Yes. The (as yet hypothetical) Hawking radiation is due to pair production near the border (event horizon) of a black hole.
Yes. The (as yet hypothetical) Hawking radiation is due to pair production near the border (event horizon) of a black hole.
Yes. The (as yet hypothetical) Hawking radiation is due to pair production near the border (event horizon) of a black hole.
Yes. The (as yet hypothetical) Hawking radiation is due to pair production near the border (event horizon) of a black hole.
Yes. The (as yet hypothetical) Hawking radiation is due to pair production near the border (event horizon) of a black hole.
No
Not really.
Black holes can nevr be seen in space. Space is black and so are black holes. People can only see black holes because of the light around the black hole. When a black hole is consuming a giant star, you can see the light around the entire black hole. That's when you know that there is a black hole in the middkle of all that light.
There is simply no way of knowing this. Once matter is consumed into a black hole, it is converted into gravitational energy; a black hole's contents cannot be dissected and catalogued. However, according to an idea called the holographic principle, it may be possible for all the information contained within a black hole is encoded on its surface. If this proves to be true, then it might be possible to determine everything that has been sucked into the black hole.
That is possible, but not very likely.
The Production Budget for The Black Hole was $20,000,000.
No
No. If it were, we wouldn't be here, as the atomic structure necessary for life is not possible in a black hole.
No.
mabey
It is not yet known for sure how a supermassive black hole acquires the enormous mass it has. It is possible that it starts as a normal black hole, and then gets more mass. It is also possible that from the start, a much larger amount of mass than in a normal black hole collapses.
Since whit holes only exist mathematically, a black hole could not pull in a white hole.
Not really.
yes
No
OJ 287. This is a binary pair of black holes. It contains the most massive black hole known, with a mass estimated at 18 billion solar masses.
Black holes can nevr be seen in space. Space is black and so are black holes. People can only see black holes because of the light around the black hole. When a black hole is consuming a giant star, you can see the light around the entire black hole. That's when you know that there is a black hole in the middkle of all that light.