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The University of California, Irvine (UCI) holds global acclaim for its atmospheric chemistry program, highlighted by Professor F. S. Rowland receiving the 1995 Nobel Prize in Chemistry for his groundbreaking research on ozone layer depletion caused by chlorofluorocarbons. Our doctoral program offers a distinctive concentration in atmospheric chemistry, emphasizing core chemical concepts applied to atmospheric processes. Beyond a comprehensive curriculum covering atmospheric, physical, and analytical chemistry, students can select thesis advisors working on diverse projects spanning field research, lab experiments, and theoretical studies. UCI scientists are world-renowned pioneers in developing analytical methods for detecting atmospheric trace gases and analyzing their effects on chemical processes and climate systems. Another key research area explores interfacial chemistry, forming the foundation of AirUCI, an NSF-funded Environmental Molecular Sciences Institute launched at UCI in 2004. Complementary coursework is available through the Earth System Science and Mechanical & Aerospace Engineering departments, with interdisciplinary research partnerships existing between these units and chemistry faculty. Graduate students can pursue thesis projects integrating field observations, laboratory work, theoretical frameworks, computational kinetics modeling, and cross-departmental collaborations.