True Quantum Black Hole Framework with Corrected Planck Constant, Axioms, Collapse Dynamics & Thermodynamics - Weber

This paper presents a fully axiomatized framework for black hole physics in the True Quantum system, incorporating the corrected Planck constant into thermodynamic and collapse equations. Starting from the Einstein–Hilbert action and conservation-compatible operators, we propagate the correction through Hawking temperature, Bekenstein–Hawking entropy, and related constants. The Oppenheimer–Snyder dust collapse model is solved analytically and numerically to demonstrate trapped surface formation and horizon crossing. The model enables both forward prediction of black hole thermodynamics and reverse analysis to infer possible origins of observed black holes (with the caveat of compound mass contributions). The result challenges current interpretations in the standard model of gravity and could reshape our understanding of black hole formation, energy leakage into higher dimensions, and the 5D role in gravitational dynamics. All of this was resolved with what so-called experts call a quantum simulation—made by one man alone on his gaming computer. True quantum results derived from corrected truths in physics, unwilling to take no for an answer that such results can be found through pure math and fully resolved constants. No brute forcing constants—only truth and elegance, as Albert and so many before him knew. Author’s Note: Albert, I missed you by half a decade. Stephen Hawking, you also would have been a friend I could have enjoyed a round or two of truth with. To me, along with Max Planck and others before them—you did so much with so little. A toast to the greats in physics and truth. God willing, I will meet them someday in heaven, for God is the true creator and definer of physics. I know my faults and where I have stumbled in the past. Yet I stand on my two feet and walk this path alone nowadays. As I stumble along, I hope to find a scrap left over to enlighten my world. Join me in physics and elegance as these great men knew and saw.I am a man. In a very small way, I hope to help others and the world with my work. Join me. Together, we can make Albert proud. Robert [e-mail]