Dynamic Configuration and Gravitational Induction - A Hypothesis on the Dynamical Origin of Galactic Gravity Anomalies

Based on the rotation curve data of 175 galaxies and 3,391 radial points fromthe SPARC galaxy sample, previous work identified a robust positive correlationbetween gas mass fraction and the gravitational anomaly coefficient. In that earlierstudy, the relationship was interpreted as a modulation of the gravitational responseby static configuration (asymmetry of mass distribution). This paper further pro-poses that static configuration itself is not the direct cause of gravitational anoma-lies; rather, the true mechanism is a ”gravitational induction” effect arising fromthe persistent relative motions (misalignment motions) of matter within galaxies.This hypothesis draws on the principle of electromagnetic induction and interpretsgravitational anomalies as a consequence of dynamic configurational changes withinmaterial systems. This paper provides observational support, physical analogies,and experimental verification clues for this hypothesis, and discusses its potentialimplications for theoretical physics and engineering.