The Anthelion Crystal: A Kinetic-Symmetric Architecture for Deterministic Information Validation via Simulated Matter-Antimatter Annihilation

Preprint. April 2026. This paper presents the Anthelion Crystal, a kinetic-symmetric architecture for deterministic data integrity based on simulated matter-antimatter annihilation. Each bit is modeled as an informational fermion with logical spin s=1/2, and symmetric matter-antimatter pairs are stored at specular positions in a Hilbert-curve space. Validation occurs by instantaneous XOR annihilation: any corruption is detected in a single CPU cycle. Validated on a Lenovo ThinkPad T480s (Intel Core i7-8550U, 16 GB RAM, Ubuntu 24.04, Rust 1.85), the system detects 100% of single-bit errors with 2.92× lower latency than CRC32, reduces latency variance by 28.7% in cache-resident regimes (F ≈ 1.97, p < 0.05), and consumes 4.6% less energy for 100M pairs processed. Latency is independent of CPU frequency (R² < 0.1 from 0.4 to 4.0 GHz), confirming the memory-bound, deterministic access pattern predicted by the Laminar Flow Principle. Includes the complete Rust source code, LaTeX source, experimental telemetry (CSV files from P1–P8), and the OLLIN Custody License v1.1.