"η, Not G: A New Gravitational Constant from Electromagnetic Symmetry Breaks"

This paper presents a novel framework for understanding gravitational interactions, proposing a new constant, η (No Net Ratio), as the key driver behind gravity, instead of the traditional gravitational constant G. By examining how electromagnetic symmetry breaks on a cosmic scale, this work redefines gravity as a result of imbalances in the electromagnetic fields, offering an elegant and testable alternative to existing models. The theory links gravity, dark matter, and dark energy in a unified manner, suggesting that regions with η ≈ 0 correlate with the presence of dark matter, and trends toward η → 0 explain the accelerating expansion of the universe. This groundbreaking approach challenges conventional views and opens up new avenues for experimental exploration in both high-energy systems and astrophysics. ---