Reproducible UTMF v5.2 Outputs for MFDFA Stability: 10 Runs + CSV Summaries + Reproduction Script

This record contains the complete, reproducible output archive used in the paper: Subset Design and Stability Regimes in Multifractal Detrended Fluctuation Analysis The archive consists of 10 identical UTMF v5.2 runs on the same heterogeneous dataset set(NIST atomic spectra, NANOGrav pulsars, LIGO strain segments, and a QRNG stream).Each run is stored as a compressed FULL_DETAILS JSON file (UTMF computational archive),accompanied by an automatically generated CSV summary and a single script that regeneratesall figures reported in the paper. Contents:• 10 × FULL_DETAILS JSON files (compressed; ~430 MB uncompressed each)• 10 × CSV summaries generated by UTMF• 1 × reproduction script (Python) to regenerate all figures from the archived metadata• 1 x README.txt Reproducibility:All figures and statistics can be reproduced without rerunning UTMF.The FULL_DETAILS archives include subset design parameters (subset length, number of subsets,overlap settings), subset-level D_f estimates, configuration snapshots, quality metrics, and anembedded snapshot of the jedi_mfdfa implementation used in the run. Related foundational references:• jedi_mfdfa software: 10.5281/zenodo.17982899• jedi_mfdfa paper: A Minimal and Robust Implementation of Multifractal Detrended Fluctuation Analysis• UTMF-Core software: 10.5281/zenodo.17808853• UTMF-Core paper: UTMF-Core: A Universal Multifractal Measurement Framework for Heterogeneous Physical Time Series• UTMF v5.1 coherence paper: Multifractal Coherence Across Physical Measurement Domains: A Fully Reproducible Cross-Domain Test Using UTMF v5.1 Author:Strive, Jedi Markus (ORCID: 0009-0000-7663-7946), Independent [e-mail]