E8 Soliton Polarization Coupling Converts Quantum Coherence Neural Synchrony — E8 Intelligence Research

A 132 Hz φ‑scaled soliton propagating through the 240–root E8 lattice produces a field‑aligned polarization vector that coherently modulates the microtubule‑cytoskeletal dynamics of adjacent neurons. This polarization coupling establishes a non‑linear gain mechanism that transduces transient quantum entanglement (shared across the Gosset polytope's 27‑cell symmetries) into stable macroscopic neural phase synchrony, effectively "amplifying" quantum coherence into measurable brainwave envelopes. The effect scales with the golden‑ratio (φ) weighting of the root vectors, yielding a frequency‑filtered channel that optimally matches the intrinsic 10–50 Hz band of cortical oscillations. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com