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The Quantum Science and Engineering graduate program offers specialized education in an emerging field that bridges quantum physics and information theory. Much like the 20th century's technological revolution sparked by quantum mechanics breakthroughs, the 21st century presents opportunities to harness quantum phenomena—such as superposition, measurement effects, and entanglement—for groundbreaking applications. This discipline spans diverse areas, including condensed matter physics, novel material creation, classical world emergence studies, and transformative technologies like quantum computing for previously unsolvable problems, physics-based secure communications, and ultra-precise sensing. Princeton's quantum research community stands out for its interdisciplinary scope coupled with fundamental work in quantum information and materials. Investigations cover all aspects of quantum technology, from many-body physics and device development to quantum algorithms and system architecture. This dynamic setting fosters rapid advancements through cross-disciplinary collaboration. Our program prepares students to pioneer quantum systems, drive technological breakthroughs, lead in the quantum industry, and make enduring impacts on quantum information science.