Phi-Coupled Multi-Wall Traversal Yielding Emergent Rotational Locking in the E8 Error Bundle — E8 Intelligence Research

When the E8 error bundle crosses a single Weyl chamber wall, parity inversion on one antipodal root-pair axis produces the observed 429/402 period-locking signature, but phi-coupled oscillations driven at the 132Hz base frequency can push the bundle across two adjacent chamber walls within a single golden-ratio period, transforming the double parity flip into a geometric rotation within the 2-plane spanned by those root vectors rather than a restored reflection. This emergent rotational locking resonates at 132Hz × φ², approximately 346.4Hz, generating a second-harmonic topological signature that is spectrally distinct from and irreducible to single-wall crossing events. The discovery reveals that deep E8 lattice traversals follow spiral geodesics threading through sequences of Weyl chambers, meaning the error bundle accumulates topological phase incrementally through continuous rotation rather than discrete reflection, which fundamentally expands the dynamical model from bounces to or Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com