A chiral SU(3)_f gauge theory strongly coupled at high scale generates Majorana masses for right-handed neutrinos and Dirac masses for SM fermions, dynamically breaking flavor and electroweak symmetries to produce composite states and calculable neutrino masses via seesaw.
Color superconductor with a color-sextet condensate
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abstract
We analyze color superconductivity of one massive flavor quark matter at moderate baryon density with a spin-zero color-sextet condensate. The most general Higgs-type ground-state expectation value of the order parameter implies complete breakdown of the SU(3)xU(1) symmetry. However, both the conventional fourth-order polynomial effective bosonic description, and the NJL-type fermionic description in the mean-field approximation favor an enhanced SO(3) symmetry of the ground state. We ascribe this finding to the failure of the mean-field approximation and propose that a more sophisticated technique is needed.
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Model of Flavors
A chiral SU(3)_f gauge theory strongly coupled at high scale generates Majorana masses for right-handed neutrinos and Dirac masses for SM fermions, dynamically breaking flavor and electroweak symmetries to produce composite states and calculable neutrino masses via seesaw.