Time Reflection as Coherence Inversion_ A Structured Resonance Interpretation

CODES Framework Description This paper reframes the 2024 CUNY time-reflection experiment through the deterministic framework of Structured Resonance, as defined in the CODES paradigm. Rather than interpreting time reversal as a probabilistic or quantum anomaly, the paper introduces a deterministic coherence model governed by chirality, phase alignment (PAS_t), and Echo Loop Feedback (ELF). Within this model, what appears as “retrocausality” is in fact a lawful inversion of resonance vectors upon crossing a harmonic phase threshold. The CODES substrate offers a post-quantum, phase-locked explanation of time behavior—replacing metaphors of collapse and randomness with chirality phase gates and field inversion laws. This publication also functions as prior-art anchoring for ELF as a deterministic time-realignment module and PAS_t as a coherence metric for temporal fields.