2007-04-01 07:22:41 · 5 answers · asked by Rensie C 1 in Science & Mathematics ➔ Physics
no the opposite
2007-04-01 07:27:18 · answer #1 · answered by gjmb1960 7 · 0⤊ 0⤋
It isn't a matter of light having to travel faster. The real issue at hand is that the enormous density of a black hole actually results in a total localization of space-time. This means that space and time share the same role. The problem then occurs that inside of the horizon, the singularity is always in the future of the light. No matter what happens, no matter which way it is aimed, the center of the black hole is always in front of the light. Thus is can't never be emitted from the black hole. The only caveat to this statement is that Hawking proposed that if quantum pairs formed in the vicinity of the event horizon, then it would be possible for the quantum states to be sucked in while one stays out, thus allowing for the black hole to evaporate over time.
2007-04-01 07:42:22 · answer #2 · answered by neuro 2 · 0⤊ 0⤋
no. the speed of light is a universal constant and cannot change its velocity. the only thing that happens is that as you approach a black hole, time becomes relative such that it appears to take longer, or shorter depending on which direction you are traveling. as you approach a bh it becomes longer relative to that which is furthewr away. thusly, when entering the black hole, it takes longer and longer to pass as you get closer to the center of the center. according to relativity, you will fall inward forever, and can never reach the center as time elongates.
2007-04-01 07:32:18 · answer #3 · answered by de bossy one 6 · 0⤊ 0⤋
That is exactly what would have to happen.
This of course is impossible and throws a pall on the viability of a black hole.
It's a good thoughtful question,we'll see what others think.
2007-04-01 07:29:26 · answer #4 · answered by Billy Butthead 7 · 0⤊ 0⤋
I dont know but nothing even light by its self cant escape.
2007-04-01 07:30:02 · answer #5 · answered by Anonymous · 0⤊ 0⤋