Empirical Verification of a Stateless Architecture for Multi-Dimensional Physics, AI, and Quantum-Resistant Digital Sovereignty: A Unified Approach via J.M Function and Spatiotemporal Bio-Convergence

This study proposes a 'Stateless Architecture' to solve the challenges of hyper-scale Artificial Intelligence (AI) operations, high-dimensional dynamics control, and data sovereignty in the quantum computing era. Through the patent-pending J.M Function and spatiotemporal and biometric-based stateless key generation technology, data is vaporized into mathematical coordinates rather than stored as physical bits. This breakthrough allows models requiring 819.2 GB VRAM to operate with less than 25MB of memory, effectively reducing data storage space to 0 Bytes. By demonstrating the complete vaporization and regeneration of data via context-aware key recreation, we empirically prove the feasibility of an eco-neutral digital sovereignty platform consuming only 0.0030W of energy.