Left-Right Symmetry and Supersymmetric Unification
Abstract
The existence of an SU(3) X SU(2)L X SU(2)R X U(1) gauge symmetry with gL = gR at the TeV energy scale is shown to be consistent with supersymmetric SO(10) grand unification at around 1O16 GeV if certain new particles are assumed. The additional imposition of a discrete Z2 symmetry leads to a generalized definition of R parity as well as highly suppressed Majorana neutrino masses. Another model based on SO(10) X SO(10) is also discussed.
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