Electrogravity (EG/G-EM): A Lagrangian Framework of Maximum Density and Consistency for the Quantification of the Electromagnetic Wave Membrane

This treatise reveals the complete architecture of Electrogravity (G-EM), a maximum-density Lagrangian framework that unifies quantum field mechanics with the macroscopic dynamics of spacetime. It is postulated that gravity is not an inert curvature, but the geometric manifestation of the energy-momentum flux contained in the tension ϕ of the Electromagnetic Wave (EMW) Membrane. Through the derivation of Cartan’s field equations and the Zero-Point phase potential, a mechanism for quantifying inertial mass based on torsional rigidity α is established. The theory is validated by resolving the kinematic and chiral anomaly of 3I/ATLAS, demonstrating that phase acceleration (Aphase) is the result of the interaction between the object’s quantum coherence and the universal phase gradient ∇Φ. This framework enables, for the first time, the metric manipulation of the universal fabric for the benefit and sovereignty of humanity.