A Theory of Topological Bekenstein Saturation, ER=EPR Information Routing, and Primordial Hydrogen Generation In A 32-Valent Lattice (A Conjecture)

The predictive power of orthodox General Relativity fundamentally breaks down at the core of a black hole, mandating a singularity of infinite density . This paper introduces Aperiodic Quasicrystal Dynamics (AQD), an exploratory framework modeling spacetime not as a continuous manifold, but as a discrete, 32-valent Ammann-Kramer-Neri (AKN) tensor network . We posit that gravitational collapse terminates in a Hilbert Space Dimensionality Cutoff, structurally forbidding infinite density. This saturated core resolves into a Maximally Degenerate Fermionic Core and routes information through the ER=EPR bulk via adiabatic projection. Emerging into lower-density lattice regions, this mechanism drives localized secondary nucleosynthesis via free neutron beta decay. We propose this as a candidate theoretical framework for the anomalous high-redshift supermassive stars observed by JWST.