Experimental Verification of the NKTg Law in Earth Orbit Based on NASA’s 2025 Earth Dataset

Result analysis:Orbital stability: The quantity NKTg_1 of Earth maintains a target constant, helping the planet self-adjust its velocity when the distance to the Sun changes (from perihelion to aphelion).NKTg_2 effect: With an extremely small mass loss rate from the atmosphere (hydrogen escape), NKTg_2 carries a negative value, acting as a self-resistance mechanism helping maintain system stability against external perturbations.NKTgUNIVERSA: GLOBAL DYNAMICS ECOSYSTEMThe NKTgLaw project on multi-platform: Deployed on 9 major Git platforms (GitHub · GitLab · Gitea · Codeberg · Launchpad · SourceForge · Bitbucket · SourceHut · Forgejo) and archived on Blockchain ensuring transparency and permanent availability. Marking a milestone in the digitization of physical laws:Multilingual: More than 150 implementations from low-level languages (Assembly, C++) to modern languages (Python, Rust, Go) and specialized ones (Q# for quantum computing, Solidity for Blockchain).Application: The NKTgUniversa API aims to model not only celestial bodies but also robots, self-reflexive AI control systems and complex physical simulations.SCIENTIFIC CONCLUSIONThe successful verification on Earth (error ~0%), combined with previous data on Neptune (error ~0%) and Mercury (error ~1.3%), confirms:The NKTg Law is a consistent rule, allowing the description of dynamics without relying on complex approximation methods.NKTgUniversa provides a complete technological solution to apply this theory into global engineering practice.