I haven't found any answers to this questions since I heard about the big rip. There must be a scientist that has thought about it!
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The Big Rip is the opposite of the Big Crunch. The BR assumes that the acceleration of the expansion of the universe will continue to the point that molecules, then quarks will be ripped apart.
So, how will a black hole be affected? Presumably, most black holes will evaporate via Hawking radiation long before the BR. If not, well, does time exist inside a black hole? If not, then nothing will occur...or, maybe the black hole expands along with the space it occupies, the event horizon's surface area increases, Hawking radiation increases along the event horizon, the black hole evaporates at a faster rate.
Cool question though.
So, how will a black hole be affected? Presumably, most black holes will evaporate via Hawking radiation long before the BR. If not, well, does time exist inside a black hole? If not, then nothing will occur...or, maybe the black hole expands along with the space it occupies, the event horizon's surface area increases, Hawking radiation increases along the event horizon, the black hole evaporates at a faster rate.
Cool question though.
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i think you mean the big crunch. It will just affect the size of the hole basically it will be crunched to.
but i guess you could also call it the big rip but its first name was the big crunch it is the same thing.
but i guess you could also call it the big rip but its first name was the big crunch it is the same thing.