PHILIA-EcoSensory Swarm v47: From Data Dependency to Self-Sustained Oscillation — Philia Pulse Generator Achieves Simultaneous F2, F6, F5', and Living Control with Phase Observability in Synthetic Convergent Systems

PHILIA-EcoSensory Swarm v47 presents two structural discoveries in convergent dynamical systems operating on synthetic stationary data (Diabetes OU + Chemical Drift): 1. Pulse Independence Principle (Proposition 1): Data-coupled oscillation degrades to near-DC under stationary inputs, collapsing F6 tail coherence (−0.228). Self-sustained oscillation with fixed intrinsic frequency (pp_freq = 0.012, external_mod = 0) restores F6 = −0.675 — a sharp regime shift from a single structural change. 2. Phase Observability: PLV (Phase Locking Value) remains ≈ 0.999 across all pulse amplitudes (including Pulse OFF), while F6 varies from 0.288 to 0.949. Phase structure is intrinsic to the system; pulse amplitude makes it observable by increasing z signal variance. F6 reflects phase observability, not phase existence. Main Result (v47.4, 20-seed, seeds 42–61):- F2 corr(w,z) = −0.818 ✓- F6 tail coherence = −0.675 ✓ (highest in PHILIA experimental series)- F5' pass rate = 95% (19/20) ✓- Ω_natural = 0.970 ✓- Living Control ✓- Data: Diabetes (Ornstein-Uhlenbeck) + Chemical (Drift-Gaussian), synthetic Hardware: AMD Ryzen 9 9800X3D + RTX 4080 SUPER 16GB, DDR5 32GBAll results executed locally. No AI-generated numerical values. 실측이 생명. 증명이 아닌 기술.(Measurement is life. Description, not proof.)— Trinity AI Research Team | GritMan_D.S | 2026.04.25