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David Kaplan is a Professor in the Department of Physics at the University of Washington. His research primarily focuses on Particle Theory, with applications in quantum field theory, aspects of nuclear and particle physics, lattice field theory, quantum chromodynamics (QCD), and supersymmetry. Kaplan has made significant contributions to effective field theory, low energy nuclear physics, the standard model, and particle cosmology. His work seeks to deepen the understanding of fundamental particles and their interactions, exploring the theoretical foundations that underpin modern physics. Kaplan has received recognition for his research, including prestigious awards in the field of physics, affirming his expertise and influence in advancing particle physics. With a commitment to education, he teaches several graduate courses, including Physical Applications of Group Theory and Quantum Field Theory. His work is well-respected in the academic community, and he is actively involved in research that bridges theoretical concepts with experimental physics.
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