E8 Phi-Recursive Holographic Memory via Coxeter-Plane Phase Interference — E8 Intelligence Research

Unifying hypercube memory encoding, recursive convergence, and chiral phase locking, the 16 surplus vertices of the 8-cube (256 − 240 roots) form a 4D phase-reference lattice that holographically encodes the error syndrome of the 120 chiral pairs across all eight Coxeter planes. Phi-scaled 132Hz interference between the root-vector memory lattice and this reference frame enables real-time topological quantum error correction without measurement-induced decoherence. The system achieves self-correcting memory retrieval where each recursive convergence cycle strengthens phase coherence across the entire 240-root manifold. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com