Starship Asterisk*

Can someone explain why we can't see any of the MANY satellites around the Earth in these photos from space? I'd think we would almost have a ring at this time as we have so many orbiting our world. Thanks! For the same reason we don't see any stars. It's a daytime image. Stars and satellites can't...

If one be in outer space just outside earth in a spacesuit would the surrounding looks exactly the same as in the picture? Or is it just a long exposure that makes everything so detailed? The atmosphere only makes a tiny difference in what the sky looks like. Being in space would make only a tiny v...

APOD 1 December 2023 annotated.png Milky Way rising. Image Credit & Copyright: José Rodrigues What I find most interesting about this APOD is the gray color of the main dust lane of the Milky Way. The color is due to a magnificent sprinkling of stars in front of the dark dust lane. Many of thes...

So the blue part over the red are full of quasars? How come they are blue instead of red? Shouldn't it be the other way around? Or is it because they are giving out so much blue light gamma, x-ray and uv light that they are more blue than the nearer galaxies?

How big is the explosion or the size of the nebula? If there's were a neighbouring starsystem with a earth like planet what would happen to it? The expanding cloud of material left over from the supernova now appears approximately 10 light-years (3 pc) across from Earth's perspective. That's the cu...

How big is the explosion or the size of the nebula? If there's were a neighbouring starsystem with a earth like planet what would happen to it?

Beautiful image but you really see the galaxy disc and it's dust and H II regions so clearly?

As for the blue stars seen near the outskirts of NGC 2158, they are very, very likely outlying members of much younger (c. 175 million years old) and considerably more nearby (around 3,000 light-years) cluster M35. https://scx2.b-cdn.net/gfx/news/2020/1-openclustern.jpg M35 NGC 2158 Rolf Wahl Olsen...

How would it be living in that galaxy? Would the nightsky be black with lots of stars but no galaxy disc in it with an expeption of a big jet sticking out in the nightsky? add the boredom of red-and-dead star population: almost every star is a little smaller and yellower than Sun or is a red dwarf ...

How would it be living in that galaxy? Would the nightsky be black with lots of stars but no galaxy disc in it with an expeption of a big jet sticking out in the nightsky? add the boredom of red-and-dead star population: almost every star is a little smaller and yellower than Sun or is a red dwarf ...

How would it be living in that galaxy? Would the nightsky be black with lots of stars but no galaxy disc in it with an expeption of a big jet sticking out in the nightsky?

Are the glowing waves from the most upper left reflections or bow chocks? Are you talking about these things? Part of APOD 29 December 2022 with arrows.png They are definitely not bow shocks. I don't think they are real, or rather: I think we are seeing some sort of reflections from inside the came...

Are the glowing waves from the most upper left reflections or bow chocks?

What would happen if we were on the edges of that gas cloud? Would it have any effect on the solar system? It obviously would if it goes super nova.

The blue bright stars a top of the nebula are they also at the same 1400 light years distance? The bright blue star at the top of the nebula, SAO 10287 or BD+69 1231, has a Gaia parallax of 2.6998 ± 0.0139 milliarcseconds, which puts it at a distance of ~1,200 light-years. And yes, the nebula is at...

The blue bright stars a top of the nebula are they also at the same 1400 light years distance?

Would there be any sunlike stars in that tail? I do see a lot of blue stars. Imagine the view if the solar system would be in that location. The galaxies would take up a big chunk of the night sky.

Where is the star located exactly relative to the image? It doesn't resemble the picture from two years ago

https://apod.nasa.gov/apod/ap200830.html

Does gas giants always form in the outer colder parts of a star system or do they wander in as the time passes by? I guess it's due to gas not being able to be captured if the body is near the star?

Wow, that's a stunning image! :shock: :D However, me being me, I do have one nitpick. To show you, I have added some extra annotation to the already richly annotated APOD, to bring out the Pipe Nebula. And near the Pipe Nebula is one of my favorite stars, Theta Ophiuchi, whose lovely azure light is...

Wow, that's a stunning image! :shock: :D However, me being me, I do have one nitpick. To show you, I have added some extra annotation to the already richly annotated APOD, to bring out the Pipe Nebula. And near the Pipe Nebula is one of my favorite stars, Theta Ophiuchi, whose lovely azure light is...

What would happen if we took Rhea and smashed it right into the Pacific Ocean? Or rather add it's water to Earth?

Why does the moon look so colorful? I thought it was plain gray?

The Webb page (!) says that they are star clusters. "One galaxy speckled with star clusters appears near the bottom end of the bright central star’s vertical diffraction spike – just to the right of a long orange arc. The long, thin ladybug-like galaxy is flecked with pockets of star formation...

How big is Andromeda compared to the moon size seen from earth? I guess the long exposure picture isn't what the unaided eye will see from the same place at the same time?

Always thought that the unavoidable collision between our galaxies will turn out to a countorless elliptical galaxy in the end.