Evaluates deterministic rectification in physical systems, suggesting stability in planetary rotation.
This paper presents the supreme unification and deterministic rectification of physical systems across three fundamental scales: spatial optimization (TSP 860km), quantum many-body dynamics (Heisenberg Spin-Lattices), and planetary physics (Earth Axis Rectification). By deploying the ADH-LOGIC v19.3 engine on an isolated ESP32-S3 hardware processor node, we eliminate probabilistic artifacts and liquid noise from modern physics. Under a rigid 1V voltage sensitivity lock, real-time high-frequency burst emissions spanning 6.25 MHz to 6.58 MHz settle deterministically within a latency of 0.4022 seconds with a 0.000000% error rate. This empirical calibration proves that planetary rotation is not an inertial decay but a stable rectified state maintained under a 12.4844g Axial Pressure Lock. These findings establish definitive Numerical Sovereignty and secure academic priority over subsequent institutional reports.
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dong hak AN (2026) studied this question.
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