Correction paper reveals a new model for orbital mechanics using the Hubble Constant, suggesting significant implications for astrophysical anomalies.
This paper provides a fundamental, comprehensive, and final correction to the integration of the Hubble Constant () into local orbital mechanics. It formally identifies as a cosmological pressure scalar that is entirely scale-incompatible with local planetary and galactic systems. This work introduces the Local Vortex Model, which redefines the vacuum not as an empty void, but as a dynamic, substantive, and pressurized fluid medium. The paper introduces Schuppers' Space Refraction (SSR) and Drag-Inductance as the mandatory mechanical substitutes for the abstract concepts of spacetime curvature and time dilation. By analyzing orbital telemetry, propellant-mass expenditure differentials in prograde versus retrograde trajectories, and gyroscopic vorticity, we demonstrate that the universe operates as a classical fluid-dynamic system. We identify stable orbital nodes as Phi-Harmonic Phase-Locks, providing the first deterministic, non-relativistic explanation for "Passive Geodesics" and the definitive resolution of persistent astrophysical anomalies such as the Pioneer deceleration and the Andromeda rotation curves.
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Delája Schuppers (2026) studied this question.
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