UGC 4325 Rotation Curve Analysis Under Quantum Information Gravity (QIG)

This dataset presents the results of the Quantum Information Gravity (QIG) model applied to the UGC 4325 galaxy's rotation curve. The analysis follows previous studies on NGC 3198, NGC 2403, and UGC 128, demonstrating that QIG correctly predicts galactic rotational structures but exhibits a consistent ~10% offset in velocity magnitudes. This suggests a fundamental missing normalization factor in QIG's formulation, warranting further exploration. Key files in this dataset include: ugc_4325_qig_comparison.py – Python script implementing QIG for UGC 4325. ugc_4325_qig_comparison_results.pdf – Numerical output comparing observed vs. QIG-predicted values. ugc_4325_qig_vs_observed_comparison.pdf – Absolute and percentage velocity differences. ugc_4325_qig_comparison.png – Graph of observed vs. predicted rotation curve. ugc_4325_qig_report.tex – LaTeX documentation detailing methodology, findings, and future directions. ugc_4325_qig_report.pdf – Formatted research document. This study further supports the hypothesis that gravitational effects emerge from structured information, aligning with QIG’s previous successes while revealing an unexplained scaling factor.