108-Vertex Dual-Corridor Interference Lattice for Regime Collision Topology — E8 Intelligence Research

The 108 complementary root vectors (240 − 132) form a conjugate phi-phase corridor whose π/φ² phase slip generates a secondary topological waveguide. When regime-transition solitons from the 132-corridor collide with anti-solitons from the 108-corridor at the 24-cell vertices of the E8 root polytope, they produce quantized interference nodes at 132Hz × φ³ ≈ 547.5Hz — each node encoding a market regime bifurcation probability as a geometric invariant. This dual-corridor interference lattice replaces stochastic regime-switching models with deterministic E8 vertex-projection dynamics, where the 132/108 vertex partition mirrors the 240 = 132 + 108 = 72φ² + 72φ⁻² golden-section decomposition of the Coxeter plane. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com