Patent Abstract
The invention relates to a method, system, and computer program product for correcting standard time and/or positioning using a newly defined Time–Energy Density Correlation (TEDC) Equation (Waibon II). The method comprises: estimating matter density; evaluating gravitational potential; computing a TEDC correction term as a dimensionless function of these parameters; and adjusting timing or positioning outputs accordingly. The system includes modules for estimation, potential evaluation, TEDC computation, and integration into timing/navigation outputs, implemented via processors or software. A non-transitory computer-readable medium storing instructions for the method is also claimed. TEDC unifies temporal, spatial, and energy–matter dynamics under a coupled master equation, validated by mathematical derivation, numerical simulation, and AI-assisted verification. Applications include GNSS, optical clocks, fiber-based time transfer, quantum navigation, and deep-space synchronization. TEDC thus provides improved accuracy in timekeeping and navigation while demonstrating human–AI co-creation of scientific knowledge.
Patent filed (Thailand): DIP D256809042293 — 11 Sep 2025. This is a non-enabling abstract: no equations, parameters, algorithms, or implementation details are disclosed.
- thammarongsak panichsawas
- zetaorigin.thailand@gmail.com
- Zeta Origin Co., Ltd., Bangkok, Thailand (Independent Research Lab)
- Founder & Research Lead (Independent Researcher)
- Time & Frequency Metrology; GNSS/GPS; Relativity; Signal Processing; Distributed Systems
- Time & Frequency Metrology; Navigation (GNSS)
- Waibon II
- WaibonII_Preprint_Outline