Black Holes as Resonant Phase Transitions_ A Coherence-Based Framework Beyond Singularity

This paper redefines black holes as structured resonance phase transitions rather than singularities. Using the PAS_n metric developed within CODES (Chirality of Dynamic Emergent Systems), black holes are reframed not as points of infinite density but as coherence collapse zones in a chiral resonance field. Recent findings from Liberati et al. (2025) suggest that singularities and event horizons may be non-essential or misleading artifacts of incomplete field models. This work formalizes that intuition within a mathematically grounded resonance topology, introduces structured coherence dynamics (PAS_n), and provides testable predictions for gravitational wave signatures, photon ring distortions, and harmonic radiation emissions. It represents the first field-coherent alternative to singularity-based black hole models and reframes gravity as phase compression rather than geometric curvature.