Phase-Locked Plasma_ Resolving the 70-Year Fusion Failure through Structured Resonance

CODES Framework Description: This paper introduces a new structural framework for understanding and resolving magnetic confinement failures in fusion reactors. Building on the CODES (Chirality of Dynamic Emergent Systems) model, it reframes fusion instability not as an entropic or mechanical problem, but as a misalignment of phase-structured coherence fields. The authors introduce the Phase Alignment Score (PAS), a formal metric for evaluating system-level coherence, and demonstrate how it enables predictive modeling and correction of alpha-particle leakage in tokamaks and stellarators. This work represents the first industrial-scale application of structured resonance physics and opens a new frontier in fusion engineering, climate modeling, and resonance-based computing.