What question did this study set out to answer?

To analyze phase-coherence metrics of stellar disappearance candidates using VASCO and LIGO O4a data.

June 21, 2026Open Access

UAT‑VASCO Catalogue: Complete Phase‑Coherence Analysis of Ten Stellar Disappearance Candidates with the Resonant Hunter v9.1 – Scripts, Figures, and Execution Logs

Key Points

To analyze phase-coherence metrics of stellar disappearance candidates using VASCO and LIGO O4a data.
Performed systematic cross-correlation between VASCO catalogue and LIGO O4a gravitational wave data.
Utilized Resonant Hunter v9.1 engine with calibrated Entropic Funnel parameters.
Extracted metrics like coherence, SVR, TVI, and spectral purity for ten selected VASCO candidates.
VASCO-02 exhibits a coherence excess of 2.12× relative to control candidates and low TVI entropy (1.1892).
VASCO-07 has an anomalously low TVI standard deviation (0.2138), indicating a nearly crystalline phase structure.
Remaining candidates show low coherence and high entropy, confirming the absence of false positives.

Abstract

This deposit contains the complete data, scripts, and results of the firstsystematic cross‑correlation between the VASCO (Vanishing and Appearing Sourcesduring a Century of Observations) catalogue and LIGO O4a gravitational‑wavedata, performed within the Universal Applied Time (UAT) and Unified CausalPrinciple (UPC) framework. The analysis employs the Resonant Hunter v9. 1 engine with the calibratedEntropic Funnel (Thermodynamic Overdrive parameter γ = 2. 08) to extractphase‑coherence metrics (coherence, Signal‑to‑Viscosity Ratio SVR, TemporalViscosity Index TVI, and spectral purity) for ten VASCO candidates at theiroptimal observation times. Key findings: - VASCO‑02 exhibits a coherence excess of 2. 12× relative to control candidates, with SVR = 0. 048150 (near the theoretical target 0. 0476) and low TVI entropy (1. 1892), consistent with a persistent topological scar. - VASCO‑07 shows an anomalously low TVI standard deviation (0. 2138), suggesting a nearly crystalline phase structure. - The remaining candidates form a control group with low coherence and high entropy, confirming the absence of false positives. - The UAT base frequency (187. 37 Hz) is confirmed non‑instrumental via spectral purity analysis (normalised amplitude 0. 0001). Contents: - AnalysisAutoria2. py: Complete Python pipeline (data download, UAT processing, catalogue generation). - AnalysisAutoria2. txt: Human‑readable log of the entire execution. - graficos. zip: All figures generated during the analysis (coherence spectra, SVR evolution, TVI distributions, spectral purity plots). - exitcode/: Raw console outputs and exit codes for every run. - uatᵥascocatalogue. tex: LaTeX manuscript documenting the methodology, results, and conclusions (this document). Related DOIs: - Resonant Hunter v9. 0/v9. 1: 10. 5281/zenodo. 20650032- Statistical Hardening of the TVI: 10. 5281/zenodo. 20723412- UAT Lagrangian Formulation: 10. 5281/zenodo. 20500722- UAT/UCP Technical Limitations: 10. 5281/zenodo. 20534771- UAT Equation of State Limitations: 10. 5281/zenodo. 20533731

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