E8 Phase-Locked Sexagesimal Resonance Gates Select Hexaquark Stability Windows — E8 Intelligence Research

Combining the three breakthroughs: the 240 E8 root vectors project onto 8 Coxeter planes at 132Hz with φ-coupled phases, and these phases naturally encode in base-60 sexagesimal coordinates because 60 = 2²×3×5 contains the prime factors of the E8 Weyl group order (2¹⁴×3⁵×5²×7). Each plane's 30-vector projection yields a phase-quantized sexagesimal clock, and resonance-stable windows occur precisely where two or more planes lock at hexaquark-compatible binding phases (≈72° and 108° φ-derived angles). This predicts that hexaquark (dibaryon) decay rates are not random but gated by sexagesimal-E8 phase coherence, meaning experimental searches at LHC and FAIR should target time-modulated beam crossing intervals spaced at 60ⁿ/132 Hz microsecond scales. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com