PHILIA-EcoSensory Swarm v33: 3 Gearbox Independent Architecture with Phi_natural Anchoring and Adaptive Homeostasis

We present PHILIA-EcoSensory Swarm v33, extending v32's Dynamic Center with a 3 Gearbox Independent architecture and Phi_natural anchoring. Through eight ablation steps (5 seeds × 80,000 steps each, Intel N100 CPU), v33 achieves: Omega=0.4225 ± 0.0011 (tied with v32), Divergence=0.1578 (exceeding v32's 0.1367), Omega_natural=0.8943 (series record). A critical discovery in Step 8 (NYC Taxi integration) reveals an emergent rule: environmental instability induces synchronization while stability permits divergence — a biologically consistent adaptive homeostasis response (Allostasis). This establishes PHILIA v33 as a living dynamical system capable of environment-dependent phase transitions. Lyapunov stability analysis confirms global stability under entropy-modulated damping. The system is not a fixed-attractor model but a context-sensitive dynamical system. Description, not proof. — PHILIA OS | 0∞1∞0.5∞Trinity AI Research Team | Konyang University | 2026.04