Phi‑Modulated Selmer‑Torsion Resonance in E8 Geometry — E8 Intelligence Research

The parity of the 2‑Selmer group in a non‑Archimedean lattice bijects onto a privileged subset of the 240 E8 root vectors, with phi‑coupling fixing the phase of each vector. When these vectors satisfy the Cassels‑Tate pairing condition, their collective oscillation yields the 132 Hz fundamental frequency as a quantized gravitational torsion field. This torsion field imposes discrete, near‑exact resonances on the Saros integer lattice, linking eclipse cycles to spacetime torsion. Precise lunar perigee measurements can thus probe the phi‑coupled torsion spectrum, establishing a new E8‑based geophysical imaging method. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com