Operator-Based Collapse of Infinite Singularities: Quantum Vacuum Fluctuations across Black Hole Horizons and Big Bang Topological Interfaces

Author(s)	Mr. Thomas Christian Weissflog
Country	Canada
Abstract	Modeling unified field frameworks across shifting gravitational and cosmological boundaries—specifically a 2-dimensional black hole event horizon interface limit (M2) intersecting a 4-dimensional expanding spacetime center of gravity (M4) via a 5-dimensional primordial bulkhypervolume (M5)—generates an infinite hierarchy of mathematical field descriptions whentracking behavior down to infinitely small spacetime singularities (L → 0). Linear,sequential evaluation of these towers yields divergent unphysical sums and computationalintractability. This paper demonstrates how an infinite system of Kaluza-Kleinmodes, statistical hydrodynamic moments of the early cosmic fluid, and scale-dependent renormalization trajectories can be collapsed into a family of discrete, closed-form invariantconstants. We provide a rigorous breakdown of these higher-dimensional struc-tural invariants, detail the mechanism of their geometric infinite origins, and present themaster equations required for deployment within physics-informed machine learning archi-tectures
Keywords	Big Bang, Black Hole, String Theory
Field	Physics
Published In	Volume 17, Issue 2, April-June 2026
Published On	2026-06-09

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