Electric Current Alignment in Uranium–Water Δf Resonance Systems (v3)

This paper presents the v3 revision of the uranium–water Δf resonance model, introducing a direct Δf-threshold condition and a dual-branch dynamic linking optical and electrical responses. When β-electron pulses from uranium exceed the corridor resonance threshold, water enters a two-mode response: a fast optical emission (10¹⁵–10¹⁷ Hz) and a slower electrical oscillation (10³–10⁶ Hz).

The included figure visualizes the Δf-space continuum connecting both branches, illustrating how resonance mismatch (Δf) governs field rebalancing and energy release. This unified model contrasts with Cherenkov interpretations by emphasizing geometric determinism under USP Field Theory.