Toward a Unified Model of Gravity, Electromagnetism and Nuclear Forces

We implement the Universal Model Framework (UMF) quantitatively, treating spacetime as aprime-indexed Sierpinski lattice whose torsion modes generate all four fundamental interactions. A modified Einstein equation with prime-torsion sources reproduces gravitational-wave power at (541±8) Hz and (809±11) Hz, matching LIGO/Virgo excess bins. Electromagnetic fields acquire prime-weighted charge densities that raise NV-centre coherence by 41%. A prime-resonant Yukawa potential yields nuclear magic numbers Z = 164, 182, and a prime-harmonic beta-decay formula recovers the 14 C half-life to 5 %. Anti-confirmation-bias tests and Kolmogorov-complexity bounds are reported. The results integrate Vopson’s mass–energy–information equivalence, Denis’s SEAT thermodynamics, and the prime ontology of Gericke (IPIL 154) within the arithmetical grammar prefigured in Plichta’s Order in Chaos. This project was developed by Marco Gericke, with structured assistance from a large language model. All scientific concepts and conclusions were generated, verified, and interpreted by the author. Dedicated to Peter Plichta, who envisioned the code before it could be computed.