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fundamental symmetries. The group leads experimental research programs at various particle accelerator laboratories, focusing on unstable beam experiments at the nearby Facility for Rare Isotope Beams (FRIB
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structure and reactions, and in fundamental symmetries. The group leads experimental research programs at various particle accelerator laboratories, focusing on unstable beam experiments at the nearby
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that will help communities plan for and become more resilient in collaboration with communities in three pilot watersheds in Michigan: the Chippewa River, Lower Grand River, and Rouge River. The project will
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on our Mount Pleasant campus, in satellite locations around the state and throughout the country, and through flexible online programs. Many of our approximately 300 undergraduate, master’s, specialist and
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communities plan for flood resilience in three pilot watersheds in Michigan: the Chippewa River, Lower Grand River, and Rouge River watersheds. The project will use model outputs of precipitation patterns with
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communities plan for flood resilience in three pilot watersheds in Michigan: the Chippewa River, Lower Grand River, and Rouge River watersheds. The project will use model outputs of precipitation patterns with
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professional lives. We serve nearly 15,500 students on our Mount Pleasant campus, in satellite locations around the state and throughout the country, and through flexible online programs. Many of our
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Materials. The Department houses active research programs in several areas, including computational condensed matter and chemical physics and experimental condensed matter and materials physics. To learn more
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. degrees in physics and participates in the interdisciplinary Ph.D. in the Science of Advanced Materials. The Department houses active research programs in several areas, including computational condensed