Structured Light and Razor Gap Diffraction: A USP Field Theory Reinterpretation

This release includes two complementary documents that reinterpret classical light diffraction and spectroscopy experiments through the lens of USP Field Theory: 1. Blade Gap Light Geometry (Merged Edition) Demonstrates how interference patterns generated by laser light passing through a narrow razor blade gap can be fully explained using deterministic geometry. Includes simulations, visualizations, and a ripple-based model of photon reflection and overlap, showing that dark bands arise from ripple cancellation — not probabilistic wave-particle behavior. 2. USP Field Interpretation of Diffraction and Spectroscopy Reframes classical slit, grating, and emission spectrum experiments using spin-loop and spin-tension concepts. Extends interpretation to CD gratings, white vs. laser light behavior, and LED spectra. The document also validates USP Law 7: “Blue bends more,” offering a field-based alternative to classical wavelength reasoning. Together, these works bridge classical optics, quantum interpretations, and USP geometry into a unified, field-structured view of light.