Beyond global concentration: differential radial segregation of multiple populations in six Galactic globular clusters: reproducibility release

Reproducibility Release v1.0.0 This is the first frozen reproducibility release associated with the study: Beyond global concentration: differential radial segregation of multiple populations in six Galactic globular clusters Contents This release provides the derived scientific products and analysis materials underlying the study, including: probabilistic 1P/2P population assignments for the six science clusters; frozen radial-support, spline-knot, cross-validation and smoothness-selection products; final cluster-level differential radial-segregation measurements; bootstrap intervals, permutation-test results and FDR-adjusted significance values; two-dimensional and photometric-quality validation products; synthetic curvature-recovery calibration results; quantitative comparison with Leitinger et al. (2023); publication-quality science figures and machine-readable tables; analysis scripts, frozen protocols and reproducibility documentation; provenance records and SHA-256 checksums. Final six-cluster interpretation NGC 5272: clean conditional radial differential structure. NGC 5024: robust HST-footprint radial average with persistent non-axisymmetry. NGC 6205: robust HST-footprint radial average with persistent non-axisymmetry. NGC 2808: quality-sensitive result; excluded from the primary radial claim. NGC 3201: no resolved differential radial trend. NGC 5904: no resolved differential radial trend. Important inference boundary The synthetic positive-control calibration shows that the frozen smoothness selector has limited sensitivity to localized curvature. The released differential-slope profiles should therefore be interpreted as broad, low-order radial constraints rather than detailed reconstructions of non-monotonic profile shape. Absolute population-specific surface-density slopes are not claimed because homogeneous artificial-star/effective-area closure is unavailable for the full six-cluster analysis. Data provenance Raw third-party HST/HUGS catalogues are not redistributed in this repository. They should be obtained from the original MAST/HUGS archive. Licensing Analysis code: MIT Derived data, tables, figures and documentation: CC BY 4.0 Third-party source data: original archive/provider terms Citation Please cite the associated journal article and the Zenodo reproducibility release when using these data or analysis products. Zenodo DOI: to be inserted after DOI reservation/publication.

Hali tarjima qilinmagan