Electron and Neutrino Dynamics in USP Field Theory

This standalone note extends USP Field Theory to formalize electrons and neutrinos as distinct manifestations of spin geometry. Electrons are modeled as compact USP loops (f_e ≈ 10²⁰ Hz, Δf ≈ 0), stabilizing atomic resonance corridors and mediating charge. Neutrinos arise from overstretched electron loops at Δf > 10²¹ Hz, collapsing into straight resonance threads with weaker field tension (T_f(neutrino) < T_f(photon)). The document presents equations, stability conditions, and experimental predictions, supported by a visual diagram illustrating the transition from loop to thread under gravitational stretch. This version integrates post-discussion refinements, ensuring equation clarity and resonance consistency.