Noise Density and Fractal Condensation in Superconducting Materials: CIF-Derived Chemical Fields and the High-Density Universe Hypothesis

Ô-HAT topological framework applied to 500 superconducting and normal-metal crystal structures from the 3DSC dataset. Bilingual paper (EN+ZH) with analysis scripts and output data. Key findings: SC noise_ratio -9% (p=0.0001), D_fold global condensation p=0.0002, asymptotic floor D=1.0978. Discusses high-density vs low-density universe hypothesis and why true structural order is difficult to store.