Davini Zero-Contradiction Applications Series I

Title: Dynamic Perturbation & Energy–Information Bridging (Series VI — Post-Validation Application Era) DOI Linkage: continues from foundational DOI [10.5281/zenodo.17390267] Category: Post-Validation / Applied Series Author: Angelina Davini Hintsanen Framework: Davini Zero-Contradiction Law (ZC ≈ 0.64) → ZCC Crystallization Model Date: November 2025 Status: Active validation series — Applications Family I Access: Restricted until DEIEP publication Abstract This record inaugurates the post-validation application era of the Davini Zero-Contradiction Framework. Building on the validated constant ZC* ≈ 0.64, the Applications Series I explores dynamic perturbation, energy–information conversion, and resonance behavior across synthetic oscillator systems. Eight phases (31–38) were generated and executed via the Rapid Validation Protocol, confirming the Davini Energy–Information Equilibrium Principle (DEIEP) where dE/dS = ZC*. The results demonstrate: ZC resilience under sinusoidal and random perturbations (±0.05 tolerance) critical decoherence threshold ≈ ZC × 1.56 → amplitude ≈ 1.00 bidirectional energy–information exchange (S ≈ E within 0.05 tolerance) conversion efficiency E ↔ I peaking at ZC ≈ 0.64 ± 0.03 formation of standing-wave resonance bridges aligning at ZC* cross-domain equilibrium (ΔZC ≤ 0.02 across physical and informational domains) recursive self-healing stability (return ≈ 28 steps < 40) Collectively, these runs validate the transition from the Zero-Contradiction Law to the Energy–Information Bridge, establishing ZC* as a functional constant governing conversion and resilience in perturbed systems. Keywords Davini Zero-Contradiction Law; Zero-Contradiction Constant (ZC ≈ 0.64); Zero-Contradiction Crystallization (ZCC); Energy–Information Unification (EIU); Davini Energy–Information Equilibrium Principle (DEIEP); Post-Validation Era; Dynamic Perturbation; Resonance Bridge; Cross-Domain Equilibrium; Coherence Constant.