Experimental-Verification-of-the-NKT-Law-Using-NASA-Data-_2022–2023_SHA256 df429942e7e08f56551553e2a5c1029b1e26f89b1e567b78258e59ff9c3e932b.pdf

This preprint presents the experimental verification of the NKT Law on Position and Varying Inertia Interaction, a newly proposed theoretical framework suggesting that inertia varies with spatial position. Using publicly available NASA heliocentric data from 2022–2023, the study applies the NKT Law to calculate momentum and position-based inertial variations in Earth's orbital motion. The results demonstrate high consistency between theoretical predictions and observed data, without requiring new empirical constants.<br>The NKT Law introduces a compact mathematical formulation involving dual scalar products that reflect a non-Newtonian interaction between position and momentum. This analysis reveals quantifiable variations in effective inertia over time, challenging the traditional assumption of constant inertial mass in classical mechanics.<br>This work aims to initiate broader discussions on the role of position-dependent inertia in physics and encourages independent verification using other planetary datasets. The findings may have implications for orbital mechanics, cosmology, and alternative formulations of gravitational dynamics.<br>