  In this talk, a supersymmetric (SUSY) composite model of color
superconductivity is discussed. In this model, quark and diquark
supermultiplets are dynamically generated as massless composites by a newly
introduced confining gauge dynamics. It is analytically shown that the scalar
component of diquark supermultiplets develops vacuum expectation value (VEV) at
a certain critical chemical potential. We believe that our model well captures
aspects of the diquark condensate behavior and helps our understanding of its
dynamics in real QCD. The results obtained here might be useful when we
consider a theory composed of quarks and diquarks.
