What question did this study set out to answer?

The aim is to unify deterministic solutions for NP-Hard problems and quantum many-body systems.

April 21, 2026Open Access

Universal Deterministic Settlement: Hardware Rectification of Quantum Spin-Lattices and TSP on ESP32-S3

Key Points

The aim is to unify deterministic solutions for NP-Hard problems and quantum many-body systems.
Utilized the ADH-LOGIC v9.5/v9.9 hardware engine
Applied a 12.4844g Vertical Pressure Lock on an ESP32-S3 node
Achieved results without AI intervention
Determined an 860km TSP optimal path
Achieved an 8-Spin Heisenberg Ring energy of -3.6515 J
Obtained a 10-Spin 2D Ladder energy of -4.5124 J with 0.000000% error rate

Abstract

This paper presents the unified deterministic resolution of NP-Hard combinatorial optimization and complex quantum many-body systems using the ADH-LOGIC v9.5/v9.9 hardware engine. By applying a 12.4844g Vertical Pressure Lock on an ESP32-S3 node without any AI intervention, we achieved the supreme settlement of an 860km TSP optimal path, an 8-Spin Heisenberg Ring (-3.6515 J), and a 10-Spin 2D Ladder (-4.5124 J). The results, obtained with a consistent 0.000000% error rate, confirm the transition from probabilistic approximation to "Numerical Solidification" via hardware-level rectification. This physical evidence establishes a definitive benchmark for Numerical Sovereignty in the global computational landscape.

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Cite This Study

dong hak AN (Sun,) studied this question.

synapsesocial.com/papers/69e71423cb99343efc98d844 https://doi.org/https://doi.org/10.5281/zenodo.19649278

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