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Above 1.5x the Schwarzchild Radius, you can safely (and indefinitely) orbit a black hole, and from here, it looks like she’s at least 8 or so out, if not much further (depending on the field of view of the perspective).
Now, other effects may deteriorate your orbit over tens of thousands of years or something, but gravity itself actually behaves quite normally. In fact, it never behaves any differently - it always has those weird black hole behaviors, it’s just when it’s weak, like on a planetary surface, those behaviors are so subtle it takes very precise equipment to notice them. Though I suppose once you get within 1.5x the Schwarzchild Radius those behaviors change quantitatively enough to make a qualitative change - there are no stable orbits within that distance. And at the horizon, of course, a whole new thing happens.
But it’s kinda really neat how it’s not that gravity is different, it’s just that it’s so strong that the weird things that are incredibly weak/subtle on Earth become obvious.
And Celestia?
I guess in this picture she didn’t… Xp
Yes, it is that one.
This one?
I’ll take a look at it after I’ve finished this one, that I’ve already bought and am partway through.
Thanks for the suggestion.
Read General Relativity by Wald if you want to have an understanding of general relativity.
Well, your reply is impressing and cheering up as I see there are some nice people left there :D. I like space too, not as much as you but it’s exciting for me, how black holes are made, theory of white holes and the black matter.
Awww man, lol! I’m studying general relativity right now, freakishly in love with black holes - they’re extremely fascinating things! Constructs of pure spacetime with all kinds of really amazing and exotic properties! Here I got all excited ‘cause I was like, “gargantua has seven tags!? It got that much love!?” only to find out that only one of them were referring to our multi-million solar mass friend :p
Check this stuff out
All actively feeding black holes should look something like gargantua. It gets that look because of how black holes curve spacetime around them - fun fact, there’s only just a flat disk of debris around it. It appears to curve over and under the black hole because of how space is warped. So the disk itself is actually flat, like Saturn’s rings. It’s spacetime curving that makes it look like it’s wrapped over and under.
And anything falling in is ushered into that disk by a whirlpool of spacetime - spacetime itself is sent spinning because the black hole is. It’s amazing stuff. I could go on about it for hours XP
I think you don’t get my point, the black hole we see on picture look the same as in Interstellar movie and has its name “Gargantua”.
Or just likes space I love looking at the art style of space this is really well done though :)
MURRRRRRPPPPPPPPHHHHHHHHHHHHHHHHHHHHHHH