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Condensed matter physics explores the novel phenomena that arise when vast collections of atoms or molecules form solid or liquid states. This field has produced groundbreaking insights into metals, semiconductors, and superconductors, while driving innovations like transistors, laser diodes, and microchips. As such, it forms the scientific foundation for today's computing and telecommunications sectors. Globally, this physics discipline engages more researchers than any other, spanning universities, corporate R&D centers, government facilities, and startups. The challenges in condensed matter physics frequently intersect with other domains, influencing chemistry, biology, electrical engineering, and materials science. At the University of Virginia, we maintain a robust research initiative encompassing both experimental and theoretical approaches to condensed matter physics. Doctoral candidates receive full financial support through teaching or research positions, with dissertation work possible both within our Physics Department and through collaborations with external institutions. Recent graduate research has been conducted at prestigious international facilities including NIST's Neutron Research Center, Jefferson Lab, Fermilab, CERN, and Switzerland's Paul Scherrer Institute.