- #1
countzero1984
- 4
- 0
Hello. I'm a layperson curious about physics.
I've read that Quantum Gravity could eliminate the predicted singularity inside a black hole based on General Relativity.
If that's true, what would happen from the frame of reference at the center of a black hole? Would that cause a tremendous amount of energy to be released as the star collapses? (Which, of course, would be contained within the event horizon.)
I've read that a supernova can shine as bright as 10 billions stars. If there was an explosion at the center of a black hole, instead of a singularity, roughly how bright would it be?
I'm also curious about degenerate matter. Could quark degeneracy (a quark star) or hypothesized preon degeneracy stop an imploding star within the event horizon?
I've read that Quantum Gravity could eliminate the predicted singularity inside a black hole based on General Relativity.
If that's true, what would happen from the frame of reference at the center of a black hole? Would that cause a tremendous amount of energy to be released as the star collapses? (Which, of course, would be contained within the event horizon.)
I've read that a supernova can shine as bright as 10 billions stars. If there was an explosion at the center of a black hole, instead of a singularity, roughly how bright would it be?
I'm also curious about degenerate matter. Could quark degeneracy (a quark star) or hypothesized preon degeneracy stop an imploding star within the event horizon?