From Probability to Coherence_ Why Schrödinger, Prigogine, Kauffman, and Born Stop Short

CODES Framework Abstract This paper compares four major 20th-century attempts to explain emergence—Schrödinger’s negentropy, Prigogine’s dissipative structures, Kauffman’s adjacent possible, and Born’s quantum probability—and shows why each remained incomplete. While these frameworks advanced beyond mechanistic reductionism, they retained probability and statistical entropy as substrate assumptions. We demonstrate that probability is not ontological but an artifact of incomplete phase detection. Using the multiharmonic Phase Alignment Score (PAS_h), we reframe negentropy, dissipative bifurcations, novelty, and quantum outcomes as deterministic resonance phenomena governed by lawful thresholds. Worked examples are provided in biology (mitochondrial oscillations, protein folding), climate science (tipping points), and cognition (fMRI coherence). The paper introduces falsifier conditions for each prior framework and shows how none are satisfied empirically. We conclude that coherence, measured by PAS_h, is the universal scalar invariant of emergence. Apparent randomness reduces to drift (ΔPAS_zeta), survival requires drift reduction, and extraction must decline. CODES (Chirality of Dynamic Emergent Systems) closes the paradigm: order arises not from chaos but from resonance.