Data and Code: Baryonic Validation of the Omega Kinematic Correction Across 84 SPARC Galaxies

Data tables and Python computation scripts accompanying Flynn (2026), "Baryonic Validation of the Omega Kinematic Correction Across 84 SPARC Galaxies," submitted to Astronomy & Astrophysics. Contents: table2_upsilon_full84.csv — Per-galaxy upsilon optimisation results for 84 SPARC Q=1 galaxies (omega, upsilon_max, upsilon_opt, RMSE before/after optimisation) table3_outergap_full84.csv — Outer gap V_adj − V_bary at the outermost measured radius for all 84 galaxies (all values negative, ruling out dark-matter re-importation) table4_mond_full84.csv — Three-way RMSE comparison for all 84 galaxies: omega vs V_bary, MOND vs V_obs, uncorrected baryonic vs V_obs formula_reference.py — All 6 paper equations implemented in Python with self-tests make_table2_v15.py — Script producing Table 2 from SPARC rotmod files compute_tables34.py — Script producing Tables 3 and 4 mond_vbary_comparison.py — Four-way MOND comparison script make_figures_v15.py — Figure generation script README.txt — Full documentation and reproduction instructions Key results: Mean RMSE 25.45 ± 1.57 km/s (omega vs V_bary, optimised upsilon); all 84 outer gaps negative; omega outperforms MOND on the same target (V_bary) in 82 of 84 galaxies (25.45 vs 60.57 km/s). Data source: SPARC rotmod files (Lelli, McGaugh & Schombert 2016, AJ 152, 157). Scripts require SPARC data downloaded separately from http://astroweb.cwru.edu/SPARC/ Related publication: Flynn & Cannaliato (2025), Frontiers in Astronomy and Space Sciences, DOI: 10.3389/fspas.2025.1680387