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Quantum Information (QI) seeks to utilize the unique characteristics of quantum systems, especially entanglement, to overcome the boundaries established by classical physics and information theory. This field facilitates remarkable advancements, such as the exponential acceleration of quantum computations (Shor's algorithm) and quantum simulations (Feynman's approach) compared to traditional methods. QI represents the cutting edge of both theoretical exploration and practical implementation in contemporary physics. The Physics Department boasts prominent research initiatives in both theoretical and experimental QI. Doctoral candidates receive financial support through teaching or research assistantships, as well as fellowships. Dissertation research isn't confined to the Physics Department—students may conduct studies at external institutions through proper coordination. Recent doctoral projects have taken place at prestigious international facilities including NIST's Neutron Research Center, Jefferson Lab, Fermilab, CERN, and the Paul Scherrer Institute.