Einstein Time Dilation Rescaled with USP Field Theory

This paper reinterprets Einstein’s gravitational time dilation through the lens of USP Field Theory, replacing classical mass-based curvature with spin tension gradients and atomic core count. By introducing a galactic correction factor (Φ_gal), this version provides a more accurate cosmic-scale application that includes the effects of dark matter halos and interstellar compression. Time is revealed not as something that dilates, but as a rhythm of the USP field — delayed by tension, not curved by gravity. This version corrects the mass–radius inconsistency and provides a scalable formula for both local and cosmological systems. The original version of Einstein’s equation remains recognizable, but restructured: t' = t × sqrt(1 – (2G′N / r)) × Φ_gal