Temporal Structure and the Mechanism of Gravitational Motion

This work investigates the physical mechanism underlying gravitational motion by examining the role of temporal structure in different physical systems. Rather than introducing a new gravitational law or modifying general relativity, the study focuses on how gravitational acceleration can emerge as a consequence of non-uniform temporal organization. The work is organized into three connected parts. The first examines gravitational motion in terrestrial systems, emphasizing empirical measurements of proper-time differences. The second analyzes the Solar System, showing how observed orbital dynamics can be reconstructed from the radial structure of local time rates. The third extends the analysis to galactic systems, where gravitational behavior is argued to depend on global system coherence rather than purely local mass distributions. Together, these studies propose an interpretation of gravity as a structurally permitted direction of motion, arising from constraints on physical realization imposed by temporal organization across different scales.