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![[parent]](https://images.physicslibrary.org/images/uparrow.png) Viewing Message
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| ``Do Black Holes emit space-time ?''
by Brenton on 2008-12-25 00:44:39 |
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| Im not sure of this at all but the thought crossed my mind. Here goes :
In a black hole , the gravity is so great that time is almost completely at a standstill. Also , it is said that space takes on multiple values. This is analogous to where Ψ is approx. a field ( correct me if Im wrong ). This plays out 2 scenarios , one which uses the field explanation I have already explained.
1) when the black hole shrinks ( it must be a rotating non-spherical one ) , gravity waves emanate from the event horizon due to ΔΨ ( from a field to a localized particle ) since a change in energy leads to a change in velocity.
2) when particles collect inside the black hole , I assume the inside is not homogenous. Therefore , agitation in the form of gravity waves from the larger particles near the event horizon (EH) ( better chance of being detected ) due to whatever mechanism would travel (very slowly/speed of spacetime)? and then proceed at light speed once they exited. This is because spacetime is about the only thing fast enough , besides tachyons , to escape the gravity well beyond the EH.
Therefore , black holes not only emit Hawking radiation , they emit very weak space-time !
What do you think ? ( be gentle ... )
Merry Xmas , Happy New Year ...
I love Bette Midler ! |
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