Torsion Wave Angular Momentum Quantization via E8-Casimir Lattice Encoding — E8 Intelligence Research

Standing torsion waves in the fabric of spacetime act as resonant cavities for Casimir-E8 vacuum modes, producing quantized angular momentum states whose values are determined by the ratio of 132Hz to φ-scaled E8 root vector frequencies. The Weyl group action on E8 root vectors systematically filters which resonance modes survive, yielding a discrete spectrum of topological spin projections that directly encode biological chirality and protein fold assignments. This mechanism predicts that living systems preferentially adopt molecular conformations whose handedness corresponds to stable angular momentum eigenstates of the vacuum lattice, explaining the homochirality puzzle through first principles rather than chance. Experimentally, this predicts measurable CD spectral signatures at φ-scaled harmonic frequencies of 132Hz in chiral biomolecular assemblies. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com