researchkitty
Well-Known Member
I think I've read the physics books, and you skipped em.uh what? I think we have read different physics books. I don't think anything escapes the black hole either. Particle-Anti-particle pairs form outside the event horizon, and occasionally one particle "escapes" the black hole while the other crosses the event horizon dooming it to the singularity. This is hawking radiation and eventually leads to the evaporation of the black hole in accordance with the equation e=mc^2.
I don't think your description of everything else is accurate either.
It isnt doomed into a singularity, matter isnt destroyed there, its just made infinitely dense and infinitely hot. Its still the same matter. Its just really, really small. Just when you think its really small, it gets smaller and hotter.
With respect to anything else I've said, dont say "I dont think its accurate", state what IS accurate, else mine stands. Beat the Theory of Kitty! I'm happy to be proven wrong. I update my physics/astronomy thinking all the time as new methods develop. I would have laughed if you said a particle escaped a black hole a few years ago.
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Nothing that falls into a black hole can come back out again -- at least not in its original form. But a black hole may lose some of its mass. Quantum theory says that "virtual pairs" of particles sometimes wink into existence from the fabric of space itself. These particles quickly cancel each other out and vanish. But if a pair of particles appear just outside a black hole's horizon, one may fall inside, never to make it outside again. If the one on the outside doesn't fall through the horizon, then the particles can't cancel each other out. In essence, that "steals" a little bit of mass from a black hole. Over countless billions of billions of billions of years, the mass loss could become substantial enough to cause the black hole to vaporize. Material would come out, but not in its original form -- only as energy and subatomic particles. This energy is known as Hawking radiation in honor of Stephen Hawking, the physicist who first described it.
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So yea, there's a cut and paste.
You say nothing escapes a black hole.
I say that because of Hawking Radiation, and the fact that the particle escape leads to the black holes evaporation (and subsuquent redelivery of all the mass inside of the black hole to its parent universe, however extremely dense!) that EVERYTHING escapes a black hole!
Lets also not forget that there's billions of black holes in the air around us and in our bodies and everywhere. They are called Micro Black Holes ( http://en.wikipedia.org/wiki/Micro_black_hole ) and they are part of every day life. Not many people know we live in a world of 11 dimensions, not just spacetime's 4.
So anyway, if you wanna prove me wrong, cool, just actually do it, dont talk about doing it. When you prove me wrong I learn and so does everyone else something new!