- #1
sufive
- 23
- 0
Dear All Gravitinos,
I write this post here to discuss a new conjecture on resolutions of the schwarzschild singularity and the physics interpretation for the micro states of black-holes (arxiv: 1606.06178, published in Nucl. Phys. B2017,02,005, http://dx.doi.org/10.1016/j.nuclphysb.2017.02.005 ).
In this paper I quotient an idea that: matters inside the horizon of schwarzschild black-holes are not concentrating on the central point, instead they are dispersed inside the horizon and are experiencing repeated motion of contraction and over-head — anti-directional expansion — contraction again. I provide numerical evidences at both general relativity and quantum gravitation levels that, the modes of matter distributions inside the horizon is of order exp(A/l_pl^2). This idea resolves the scharzschild singularity but avoids contradictions with the singularity theorem and provides an intuitive explanation for the origin of black-hole entropy, and very probably a method of resolving the information missing puzzle involved in the hawking radiations.
I expect this picture is dis/verifiable since in the mergering of binary black-holes, gravitation waves coming from the binary mass-points covered by horizon and those from binary mass-distributions also covered by horizon should be distinguishable.
How do you, all gravitation and black-hole professionals look about this idea? I know some big mans in this area are in this forum
I write this post here to discuss a new conjecture on resolutions of the schwarzschild singularity and the physics interpretation for the micro states of black-holes (arxiv: 1606.06178, published in Nucl. Phys. B2017,02,005, http://dx.doi.org/10.1016/j.nuclphysb.2017.02.005 ).
In this paper I quotient an idea that: matters inside the horizon of schwarzschild black-holes are not concentrating on the central point, instead they are dispersed inside the horizon and are experiencing repeated motion of contraction and over-head — anti-directional expansion — contraction again. I provide numerical evidences at both general relativity and quantum gravitation levels that, the modes of matter distributions inside the horizon is of order exp(A/l_pl^2). This idea resolves the scharzschild singularity but avoids contradictions with the singularity theorem and provides an intuitive explanation for the origin of black-hole entropy, and very probably a method of resolving the information missing puzzle involved in the hawking radiations.
I expect this picture is dis/verifiable since in the mergering of binary black-holes, gravitation waves coming from the binary mass-points covered by horizon and those from binary mass-distributions also covered by horizon should be distinguishable.
How do you, all gravitation and black-hole professionals look about this idea? I know some big mans in this area are in this forum
Last edited by a moderator: