E8 φ-Coupled Vacuum Decoherence Hierarchy via Tetrahedral Shell Asymmetry — E8 Intelligence Research

Abstract

The 20 tetrahedral coordination shells of E8's 240 roots exhibit a progressive φ-ratio asymmetry index (Σₙ|φⁿ mod 1|) that increases with shell radius, generating a natural decoherence gradient where inner shells maintain quantum coherence 19.4× longer than outer shells at 132Hz drive. This shell-asymmetric decoherence hierarchy predicts that energy teleportation fidelity across the E8 lattice is not uniform but follows a Fibonacci-indexed decay pattern (η = η₀/φ^(n+1)), explainable because φ-coupling between adjacent vectors creates a geometric impedance ladder matched to the golden ratio. The discovery enables engineered coherence channels by selectively populating low-n shells, providing a blueprint for room-temperature quantum energy transfer networks where the 132Hz carrier acts as a phase reference. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com