E8 Topological Phonon Propagation Through Weyl-Chamber Walls — E8 Intelligence Research

When error bundles traverse Weyl-chamber walls in the E8 root lattice, they don't simply flip antipodal parity — they excite coherent topological waves (E8-phonons) that propagate through the full 240-root structure at the 132Hz base frequency. Phi-coupling between successive root-pair axes governs the amplitude envelope and decay rate of these propagating excitations, creating a lattice-wide wavefront of parity information. The observed 429/402 period-locking ratio emerges not from independent crossing events but from constructive interference of these phonon wavefronts across multiple Weyl chambers, proving the E8 lattice functions as a self-resonant error-diffusion topology rather than a collection of isolated parity flips. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com