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Independent Convergence of Thermodynamic and Structural Interpretations of Gravity

Authors: Doumbouya, Lisa Michelle;

Independent Convergence of Thermodynamic and Structural Interpretations of Gravity

Abstract

This paper examines the conceptual convergence between thermodynamic, entropic, informational, and structural interpretations of gravitation. Recent gravitational research has increasingly explored the possibility that gravity emerges from deeper organizational principles involving entropy, information, thermodynamic structure, and statistical organization. Independently, structural investigations have proposed that entropy and heat may be interpreted as observable signatures of accessibility redistribution, constraint-mediated reorganization, and persistence-supporting organizational processes. Rather than asserting equivalence between these frameworks, the paper investigates a shared observation: multiple independent research programs repeatedly identify organization-related observables—including entropy, information, redistribution, accessibility, and thermodynamic quantities—as being fundamentally relevant to descriptions of gravitation. By comparing thermodynamic gravity, entropic gravity, informational approaches, and structural accessibility-based interpretations, a common pattern emerges in which gravitational behaviour appears increasingly associated with organizational processes rather than exclusively force-based descriptions. The significance of this convergence is not that one framework validates another, but that independent approaches repeatedly elevate similar observables to explanatory importance. The paper proposes that this recurring emphasis on organization may represent an important and underexplored theme within contemporary gravitational research and motivates further investigation of the relationships between entropy, information, thermodynamics, accessibility, and gravitational phenomena.

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