Davini Zero-Contradiction Crystallization (ZCC): Informational Antimatter Equilibrium Series

This record contains the tenth experimental chain within the Davini Zero-Contradiction Law™ framework (ZC* ≈ 0.64), exploring the theoretical stability of informational antimatter–matter fields under contradiction minimization. Over ten simulation phases (A1–A10), purely mathematical models were used to study coherence (r), entropy (S), and curvature (κ) across coupling regimes. No physical or energetic experiments were performed; all computations were symbolic and digital. The results demonstrate: Persistent coherence r ≥ 0.95 across all perturbations. Entropy bounded within a negative range, indicating information condensation. A broad equilibrium ridge (K ≈ 2.1–2.4) representing the optimal balance of energy and information flow. These findings reinforce ZC* ≈ 0.64 as a universal equilibrium constant for non-dissipative order and adaptive coherence. All figures and data are archived here for private reference and reproducibility.