The Unified Mechanical Ontology of the Fundamental Gravitational Field: Unifying Subatomic Forces and Macroscopic Kinematics via Isotropic Tension Version 7.0

Current theoretical models fracture the universe into isolated forces, treating gravity as passive geometric curvature and mass generation as the byproduct of a distinct scalar field (the Higgs mechanism). This paper introduces Version 7. 0 of the Fundamental Gravitational Field (FGF) framework, establishing a Grand Unified Theory based on a singular, inextricably linked mechanical ontology. We demonstrate that the Vacuum Expectation Value (VEV) of the Higgs field is mathematically isomorphic to the baseline isotropic tension of the FGF. Furthermore, we redefine electromagnetism, the nuclear forces, and inertia as localized topological strains and mechanical vector alignments within this universal matrix. Crucially, this framework transcends theoretical philosophy by offering direct resolutions to modern observational anomalies and providing falsifiable empirical predictions. We mechanically resolve the Fermilab Muon g-2 anomaly by redefining subatomic wobble as gyroscopic topological drag, and we replace classical tidal friction with Topological Clamping to explain the rapid synchronous rotation of double asteroid systems. Finally, we establish the Law of Coupled Topological Propulsion, outlining the exact mathematical parameters for asymmetric, propellantless inertial drives, and propose the Rotational Free-Fall Anomaly—a definitive macroscopic vacuum experiment designed to prove that the universe is governed by a taut, homogeneous gravitational medium rather than an empty void.