MUT v6.15: Predictive Isotope Mass Table with Cosmic Scaling

This paper applies the Mass Curvature Rate (MCR) framework to compute predictive atomic masses for isotopes using a semi-empirical binding energy approach. The master equation M(n, Z) = c , n , φ(n, Z)/fmcr is applied across the periodic table, generating predictions for both known and unmeasured isotopes. Cosmic-scale implications are explored by linking the MCR field to Hubble expansion, including particle-scale lensing angles, effective masses, and a redshift analogy. The results demonstrate unit-consistent mass predictions and suggest that atomic-scale MCR effects contribute negligibly to cosmic lensing but may provide a conceptual bridge to Hubble-like redshift phenomena.