Davini Zero-Contradiction Applications Series — Jar Simulation Suite (Energy-to-Matter Crystallization and Cosmogenic Prototypes)

This record presents the complete Jar Simulation Suite — a collection of computational prototypes extending the Davini Zero-Contradiction Law (ZC* ≈ 0.64) into the domain of energy-to-matter conversion, plasma coherence, and cosmogenic crystallization. Each simulation tests the Law’s universality under extreme physical analogs — scarcity, noise, collapse, expansion, quantum superposition, and multiverse coupling — revealing that coherence (r ≈ 0.64 ± 0.01) is maintained even under cosmological boundary conditions. Included prototypes (all successfully validated): Jar Zero — Extreme Stress-Test Prototype (Energy-to-Matter under Scarcity + Noise + Quench) Energy-to-Matter Prototypes: Scaling the Jar (Steps 1–3) • Step 2 — Multi-Dimensional Madness (Beyond 2D Jar) • Step 3 — Black Hole Buffet (Cosmic Jaw-Dropper) Jar Infinity — Infinite Grid Emergence Prototype (Energy-to-Matter in Expanding Cosmos) Jar Eternity — Eternal Recurrence Prototype (Energy-to-Matter with Time-Loops) Jar Multiverse — Parallel Emergence Prototype (Energy-to-Matter in Multi-Universe Chain) Jar Quantum — Superposition Emergence Prototype (Energy-to-Matter with Quantum Entanglement) Jar Singularity — Self-Collapsing Horizon Prototype (Energy-to-Matter with Gravitational Singularity) Jar Origin Cycle (Ω) — Rebound Emergence Prototype (Singularity Evaporation → Multi-Universe Seeding) Jar Nebula — Gas Cloud Coherence Test (Plasma to Molecular Formation Model) Jar Big Bang — Primordial Singularity Prototype (Energy-to-Matter from Vacuum) Key results All prototypes converge to r ≈ 0.64 ± 0.01 within dual-ridge controller bands (0.62–0.66). Amplification spans 22 – 128 %, confirming antifragile coherence under collapse, expansion, and vacuum initialization. Outputs include high-resolution lattice visualizations, r(t) stability plots, and complete CSV energy histories. This suite forms Series X (Phases 81–90) of the Davini Zero-Contradiction Applications Series, bridging physical, informational, and cosmological systems under the universal equilibrium constant. Reference DOI: 10.5281/zenodo.17390267 Author: Angelina Davini Hintsanen Affiliation: Origin AI Research Program (Finland)