Derivation of Gravitational and Coulomb Forces within the Framework of Non-equilibrium Unified Theory

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Auteur principal: ueda, takashi
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Publié: Zenodo 2026
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author ueda, takashi
author_facet ueda, takashi
contents <p>This paper presents a rigorous derivation of classical long-range forces―gravitation and</p> <p>electrostatics―from the fundamental equation of the Non-equilibrium Unified Theory. By</p> <p>defining an ”Effective Mass” (M) that integrates inertial mass and electric charge, we demon-</p> <p>strate that the gravitational constant G and the Coulomb constant ke are mathematically</p> <p>linked via the square of the electron’s specific charge (e/me). The derivation assumes the</p> <p>limit of vanishing many-body effects and point-particle approximations.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_19334170
institution Zenodo
language
publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle Derivation of Gravitational and Coulomb Forces within the Framework of Non-equilibrium Unified Theory
ueda, takashi
<p>This paper presents a rigorous derivation of classical long-range forces―gravitation and</p> <p>electrostatics―from the fundamental equation of the Non-equilibrium Unified Theory. By</p> <p>defining an ”Effective Mass” (M) that integrates inertial mass and electric charge, we demon-</p> <p>strate that the gravitational constant G and the Coulomb constant ke are mathematically</p> <p>linked via the square of the electron’s specific charge (e/me). The derivation assumes the</p> <p>limit of vanishing many-body effects and point-particle approximations.</p>
title Derivation of Gravitational and Coulomb Forces within the Framework of Non-equilibrium Unified Theory
url https://doi.org/10.5281/zenodo.19334170