Dataset and Replication Package for "Economic Yang–Mills Mass Gap in Global and Corridor Flow Networks: A Finite-Network Gauge-Econometric Framework for Measuring Systemic Shock Thresholds"

This dataset and replication package accompany the study titled “Economic Yang–Mills Mass Gap in Global and Corridor Flow Networks: A Finite-Network Gauge-Econometric Framework for Measuring Systemic Shock Thresholds.” The package provides the data, extracted tables, computational registers, methodological audit files, and reproducibility materials used to support the finite-network benchmark component of the study. The empirical architecture is organized around a ten-node global and corridor-sensitive regional network with twenty-seven weighted undirected edges. Public macroeconomic anchors are transformed into normalized systemic-stress components and then used to construct a corridor-weighted graph, a stress-weighted adjacency matrix, an economic gauge potential, triangular curvature, Yang–Mills economic action, a stress Laplacian, an Economic Mass Gap Index, fragility, BridgeStress, resilience and scenario-based shock diagnostics. The package includes an Excel workbook, CSV exports of extracted manuscript tables, formula and algorithm registers, core parameter files, references with DOI records, recalculated Laplacian and spectral-output files, metadata, file manifest, and a reproducibility audit script. The benchmark records the corrected finite-network economic mass gap, spectral radius, normalized transition threshold, total Yang–Mills economic action and top-five action concentration reported in the manuscript. The term “mass gap” is used strictly in the finite weighted-graph and gauge-econometric sense. The dataset does not claim to solve the mathematical Yang–Mills existence and mass gap problem. The N = 1,500 country-panel component is included as a specified validation architecture and claim-gate layer; final country-year estimates require the future population of the country-level panel and full replication closure. This package is intended to support transparency, reproducibility, independent audit, and future extension of the proposed finite-network gauge-econometric framework for measuring systemic shock thresholds in global and corridor flow networks.