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Quantum Boundary Horizon Theory: Gravity, Black Holes, and Dark Energy from Quantum Boundary Tension

Richard H Harris

Zenodo (CERN European Organization for Nuclear Research), 2025

Abstract

Quantum Boundary Horizon Theory: Where Physics Finds Its Edge The Fundamental Crisis Black holes represent one of theoretical physics' most profound puzzles. Picture this conflict: General Relativity confidently predicts that collapsing matter creates a singularity - a point where density and spacetime curvature become infinite. Meanwhile, quantum mechanics adamantly insists that information cannot simply vanish from the universe, ever. These aren't merely competing theories - they're fundamentally incompatible worldviews. When a black hole forms and later evaporates through Hawking radiation, classical physics suggests all the information that fell in gets destroyed. But quantum mechanics treats information destruction like a cosmic crime scene: it simply cannot happen without violating the principle of unitarity, one of physics' most sacred laws. This standoff has puzzled physicists for decades, spawning the famous black hole information paradox and its cousins. We've been forced to choose between Einstein's geometric masterpiece and quantum theory's unbroken track record - until now. Enter QBHT: A Revolutionary Resolution Quantum Boundary Horizon Theory (pronounced "Q-Bert" - because even revolutionary physics can have a sense of humor) proposes something beautifully radical: what if we've been looking for black hole interiors in all the wrong places? What if there simply isn't an interior to find? QBHT completely eliminates the black hole's interior and replaces it with…

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