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Robert Deegan is an Associate Professor in the Department of Physics at the University of Michigan, specializing in experimental complex systems and condensed matter physics. His research centers on the dynamics of non-equilibrium systems, focusing on fluid-solid interactions and a variety of dynamical transitions. Deegan's investigations often employ table-top experiments to reveal the underlying behaviors of specific examples, such as those seen in common phenomena like the patterns formed by drying drops and bursting balloons. Some of his notable work includes studying drop impact instabilities that give rise to crown patterns and exploring the connections between dynamical transitions and thermodynamic principles. His selected publications reflect a wide range of phenomena in experimental nonlinear dynamics and pattern formation within fluids and solids, all contributing to a deeper understanding of complex systems.
Department of Electrical Engineering and Computer Science