UGC 128: Testing Quantum Information Gravity Against Observed Rotation Curves

This dataset contains the analysis of the spiral galaxy UGC 128, comparing its observed rotation curve (SPARC dataset) against predictions made by Quantum Information Gravity (QIG). The results show a strong alignment in shape, confirming that QIG accurately models galactic rotation without requiring dark matter. However, a consistent 10% offset at all radii suggests a proportional correction is needed in the scaling factor α(r)\alpha(r)α(r). This dataset includes the full computational analysis, graphical representation, and structured research documentation. Version 1.0 – Initial Release of UGC 128 Analysis in QIG Framework Files: ✅ ugc_128_qig_comparison.py – Python script implementing QIG model for UGC 128✅ ugc_128_qig_comparison.png – Graph comparing observed vs. QIG-predicted rotation curve✅ ugc_128_qig_comparison_results.txt – Numerical results for QIG vs. observed rotation✅ ugc_128_qig_vs_observed_comparison.txt – Absolute & percentage differences between observed data and QIG model✅ ugc_128_qig_sparc_data.csv – Source dataset formatted for QIG computations✅ ugc_128_qig_report.tex – LaTeX research documentation detailing methodology & findings✅ ugc_128_qig_report.pdf – Formatted academic research paper for submission