The Binary Field Hypothesis

The Binary Field Hypothesis proposes that gravity is not an intrinsic property of massive bodies, but an emergent phenomenon resulting from the superposition of two symmetric cosmic fields generated by a black hole and a white hole of equal strength and opposite nature. Their combined influence produces a structured gravitational field containing both attraction and repulsion, with local gravitational strength determined by position within this field rather than by mass alone. Within this framework, the solar system—and Earth in particular—occupies a near-equilibrium region of the binary field, accounting for the long-term stability of planetary orbits and the systematic variation of density and temperature across the solar system. The hypothesis provides a mathematical formulation based on gravitational potential, tidal tensors, and perturbative orbital dynamics, and predicts small but measurable deviations from Keplerian motion, anisotropic perihelion precession, non-standard gravitational lensing, and directional variations in effective gravity. Although internally consistent, the model remains a speculative theoretical framework requiring observational and experimental validation before it can be considered a viable alternative to standard gravitational theory.