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Condensed matter physics explores systems containing numerous interacting components like electrons, atoms, or molecules. Central inquiries in this field involve: How do emergent material properties—such as metallic/insulating states, superconductivity, and magnetic order—arise from fundamental microscopic interactions? Does universal behavior emerge at macroscopic scales, independent of microscopic details? What forms of topological order can exist? How can disorder be effectively modeled? Is it possible to develop a nonequilibrium statistical mechanics framework as robust as its equilibrium counterpart? The group comprises five faculty (Feldman, Kosterlitz, Marston, Pelcovits, and Ying), collaborating with experimentalists and theorists across disciplines. Activities include weekly seminars on condensed matter/biological physics and journal discussions, alongside interdisciplinary partnerships with engineers, biologists, mathematicians, and climate researchers.