The Low Energy Behavior of some Models with Dynamical Supersymmetry Breaking
Abstract
We study supersymmetric SU(5) chiral gauge theories with 2 fields in the 10 representation, 2+NF fields in the 5 representation and NF fields in the 5 representation, for NF=0,1,2. With a suitable superpotential, supersymmetry is shown to be broken dynamically for each of these values of NF. We analyze the calculable limit for the model with NF=0 in detail, and determine the low energy effective sigma model in this case. For NF=1 we find the quantum moduli space, and for NF=2 we construct the s--confining potential.
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