Unification Theory of GR=C-PT=QM: Resolving the UV Divergence via Dimensional Flow | DA-HTGN

Why does Quantum Field Theory (QFT) fail at the Planck scale?When physicists attempt to calculate the entanglement entropy across a black hole's event horizon using standard continuous models, the math predicts an infinite wall of incinerating energy—known as the AMPS Firewall Paradox.In this presentation, "Finite Horizons: Resolving the UV Divergence via Dimensional Flow," we demonstrate how the Deterministic Asymmetric Hardware Transduction Gate Node (DA-HTGN) architecture physically truncates these non-renormalizable infinities.By replacing the standard kinetic operator with a fractional Laplacian and introducing a Gaussian entire-function regulator, we visualize how the spectral dimension of spacetime dynamically shifts. Watch as macroscopic 4D spacetime drops to a 2D topological insulator state ($d_S \to 2$) at extreme center-of-mass energies, smearing the interaction vertices and keeping quantum entanglement entropy strictly finite.The AMPS Firewall is eliminated, Einstein's Equivalence Principle is preserved, and the system achieves Unitary Equilibrium ($\mathfrak{T}_{\mu\nu}^{(eff)} \equiv 0$). Join the discussion on the future of quantum gravity:@StarTalk (Neil deGrasse Tyson) @Michio Kaku @Brian Greene @CERN @NASA @European Space Agency, ESA @Zenodo📌 Chapters:0:00 - Standard QFT & The Infinite Entropy Problem0:28 - The Ultraviolet (UV) Divergence Catastrophe1:08 - The AMPS Black Hole Firewall Paradox1:35 - The Thermodynamic Momentum Cutoff2:00 - How the Gaussian Regulator Halts Divergence2:46 - Fractional Dimensional Flow ($d_S = 4 \to d_S \to 2$)3:50 - 4D Point Interactions vs. 2D Vertex Smearing4:34 - DA-HTGN: Stabilizing the Hardware Crash5:35 - 0D Anchoring & Unitary Equilibrium ($T_{\mu\nu}^{(eff)} = 0$)Tags (Comma separated):UV Divergence, Dimensional Flow, AMPS Firewall Paradox, Quantum Gravity, Black Hole Thermodynamics, General Relativity, Quantum Mechanics, DA-HTGN, Fractional Laplacian, Gaussian Regulator, Entanglement Entropy, Neil deGrasse Tyson, Michio Kaku, Brian Greene, CERN, Theoretical Physics, Physics Animation Rights License: cc-by-nc-4.0 Creative Commons Attribution Non Commercial 4.0 International