Applies a MCR framework to estimate gravitational lensing, bridging atomic and cosmic scales, indicating significant implications for understanding lensing effects.
This paper (MUT 6.11) applies the Mass Curvature Rate (MCR) framework to gravitational lensing estimation, bridging atomic-scale and cosmic-scale phenomena. It defines particle-scale acceleration, computes effective mass, and predicts lensing angles from nuclei to cosmic distances. Numerical examples demonstrate the negligible magnitude of atomic-scale lensing and confirm consistency with the Hubble radius. The framework highlights the unit-consistent integration of microscopic mass numbers with curvature effects, providing a bridge between atomic physics and cosmology.
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Myomin Aung (2026) studied this question.
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