USP Field Theory – Universal Orbital Mechanics Equation

This release presents the full USP Field Theory Universal Orbital Mechanics Equation, providing a unified framework for modeling the orbits of planets, moons, and artificial satellites without per-object adjustments or epoch-specific corrections. In USP Field Theory, gravity is reinterpreted as a spin-tension gradient in the ultra-sub particle (USP) field, directly linked to atomic-core density, planetary radius, and rotation rate. This approach eliminates empirical “fudge factors” and maintains predictive accuracy across time and different celestial bodies. Contents include: Step-by-step derivation of the Master Orbital Equation. Definition of all parameters and their USP-specific interpretations. Worked examples for Earth, Mercury, and Jupiter. Verification against historical data. Predictive applications for planetary systems, satellites, and asteroids. Computational framework and precomputed core density/volume tables. This model is applicable to both planetary and artificial orbital planning, providing long-term stability predictions in any gravitational environment.