Beyond Cherenkov: Field Resonance, Light Delay, and Vacuum Redefined in USP Field Theory
Year: 2025
Type: report
Abstract: Author Sadegh Sepehri --- Version v1.0 (November 2025)Upgraded from “Electric Current Alignment in Uranium-Water Δf Resonance (v3)” --- Abstract This document introduces RQM1-UW-01, the first formalized uranium–water resonance model under USP Field Theory.When beta decay from uranium injects a Δf pulse into water, the medium behaves as a dual-branch Δf resonator: 1. Fast branch → blue optical burst 2. Slow branch → polarization micro-current This deterministic process replaces the classical Cherenkov explanation of superluminal electrons with a geometry-based Δf-resonance collapse.The core condition \Delta f_{pulse}>\Delta f_{threshold}\approx \frac{k_{medium}}{\tau_{rel}} Energy balance relations E_{stored}=\tfrac{1}{2}k_{medium}P^2,\qquad\eta_{optical}\approx \frac{\omega}{\Gamma\tau_{rel}} Water’s relaxation time governs emission color and current amplitude, confirming its role as a natural resonator rather than a passive medium.The model harmonizes prior USP documents—Reversal (msf:45706), Double-Slit (msf:44696), Fusion (msf:45718), Bonding (msf:45716), and Refraction (msf:45730)—into a unified RQM1 (Resonance Quantum Mechanics) framework.
Author: Sepehri, Sadegh
Language: English
Subfield: Radiation
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6893378883
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