Evidence for Internal Topological Constraints on Neutrino Mixtures

Abstract

Assuming that the e- and (mu- or tau-type) neutrinos start and end "life" as topologically distinct quantum objects, and assuming that topology maintenance is preferred over topology change, both the matrix describing long-distance neutrino mixtures, and certain neutrino mixing parameters are derived (assuming that CP-violation is not maximal). Predictions are consistent with both the Super-Kamiokande-, and SNO-collaboration data on neutrino mixing.