Entropy in the Context of Gravitational Repulsion Opens New Avenues for Theoretical Exploration

The concept of entropy, originally established in thermodynamics, serves as a cornerstone for understanding numerous physical phenomena. Commonly linked to disorder and the arrow of time, entropy has been extensively studied within the contexts of energy transfer and statistical mechanics. This paper proposes a novel interpretation of entropy through the lens of gravitational repulsion, offering a fresh perspective on its role in fundamental physics. By incorporating gravitational interactions, we aim to expand the conceptual framework of entropy and uncover new insights into its underlying principles.