Abstract

We present a gauge theory of weak and electromagnetic interactions which is based on the group U(1) \ensuremath{\bigotimes} SU${(4)}_{\mathrm{L}}$ \ensuremath{\bigotimes} SU${(4)}_{\mathrm{R}}$ and which implements manifest left-right symmetry in a natural way. The theory is characterized by a rich lepton spectrum and is consistent with recent experimental results in atomic physics and weak trimuon production. Some novel predictions of the theory are discussed.

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