Gravity as an Emergent Electromagnetic Effect

This paper explores the hypothesis that gravity is not a distinct fundamental force but an emergent relativistic effect of electromagnetic energy redistribution. By analyzing kinetic fluctuations in charged particle systems, it demonstrates that electromagnetic interactions inherently produce relativistic effects—such as time dilation and length contraction—that mimic gravitational behavior with an inverse-square dependence. The study reinterprets the stress-energy tensor in purely electromagnetic terms, challenging conventional models of dark matter and dark energy. Empirical validation from gravitational field measurements, relativistic time dilation experiments, and electromagnetic radiation observations supports this framework, suggesting a paradigm shift in our understanding of gravity.