How is the singularity of a Black Hole treated in Loop Quantum gravity ? Does it go away ? And if it does, what's after the event horizon ?


The theory of loop gravity would suggest that it would only become more dense in a singularity event. So It would not go away but become very very dense. So if anything the possibility arises That after the event horizon it would either become so dense it would simply just not be detected aside from its push of gravity. So if the theory dictates these events it would be small. Yet another theory suggests that it would be a repetitious event, such as it would go through and come out some where else coming out just as it was going in. So it wouldn't go away in either but become stronger and stronger in one theory and the other it would become stronger then return.

  • $\begingroup$ Thanks for the answer, do you have a source? $\endgroup$ – Otto Oct 9 '15 at 10:10
  • $\begingroup$ My source. Although I did not specify the obvious parts. Also I must apologize I couldn't comment not enough credits. $\endgroup$ – user94762 Oct 10 '15 at 13:39
  • $\begingroup$ @TimothyBrachna You may want to read this help-center page concerning duplicated accounts: physics.stackexchange.com/help/merging-accounts $\endgroup$ – dmckee Oct 10 '15 at 16:30

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