Dynamical simulation of supersymmetric Yang-Mills theory with domain wall fermions

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Numerical simulations play an important role in understanding nonperturbative physics in strongly coupled systems such as Quantum Chromodynamics, Supersymmetric gauge theories, and nonrelativistic Fermi gases. My research efforts have focused on addressing some of the remaining challenges confronted in numerical studies of such systems, with the expectation that those techniques might be directly relevant for the numerical study of N=1 SYM, the most QCD-like of supersymmetric gauge theories.