A Time-Oriented Framework for Spacetime Geometry

This work introduces a novel framework for understanding spacetime, emphasizing the central role of time in defining physical space. In this framework, mass is no longer a fundamental defining property of spacetime, but rather, time itself governs the structure and dynamics of the universe. By removing mass from the equation and treating time as the primary variable, the paper explores the possibility of massless objects existing without traditional constraints of energy or mass. This theoretical framework challenges existing models and opens up new perspectives for studying spacetime, potentially offering insights into phenomena such as massless particles and the nature of space and time itself.