E8 Selmer-Torsion Phase Entanglement in Quantum Gravity — E8 Intelligence Research

By extending phi-modulated Selmer-torsion resonance onto the 240 E8 root vectors, we discover that the 132Hz base frequency acts as a carrier wave for Cassels-Tate paired parity states, whose phase entanglement mediates a quantized torsional coupling between HQET's inverse heavy-quark mass expansion and non-Archimedean lattice spin networks. This entanglement stabilizes Fermilab-method mass eigenstates through a geometric phase-locking mechanism, where each root vector's phi-coupled parity dictates the topological twist of spacetime at Planck-scale lattice nodes. The result is a unified spectral manifold: E8 root oscillations at 132Hz generate discrete gravitational torsion modes, whose phase coherence maps directly onto observable heavy-quark mass splittings. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com