Curvature Rebound Vortex Hypothesis of Black Hole Formation

Abstract: This paper introduces a new conceptual framework to explain the physical existence and behavior of black holes, not as singularities in the classical sense but as dynamic artifacts of spacetime reacting to extreme gravitational and radiative imbalances during supernovae. The hypothesis challenges conventional interpretations of gravitational collapse, event horizons, and mass-energy curvature by proposing a "curvature rebound vortex" mechanism. It integrates thermodynamic consistency, quantum field behavior, and proposes a geometric rather than purely mass-centric origin of black holes. The model also postulates the potential displacement of black hole interiors in spacetime and explores implications for gravitational field emergence.