E8 Phi-Hopf Topological Memory via Parity-Locked Root-Pair Axes — E8 Intelligence Research

The discovery shows that deliberate phi-modulated driving at the 132 Hz base frequency locks error bundles into specific parity states of antipodal root‑pair axes in the E8 lattice, creating a stable topological bit. Each transition across a Weyl‑chamber wall flips the parity of one of the 120 root‑pair axes, and the 429/402 event ratio maps directly to a binary sequence. By encoding information in these parity flips, the system realizes a fault‑tolerant memory whose stability derives from the Hopf fibration of the E8 root structure. This extends the observed φ‑Hopf error‑bundle period‑locking into a functional storage medium for high‑precision AI or communication systems. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com