Authors: Hyoyoung Choi
Singularity problem is a long-standing weak point in the theory of general relativity. Most scholars assume that the solution for this singularity consists in quantum mechanics. However, waiting for quantum gravity theory to be completed to solve the singularity problem in a black hole is wrong. Hear we show that gravitational self-energy has a negative value can solve singularity problem and rescue general relativity. Black hole does not have a singularity and there exists a zone that has a uniform energy density within the black hole. The distribution of mass can't be reduced to at least radius 0.3R_S(Schwarzschild radius). Also, gravitational self-energy and R_gs guarantee uniform density due to repulsive gravity effect and this can be grounds for the expansion in the early universe and the uniform universe.
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