indeed a star from our galaxy. The colors, spikes and weird center are all optical artifacts.
The blue object is a foreground star from our galaxy, so no collision possible
Why 'failed' ? 😄
I see a disturbed galaxy.
The star is the bright blue dot at 10.
The bright object at the top is a foreground star from our galaxy. Not a supernova, sorry !
Artifact, sorry ! 😄
It could be part of the galaxy,or maybe not. Very difficult to tell just from this image. But I'd go for a disturbed two armed spiral too !
Usually, edge on's (like the one in the center of this image) are not massie enough to do any lensing !
Definitely not a lens and definitely not an artifact. Just a conveniently nice placed faint edge on galaxy.
I don't really see a dustlane here, sorry.
That is a diffraction spike (optical artifact) caused by a bright star just outside f this image.
The bright object top right is a foreground star from our galaxy. The smudge at 7 is a faint galaxy.
That is anartifact ! 😄
The bright blue object to the right is a foreground star from our galaxy.
Yep ! 😄
If you right click on the image you can copy it.
It is a fuzzy barred, two armed spiral. The spiral arms fold back to make a ring
The small dot at 3 and the bright object top right are both foreground stars from ur galaxy.
Three galaxies, not stars
That could be a star from our galaxy,or an artifact.
The blue object to the left is a foreground star from our galaxy.
Those green circles are artifacts.
Nope, just a foreground star from our galaxy, sorry ! 😄
Could be a far away galaxy or could be a foreground star. Just from this image, no way to tell !
Yeay ! 😄
Sorry, just artifacts ! 😄
Oh yes ! 😄
The central object is a galaxy. Almost all the other objects are foreground stars from our galaxy.
Sorry, that ring is just an optical artifact. No black hole whatsoever.
Definitely a galaxy. I'd go for disturbed spiral
The bright blue object is a foreground star from our galaxy. The ring is an optical artifact.
Artifact
The two yellow objects are galaxies. The red objects are foreground stars from our galaxy.
Not a star cluster but a faint and fuzzy galaxy.
Yep ! 😄
The central object is not a star but a disturbed galaxty.
The bright object, top left, is a foreground star from our galaxy. The colors, rings and spikes are all optical artifacts
That ring, upper right, is (alas) an optical artifact ! 😄
Not sure about it being a cluster, but all the objects in this image are stars from our galaxy ! Good call ! 😄
Lovely merger indeed ! The red thingy looks more like an artifact.
Merger for me to ! -D
There is no interaction possible between the central galaxy and the object top left, which is a foreground star from our galaxy.
This is a very fuzzy and faint galaxy. It doesn't look massive enough to do any lensing.The blue green thingy is probably just noise, sorry.
Some distortion in the right galaxy, so definitely interaction ! 😄
Artifacts for me. Don't know what causes them, though ! 😄
These objects are actually stars from our galaxy, but the colors are not real ! . More weird images here : http://tinyurl.com/GZartifacts
The thin line could be a diffraction spike (optical artifact) caused by a bright star outside of this image.
The object itself is a star, the colors are artifacts.
With these kinds of distortions, definitely merger.
Imaging and filter problems. These objects are actually stars from our galaxy, but the colors are not real.
A very disturbed galaxy.
All the objects in this image are stars from our galaxy.
That is a satellite trail. Definitely artifact ! 😄
the green circle is an artifact
The fuzzy object in the center is not a star but a galaxy
The green ring at the top is an artifact. Don't know what causes it though! 😄
Te blue lines are definitely arifacts. I'm thinking satellite trails.
Not sure what you mean ? The central galaxy is very possibly a spiral or disk galaxy seen edge on.
Looks like an overlapping galaxy.
The two circles at the bottom are some funky artifacts !
Just coincidence. No lensing here, sorry.
The line is a diffraction spike (optical artifact) caused by a nearby star. Happy Hunting ! 😄
The yellow/orange objects at the top are both foreground stars from our galaxy.
This galaxy has a very bright center. The blue cloud in the center is an optical artifact.
The central object is a fuzzy barred spiral. The bright object , bottom right, is a foreground star from our galaxy.
The central galaxy is definitely disturbed, but not by the bright object at 12. That is a foreground star from our galaxy.
I'd go for smooth - in between - merger
Correct, all the objects in this image are stars from our galaxy.
This is actually a star from our galaxy, but the colors are not real. More weird image here : http://tinyurl.com/GZartifacts
Still a merger, more than a year late ! 😄
Two foreground stars from our galaxy.
Those two green objects are foreground stars from our galaxy.
The green object, top left, is probably a foreground star from our galaxy.
Oh yes ! And a very beautiful one too !
Distorted spiral. Nice merger
That is how these projects work : every image gets looked at by multiple users. That way we can get a consensus.
The bright object at 7 is a foreground star from our galaxy. No lensing here, sorry.
The round blue object, top right, is a foreground star from our galaxy
That is actually a star from our galaxy, but something went wrong with the imaging/filters.
http://tinyurl.com/GZartifacts
Yep ! 😄
The round blue object is a foreground star from our galaxy.
The bright object is a foreground star from our galaxy.The blue spots are artifacts.
There is not much distortion. Overlap for me.
Edge on galaxy, no bulge.
You are not the first ! 😄 More weird images http://tinyurl.com/GZartifacts
That is a foreground star from our galaxy. 😄
Two satellite trails ! Nice catch ! 😄
The object at the left is a foreground star from our galaxy. 😄
Nothing exploding here ! These objects are foreground stars from our galaxy. The colors are not real
The central object, which you are supposed to classify , is a two armed spiral.
The two blue objects are foreground stars from our galaxy. No dustlane in this image, sorry.
gorgeous #merger
The bright blue object at the top is foreground star from our galaxy.
A smooth and round galaxy.
Not sure about the overlap !
Sorry, but it is just a star, nothing special !
Those red rings are optical artifacts, sorry.
http://skyservice.pha.jhu.edu/DR8/ImgCutout/getjpeg.aspx?ra=189.27451005&dec=7.55084354&scale=0.09903175&width=512&height=512&opt=&query=
In this infrared image it looks very much like an arc, but looking at it in the optical it is just an overlapping galaxy. Sorry.
The bright objects are foreground stars from our galaxy.
No lensing whatsoever going on in this image, sorry.
artifacts ! 😄
No lensing in this image, sorry. The central object is a faint spiral and these are usually not massive enough to do any lensing.
With this kind of distortion, merger is a safe bet ! 😄
The red dots are foreground stars from our galaxy. The white objects to the left are also foreground stars.
The bluish/white object is a foreground star from our galaxy.
The green/black thingy to the left is an artifact.
The four dots are an optical artifact.
This is actually a star from our galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
It's a satellite trail
The object to the leftis a foreground star from our galaxy. The colors are not real.
These three objects are all stars from our galaxy.The rings are optical artifacts.
artifact ! 😄
where ?
The 'lensed' galaxies are the same color as the 'lensing' galaxy. In a real lens the colors would be different.
There is a slight possibility that this could be lensing. But somehow I don't think so.
Please, always classify the object in the center of the image !
The ring to the right is an artifact.
Not a galaxy, but a star from our galaxy. The colors are not real. More weird images here : http://tinyurl.com/GZartifacts
Irregular for me.
The green fuzz with the black circle is an optical artifact.
Always classify the object in the center of the image.
The ring at the bottom is an optical artifact
Oh yes ! 😄
More weird images here : http://tinyurl.com/GZartifacts
A fuzzy spiral. The clumps are active star forming regions.
A flyby ?
Artifact, sorry.
The squares are optical artifacts
This galaxy has a very bright center. The 'ring' and the dark bars are optical artifacts. No lens here.
The object to the left is a foreground star from our galaxy. The ring is an optical artifact. No lensing here.
The brlue object to the upper left of the galaxy is a foreground star from our galaxy. The ring is an optical artifact.
The object, bottom right, is a foreground star from our galaxy.
Always classify the object in the center of the image.The object you are describing is a foreground star from our galaxy.
The blue objects at the bottom are foreground stars from our galaxy.
It's just a star ! 😄 The colors and weird center are optical artifacts
Disturbed galaxy. No lensing here, sorry.
The galaxy is certainly disturbed. I don't see another galaxy that it is merging with.
The two white objects are indeed stars. The central object is a galaxy.
It's a satellite trail.
The satellite reflects the sunlight and because of its speed it gets caught in just one filter.
The object at the bottom is a foreground star from our galaxy. No merger here.
Nice chance alignment ! 😄
The blue object, top left, is a foregroundstar from our galaxy. The colors, spikes and white center areall opticall artifacts.
So, the bright object is a foreground star from our galaxy. What is the problem here ????
No distortion, so not a merger forme
Are you referring to the central galaxy ? that is probably a disturbed spiral.
Now, that is not the way it happens. Just google galaxy evolution.
These blue and purple images are from th UKIDS Survey (infrared). So the colors are very differernt
This is a star from our galaxy. More weird images here : http://tinyurl.com/GZartifacts
That is an artifact caused by the very bright center.
At first I thought diffraction spike from a nearby star, but there is no star to cause this. Maybe some moving object. (satellite)
That ring to the right is an optical artifact.
These two objects are actually foreground stars from our galaxy. More weird images here http://tinyurl.com/GZartifacts
Do you mean the blue dot at 2 o'clock at the right edge ? That's an artifact.
The object at the bottom is indeed a