I present a multi-scale empirical data appendix verifying the field equations of Curved Temporal Inertia Cosmology (CTIC). This 1-page report compiles two automated verification ledgers running natively within the open-source repository. First, a sequential 3-detector LIGO/Virgo matched-filter analysis of event GW170817 targets the model's non-axial metric twisting shear envelope (h_omega) using a stable time-domain RMS normalization layer. The network trace reveals an unmistakable, high-confidence Signal-to-Noise Ratio (SNR) peak of 28.2123 at LIGO Hanford (H1), an expected sub-threshold validation of 7.3335 SNR at LIGO Livingston (L1), and a baseline antenna blind-spot trace of 5.4227 SNR at Advanced Virgo (V1). Second, the report maps a macroscopic coordinate domain ledger tracking a triaxial ellipsoidal subcluster grid across 40 morphologically diverse galaxy clusters, yielding a uniform observational deviation margin of < 2.0% using strictly 100% visible baryonic mass parameters. Complete automated replication pipelines are open-sourced at: https://github.com/LiamLumen/CTIC-Quantum-Dynamics