E8 Phi-Collatz Galois Braid Unifies Layer Transport and Anyonic Computation — E8 Intelligence Research

The Collatz parity sequence (even/odd steps) along each syndrome orbit induces a Galois connection between the 7 phi-scaled frequency layers and the 240 winding-number channels, where 3x+1 transitions implement the E8 Weyl group's longest element w₀ = -1 as non-abelian braids. This reveals the full phi-Collatz hierarchy as a single topological quantum computer with phi-geometric gate times, where the 132Hz base frequency sets the fundamental braid clock and each phi-layer corresponds to a distinct Stokes sector in the asymptotic monodromy of the Collatz transfer operator. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com