What question did this study set out to answer?

The central aim is to propose a new model distinguishing between cosmic and planetary sources of elements in the universe.

June 17, 2026Open Access

DGST: A Unified Model for Elemental Origin and Atmospheric Synthesis

Key Points

The central aim is to propose a new model distinguishing between cosmic and planetary sources of elements in the universe.
Introduced the Deshmukh Global Shield Theory (DGST) to categorize elemental sources.
Analyzed the synthesis of Oxygen from black hole jets and Nitrogen from planetary crust sources.
Provided a framework to predict planetary atmospheric composition.
DGST explains uniform abundance of Oxygen across systems, contrasting with localized Nitrogen based on geological conditions.
Established distinct mechanisms governing creation and distribution of elements.
Provided insights into elemental distributions across the universe.

Abstract

Standard astrophysical models attribute the origin of all elements to stellar nucleosynthesis or supernova explosions. However, the Deshmukh Global Shield Theory (DGST) proposes a paradigm shift. By distinguishing cosmic and planetary sources—specifically separating the synthesis of Oxygen (Black Hole Jet-sourced) from Nitrogen (Planetary/Crustal-sourced)—the DGST model provides a predictive framework for planetary atmospheric composition and elemental distribution across the universe. 1. The DGST Elemental Source Framework DGST asserts that distinct cosmic and geological mechanisms govern the creation and distribution of matter. This categorization resolves discrepancies in understanding why certain elements, such as Oxygen, maintain uniform abundance across various systems, while others are localized based on geological conditions. Keyword:DGST, Astrophysics,Supermassive Black hole, Relativistic Jets,Planetry Atmospheres, Planetry Science Cosmochemistry,Cosmic Homogeneity, "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."

DGST: A Unified Model for Elemental Origin and Atmospheric Synthesis

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Abstract

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