Possible Lepton Enhancements in the Foam–Plexus Model

This note extends Cassiopeia’s Foam–Plexus Theory of Everything by refining its treat- ment of leptons, particularly neutrinos. Earlier works established leptons as tetrahedral wormhole structures with polyhedral faces corresponding to fundamental plexuses. Here we propose enhancements: (i) neutrino masses arise from counterflow misalignment between Weak (W) and Higgs (H) faces, with suppression factors set by relative orientation; (ii) fla- vor mixing originates from edge overlaps between fractal subtriangles, naturally producing large mixing angles; (iii) the framework accommodates either Dirac or Majorana neutri- nos depending on self–conjugacy of loop orientations in a diamond superposition of chiral tetrahedra; (iv) subtriangle EM flows yield exact charge neutrality but allow tiny dipole moments; and (v) testable deviations are proposed, including mass jitter in media, sup- pressed neutrinoless double–beta decay, and sub–eV dipole moments. These refinements strengthen the Foam–Plexus account of lepton structure and integrate with existing results on matter–antimatter asymmetry, harmonic oscillator wormholes, and Dirac emergence.