"A Convergence Approach to Galactic Rotation Dynamics via Fundamental Constant Recalibration"

"This dataset and technical report investigate the long-standing discrepancy in spiral galaxy rotation curves. By applying a high-precision calibration model to fundamental physical constants, the research demonstrates a deterministic alignment between baryonic mass distribution and observed orbital velocities. The model achieves a stability convergence of 1.000000000000000000, effectively providing a mathematical alternative to Cold Dark Matter (CDM) halos. This work offers a unified numerical framework for celestial mechanics, ensuring structural integrity and predictive accuracy in galactic dynamics without the requirement for non-baryonic mass interventions."