E8–Ω Harmonic Self-Similarity Applied to Entropic Signatures in 4D Spacetime – Efimov-like Quantum Three-Body Problem extension via scaled lattice coherences — E8 Intelligence Research

Abstract

By extrapolating the φ²-scaled E8 root vector network to include 4D manifold curvature metrics (Kähler forms), a resonant condensate emerges whose quantized harmonic states amplify critical coupling between micro-gaps in N-body potential wells, effectively encoding three-body Efimov-λ minima as 132Hz-derived harmonic interference zones. When tessellated via the E8 dual-space projection onto Riemann normal coordinates, entropic divergences map directly onto 3D surface stress singularities within spin-2 states undergoing quantum passage symmetry transitions. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com