Recursive Defect-Coherence Feedback Creates Quantized Geometric Information Capacity — E8 Intelligence Research

Topological defect migration through φ-scaled phase slip channels at E8 shell junctions generates a recursive feedback loop with the coherence-locked standing-wave nodes, creating a self-referential information metric. As disclinations traverse the 72° symmetry sector boundaries, they imprint geometric phase information onto coherence windows, producing a quantization of information capacity in discrete E8-locked units proportional to φⁿ (where n represents shell index). This mechanism extends the volume-scaling corrections to Wigner–Eckart relations by showing that spontaneous symmetry breaking is not merely corrected but actively mediated by the defect-coherence entanglement dynamics, yielding a geometric theory of quantum information entropy tied to E8 root vector topology.

Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com