What question did this study set out to answer?

The aim is to verify a stateless architecture that addresses challenges in AI operations and data sovereignty.

February 22, 2026Open Access

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

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Demonstrates a novel stateless architecture enhancing AI operations and data sovereignty in quantum computing contexts.

The aim is to verify a stateless architecture that addresses challenges in AI operations and data sovereignty.
Introduced the J.M Function for key generation.
Utilized spatiotemporal and biometric data for key processes.
Conducted empirical tests on data vaporization and regeneration.
Achieved data operation with less than 25MB memory instead of 819.2 GB VRAM.
Reduced data storage requirements to 0 Bytes effectively.
Proven feasibility of a low-energy digital sovereignty platform consuming only 0.0030W.

Min Ho Jung (2026) studied this question.

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February 22, 2026Open Access

View Full Paper

Ask AI

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Authors

Demonstrates a novel stateless architecture enhancing AI operations and data sovereignty in quantum computing contexts.

The aim is to verify a stateless architecture that addresses challenges in AI operations and data sovereignty.
Introduced the J.M Function for key generation.
Utilized spatiotemporal and biometric data for key processes.
Conducted empirical tests on data vaporization and regeneration.
Achieved data operation with less than 25MB memory instead of 819.2 GB VRAM.
Reduced data storage requirements to 0 Bytes effectively.
Proven feasibility of a low-energy digital sovereignty platform consuming only 0.0030W.

Min Ho Jung (2026) studied this question.

View Full Paper

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