Validation of DGST through D value Planetary Data: Ozone/atmosphere Shield Mechanics and Implications for Gravity and critical landing length.

"The Deshmukh Global Shield Theory (DGST) proposes a novel mathematical framework to determine planetary weight and orbital dynamics, challenging the conventional Newtonian constant of gravity (G). Unlike traditional models that rely solely on mass-distance interactions, DGST introduces the 'D-Value' (Density/Displacement Value). This metric is derived from a planet's physical diameter and its atmospheric/ozone shield height relative to its distance from the solar pressure source. Through comparative analysis across the solar system, DGST provides logical explanations for weight variances on planets like Saturn and Neptune, where traditional gravity models show inconsistencies. The study highlights the role of the 'medium' and atmospheric thickness in determining the actual pressure exerted on objects at the surface level. " "This dataset and research paper introduce the fundamental principles of DGST. It includes a comprehensive calculation chart comparing the weight of a 100 kg object on Earth against other celestial bodies using the DGST D-Value formula vs. conventional gravity values (m/s²). The research argues that the 'Atmospheric Ozone Height' acts as a critical shield, influencing the displacement pressure. Key findings include: The mathematical derivation of the D-Value. Comparative weight analysis across all planets and the Moon. Logical explanation for high-pressure zones on inner planets and levitation possibilities on outer gas giants. " "Copyright © 2026 by Prashant Deshmukh. No part of this theory (DGST) may be reproduced or transmitted in any form without prior written permission from the author. "