OPERATIONAL QUANTUM GRAVITY FOR ENGINEERS: A revised damping, vacuum-polarizability, and uncertainty-based interpretation of gravitational scaling
publishedThe paper develops an operational reinterpretation of weak/static gravitational scaling in which a scalar polarizable-vacuum parameter K is mapped to an effective radiative-damping order parameter ΞΆ originating from a local stochastic electromagnetic environment. The model algebraically reproduces the Schwarzschild weak-field scaling while preserving Heisenberg uncertainty products and proposes concrete clock, spectroscopy, and resonance experiments to search for K-like perturbations.
Published 5/13/2026