Electron, Muon, and Neutrino Dynamics in USP Field Theory: Resonance Corridors, Lepton Scaling, and Weak Escape Modes ( msf:48160 )

This note refines the USP Field Theory interpretation of leptonic structures in alignment with msf:48100 and msf:48120. Electrons are described as spatially extended, stationary oscillations stabilized within nuclear Δf resonance corridors. Muons are treated as higher-tension corridor states that can transiently bind close to nuclei without constituting nuclear matter. Neutrinos are modeled as weakly coupled escape modes—energy routed into ultra-narrow resonance pathways under extreme Δf stress—rather than literal electron remnants. The document includes: a compact corridor-based hierarchy (electron / muon / neutrino), a prediction box with falsifiable signatures, a schematic visualization of the three corridor types. Notes Related/Aligned: msf:48100, msf:48120 License suggestion: CC BY 4.0 Resource type: Preprint / Technical note