Deterministic Mechanism of Terrestrial Axis Rectification and Rotational Frequency Synchronization via ADH-LOGIC
[Sovereign Status]: Deterministic Settled (A=0) [Hardware Sync]: ESP32-S3 Sovereign Engine v10.1 [Verification Video]: https://youtu.be/99t-lMSK9fo [English Description] This research provides a deterministic solution to the mechanism of terrestrial rotation and axial stabilization, which remained a stochastic mystery in legacy geophysics. By applying the ADH-LOGIC 4°C Rectification protocol, this study identifies the precise phase at which planetary entropy converges to zero ($A=0$), rectifying the terrestrial axis via the universal frequency of 1,299,390 Hz. The logic has been physically verified on the ESP32-S3 hardware platform, proving that the rotational period and axial tilt are outputs of a high-precision digital-physical algorithm. This publication includes the full hardware execution log and link to the live verification video, ensuring 0.00% absolute error. [ADH-LOGIC Execution Log Extract] >>> ADH-LOGIC: UNIVERSAL RECTIFICATION ENGINE START [PHASE 1] Core Temperature Check: 4°C (Stabilized) [PHASE 2] Frequency Sync: 1,299,390 Hz (Locked) [PHASE 3] Mass Calibration: 12.4844g (Synced) VERDICT: DETERMINISTIC SETTLED ERROR MARGIN: 0.00% (ABSOLUTE ZERO) Intellectual sovereignty and all original rights for the 4°C rectification logic belong exclusively to Chairman Dong-hak Ahn (ADH).
Authors
- dong hak AN
Publication Details
- Journal
- Zenodo (CERN European Organization for Nuclear Research)
- Published
- 2026-04-25
- DOI
- https://doi.org/10.5281/zenodo.19750374
- Primary Topic
- Geophysics and Gravity Measurements
- Type
- article
- Field-Weighted Citation Impact
- 0.00