Resolution of the Black Hole Singularity via SV0 Quantum Bounce and Baby Universe Formation

Abstract:The existence of a spacetime singularity at the center of a black hole remains one of the most profound failures of classical General Relativity. In this paper (Paper XXXII of the SV0 series), we apply the Signed-Volume (SV0) quantum bounce mechanism to the interior of a black hole. We show that as the collapsing matter reaches Planckian densities, the discrete nature of Spacetime Quanta and the SV0 two-sector exchange law ẋ = γHx(1-x) prevent the formation of a singularity. Instead, the collapse halts at a minimum volume and undergoes a quantum bounce, transitioning into an expanding phase. This interior expanding region constitutes a "Baby Universe" connected to the parent universe via a microscopic traversable wormhole (ER=EPR). Using the Universal Information Field (UIF) framework (Paper XVI), we demonstrate that the information of the infalling matter is perfectly transferred into the Baby Universe, preserving unitarity without violating the no-cloning theorem. This provides a complete, non-singular description of black hole interiors.