TCDS Forensic Validation: Global-to-Regional Seismic Analysis with Entropy, Locking Index and E-Veto (December 2025)

This dataset documents a complete forensic execution of the TCDS (Teoría de la Cromodinámica Sincrónica) pipeline applied to real seismic data. The experiment evaluates the presence or absence of deterministic nucleation in a global seismic catalog (USGS QuakeML, 30 days, M ≥ 2.5) and a regional case study (Alaska), using entropy (H), Locking Index (LI), causal curvature (κΣ), and the E-Veto honesty filter. The system was executed end-to-end in an uncontrolled real-world environment and produced a negative result: no deterministic nucleation was detected at the global scale. All apparent κΣ peaks were demonstrated to be impulse artifacts caused by isolated events in sparse temporal windows. This negative result is considered valid and scientifically relevant. The dataset includes raw data, derived metrics, full audit logs with cryptographic hashes, executable scripts, and visual forensic evidence (HUD-style plots and animated timelines). The primary contribution of this deposit is the demonstration of a decision system that correctly withholds signals when coherence is not present, providing operational control of false positives in critical analytical contexts.