Abstract
The self-dual and anti-self-dual parts of the electromagnetic field tensor satisfying the vacuum Maxwell equations are shown to be related in a covariant manner to a left-handed and right-handed two-component Weyl neutrino νL and νR, respectively. A simple quantum mechanical analysis of a composite νL−νR system with a certain interaction shows that such a model can exhibit a two-fold branching and defect in the total energy of the system, which could then be interpreted as Baryon and Lepton mass formation.
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