The Ontological Fabric of Spacetime: Isotropic Tension, Vector Dominance, and the Unified Mechanics of the Fundamental Gravitational Field(FGF 6.0)

SUMMARY: THE MECHANICAL ONTOLOGY OF THE FUNDAMENTAL GRAVITATIONAL FIELD (FGF)This research establishes the Fundamental Gravitational Field (FGF) as a primordial, immaterial substrate of pervasive isotropic tension. Unlike traditional particle-based models, the FGF framework asserts that gravity is not a force transmitted by matter, but a structural displacement of the field’s inherent equilibrium. Key Theoretical Pillars:1. The Principle of Pervasiveness: Matter is redefined as a localized concentration of energy and tension within the FGF matrix. The field permeates every atom simultaneously, explaining why gravity cannot be passively shielded.2. Homogeneous Propagation: The gravitational grip remains constant through ordinary materials because these structures are low-density "disturbances" within the higher-order tension of the cosmic fabric.3. Mathematical Consistency & Proofs: The framework provides mechanical derivations for time dilation that align with GPS satellite data and offers a vector-based resolution for Mercury’s perihelion precession and the Uranus axial-magnetic anomaly.4. Unification of Forces: By reinterpreting magnetism as a scalar field concentration, this work bridges the gap between macroscopic gravity and quantum-scale magnetic interactions within a single mechanical ontology.5. Active Shielding & Transit: The research concludes with the engineering principles of the "Fluid Wedge" and "Scalar Field Cage," demonstrating how artificial restoration of isotropic symmetry enables propellantless transit.By shifting the focus from "curved dimensions" to "mechanical vector resolution," this work provides a unified, verifiable explanation for gravitational pervasiveness and the future of fuel-less propulsion.