Relative Gravitational Matter–Energy Confinement (RGMEC): A Structural Interpretation of Gravitational Time Dilation

Relative Gravitational Matter–Energy Confinement (RGMEC) is a structural interpretation framework for gravitational time dilation. The framework introduces no modification to General Relativity and no additional free parameters. Instead, it interprets gravitational time dilation as a consequence of progressive matter–energy confinement, structural concentration, and decreasing large-scale coherence within gravitational systems. Matter, energy, and temporal flow are viewed as components of a connected structural field. As confinement increases, matter and energy become increasingly concentrated, structural coherence decreases, and local time progresses more slowly relative to less confined regions. The framework reproduces all tested General Relativity predictions through the compactness parameter C = GM/(R c^2) and the Schwarzschild time-dilation relation dτ/dt = sqrt(1 - 2C), without introducing any new parameters. Six independent observational audits were performed using published data spanning Earth-surface experiments, GPS and NIST frequency standards, laboratory gravitational redshift measurements, white dwarfs (SDSS, 8,545 stars), neutron stars (NICER), black holes (EHT), and laboratory clock experiments. All completed audits are consistent with the framework's predictions. RGMEC is not a new gravitational theory nor a modification of General Relativity. It is a structural physical interpretation that remains mathematically identical to the Schwarzschild limit of General Relativity, providing a complementary narrative of why time flows differently in different gravitational environments.