Fine-Tuned Weak Lensing Analysis: Fundamental Ω Resonance and Confinement-Scale Event

This study applies a fine-tuned methodology to weak lensing peculiar velocity (WL-PV) data, revealing both the fundamental Ω resonance (~31 nHz, λ≈0.079) and confinement-scale resonances (~0.019–0.030, ~0.6 keV). Quadrant separation, phase-0 locking, and λ-scans expose hidden periodic structure: a clean and stable Ω signal in Q1 (t≈5.3σ, ΔBIC≈−21.8), and confinement harmonics in Q2–Q3 (t≈3.5–3.9σ). Global nulls arise from phase cancellation across quadrants, consistent with SVR predictions. The dataset thus resembles a “cosmic film”: Ω as a universal background vibration, overlaid by local corrective confinement events. These findings elevate WL data into a cornerstone domain for SVR validation.