GL‑5.1: CF-Scaled Time Delays with Fixed Lens Potential (Comoving Geometry Test)

This dataset accompanies GL‑5.1, a falsifiability test of the Tejera-Ace Standard Model (TASM) curvature framework applied to gravitational lensing time delays. Using corrected comoving distances and normalized CF scaling, this simulation tests whether modifying geometry alone (without adjusting lens potential) can reproduce observed strong-lens time delays. All CF gradients (0.0, 1.0, 2.0, 2.999) are applied to three benchmark clusters: Abell 1689, MACS J1149, and the Bullet Cluster. Results show systematic inflation of Δt with increasing CF, but statistical validation (KS, A², χ²) confirms the model does not recover the observed distribution. This run is archived as a formal negative falsifiability checkpoint in the TASM framework. Complies with the TASM Simulation Scrutiny Protocol (Final Release).