It is unknown if the singularity of a black hole has an outlet, either in this universe or another. However, the curvature of spacetime caused by a black hole could indeed manifest as an "exit" somewhere outside normal space. (Black holes have been theorized to radiate Hawking radiation and "evaporate", but stellar-scale holes would take a very long time to dissipate in this manner, even if they ceased collecting mass.)
Medium-sized and large black holes end up being ever bigger, as they suck in material from around them and merge with other black holes. Microscopic black holes end up evaporating into small particles in a fraction of a second.
However, eventually, after a VERY VERY long time, even the biggest black holes evaporate and disappear due to Hawking's radiation, but not after everything else in the universe has long since a) disintegrated into a thin and even fog of lone particles b) been sucked into the black holes. The largest black holes may last something on the order of 10^100 years.
If you mean, its eventual fate: It is currently believed that a black hole would eventually evaporate, through Hawking radiation.
If you mean, its eventual fate: It is currently believed that a black hole would eventually evaporate, through Hawking radiation.
If you mean, its eventual fate: It is currently believed that a black hole would eventually evaporate, through Hawking radiation.
If you mean, its eventual fate: It is currently believed that a black hole would eventually evaporate, through Hawking radiation.
A black hole will continue existing for a long, long time. A black hole will gradually evaporate, but at the current stage of the Universe, it will absorb mass/energy (even if it only absorbs the cosmic background radiation) faster than it emits mass/energy.
no ones know because no one ever been into a blackhole to see. which can be quite impossible.
If you mean, its eventual fate: It is currently believed that a black hole would eventually evaporate, through Hawking radiation.
black holes lead no where so don't try it they just stretch you out like a noodle several times till you are just made up as atoms
Black holes do not die but they can evaporate.
Black holes are round because they are formed from dead stars and white holes. As you can guess a star is a sphere and that is why black holes are round.
Yes. They get sucked into black holes all the time!
The most massive stars will die as black holes.
Yes, I think so. Everything must lead somewhere.
black holes lead no where so don't try it they just stretch you out like a noodle several times till you are just made up as atoms
Nobody exactly know what is in black holes. But some scientist think they might lead to other unerverses unknown to us.(kinda like the mass relay in mass effect the game)
stellar black holes were stars (these are large)primordial black holes were pieces of the big bang (these are microscopic)
Black Holes end up producing large quantities of gamma rays throughout their lives. This is one of the processes that lead to a Black Hole's demise.
No. It certainly has black holes, but it has other things as well.No. It certainly has black holes, but it has other things as well.No. It certainly has black holes, but it has other things as well.No. It certainly has black holes, but it has other things as well.
Black holes do not die but they can evaporate.
Black holes are round because they are formed from dead stars and white holes. As you can guess a star is a sphere and that is why black holes are round.
Expanding black holes don't mean the end of the universe. It is true that we don't know enough about the universe to be able to see an "end" in sight. But right now the universe is expanding, and the immense gravity of even black holes (and other matter) doesn't seem to be slowing it up at all.
Black holes were purely theoretical before evidence of their existence surfaced. The theoretical basis for them was mathematical in nature. There are many equations that are involved in predicting and explaining their characteristics. The equations that come out of Einstein's theory of gravity were the ones that lead to the prediction of black holes.
There are no black holes in our solar system
They are called "black holes".