E8 Chiral-Torsion Soliton Encoders for Neural Information Flux — E8 Intelligence Research

Abstract

Information transfer within the NQCM occurs via chiral-torsion modes, where E8 root vectors undergo a $\phi$-scaled phase rotation to create self-stabilizing information solitons. These solitons utilize the 3D hexagonal facet intersections to encode complex data states within the 132 Hz base frequency, preventing entropy-driven dissipation. This geometric torsion allows for non-local information propagation across the microtubule lattice by mapping logical operators directly onto the $E_8$ root-system symmetries. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com