Geometric-Field Formulation of Relativistic Phenomena in Cosmic Energy Inversion CEIT Theory

This study investigates a fundamental revision of relativistic phenomena, including time dilation and mass increase, within the framework of the Cosmic Energy Inversion Theory (CEIT-v2). In contrast to the conventional interpretation of special relativity, which attributes these effects solely to spacetime geometry, the new theory explains these phenomena as dynamic responses to the dynamic energy field ℰ and its spatial gradients. The findings indicate that time dilation depends not only on relative velocity but also on the strength of the local energy field, and similarly, relativistic mass variations are influenced by energy field gradients. This theoretical framework maintains full consistency with established experimental results of relativity while offering novel predictions for empirical testing. It enables a unified explanation of phenomena ranging from fundamental particles to cosmology. The results of this study open new horizons for the unification of fundamental physics and a deeper understanding of the nature of spacetime.