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The theoretical nuclear and particle physics research group explores diverse subjects concerning matter's fundamental interactions. Their work encompasses quantum chromodynamics, confinement phenomena, large-N theories and volume effects, topological excitations, quark configurations in mesons and baryons, hadronic interactions, extreme-condition hadronic matter, photonuclear processes, heavy ion collisions, cold atomic systems, superfluidity, viscous hydrodynamics, electroweak symmetry breaking, neutrino oscillations, neutrino-nucleon/nuclei interactions, stellar development, supernovae, nucleosynthesis, early universe physics, standard model verification, light-front quantization, effective field theory, and lattice supersymmetry. The Physics Department provides exceptional graduate programs designed to equip students for successful academic and professional trajectories in physics. The Ph.D. curriculum fosters an intellectually stimulating environment with a strong research focus that pushes physics boundaries. Two distinct M.S. programs (thesis and non-thesis options) prepare graduates for doctoral studies or professional opportunities. North Carolina State University's Physics Department aspires to conduct groundbreaking, high-impact research across fundamental and applied sciences. This vision combines core physics principles with practical applications, theoretical and experimental approaches, while merging cutting-edge research with innovative teaching methods to cultivate a dynamic intellectual community within an inclusive, collaborative setting.