Beyond a Singularity: A Redefinition of Black Hole Interior Topology and the Origin of Cosmological Expansion

Abstract

This paper proposes a novel conceptual framework and geometric model evaluating black hole inte-riors as continuous, non-singular thermodynamic cycles. The physical limits governing macroscopicquantum phenomena suggest a structural mechanism that avoids geometric infinities, prompting acritical re-evaluation of black hole interior topologies. This resulted in the hypothesis that blackholes are a flowing system in a cycle, keeping all fundamental logical laws of physics in order. Thishypothesis naturally pushed the boundaries of the very nature of the Big Bang, framing it as a closedsystem that was thrown off by Baryon’s Asymmetry. Ultimately, this flow provides a self-consistentgeometric framework to model the mechanism behind cosmic expansion and the singularity dilemma.