Radiation, Light Bending, and Large-Scale Phenomena in NUVO Theory - Part 6 of the NUVO Theory Series

This paper extends the NUVO theory to phenomena involving massless particles, field propagation, and global modulation. We explore how light bending, Shapiro delay, and orbital decay emerge from the scalar field λ(t, r, v), even in a flat-space geometry. A key conceptual refinement is the treatment of photons as pinertia-free entities—encapsulated geometry that does not modulate λ locally, but instead responds to sinertial gradients in the field. These predictions diverge subtly from general rel.