UTMF Capstone Composite Archive v1: Immutable Measurement Metadata for Multifractal Analysis

This archive provides a single, self-contained composite of immutable measurementmetadata supporting the capstone paper: A Universal Measurement Geometry for Multifractal Analysis –Empirical Coherence, Hierarchical Structure, and the Fractal Asymmetry Kernel. (DOi: 10.5281/zenodo.18407377) The archive contains only measurement-level outputs produced by the UTMFpipeline. It does not store higher-order constructs such as Fractal AsymmetryTheory (FAT), the Fractal Asymmetry Kernel (FAK), Emergence Depth (ED), confinement,or trajectories. All such objects are reconstructed externally and exclusivelyfrom the archived metadata. What the archive contains The composite JSON records: complete MFDFA subset outputs and multifractal spectra h(q)h(q)h(q), raw and aggregated coherence measures (TCI, MCI, TMCI), full bootstrap samples and cross-validation statistics, configuration snapshots and code fingerprints ensuring numerical reproducibility, time-series snapshots sufficient to recompute or audit coherence measures, dataset health diagnostics and metadata. All raw time series are processed exactly once under a fixed UTMF v5.2 protocol.No raw data are reprocessed after archival. What the archive does not contain The archive deliberately excludes: Fractal Asymmetry Theory (FAT) outputs, Fractal Asymmetry Kernel (FAK) realizations, Emergence Depth (ED) or hierarchical embeddings, confinement or trajectory constructions, physical models, dynamical assumptions, or interpretation layers. These structures are derived post-hoc as part of the analytical frameworkdescribed in the associated paper. Provenance This composite archive merges the following previously published UTMF measurementrecords without modification: UTMF v5.2 MFDFA Stability Archive v1 (2025-12-30)DOI: 10.5281/zenodo.18090981 FULL_DETAILS UTMF v5.2 (2026-01-03)DOI: 10.5281/zenodo.18149263 FULL_DETAILS UTMF v5.2 (2026-01-12)DOI: 10.5281/zenodo.18226887 Each component remains independently citable. Intended use This archive is intended for: full reproduction of measurement-level results, independent auditing of multifractal measurement behavior, recomputation or alternative analysis of coherence measures, methodological studies of estimator stability and protocol effects, external reconstruction of higher-order structures under transparent assumptions. The dataset defines a fixed empirical measurement space against which allsubsequent geometric or interpretive analyses must be tested. License Released under the same open license as the original component datasets.