Steve Granick

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About

Steve Granick is a pioneering physical chemist and materials scientist, renowned for his groundbreaking work in polymer physics, surface science, and the dynamics of complex fluids. His research has fundamentally advanced our understanding of molecular motion, confinement effects, and self-assembly at interfaces. Among his most celebrated contributions is the development of innovative techniques to probe single-molecule behavior, revealing how polymers and nanoparticles move in crowded or constrained environments—insights critical to fields from drug delivery to soft robotics. Granick’s impact is reflected in his extensive citation record, with several papers garnering thousands of citations, including seminal works on polymer diffusion and the glass transition. Notably, his recent study on "Solid-body trajectoids shaped to roll along desired pathways" (2023) showcases his continued creativity, demonstrating how geometric design can program the motion of objects—a feat with implications for microrobotics and active matter. A recipient of numerous honors, including the ACS Award in Colloid Chemistry, Granick’s work bridges fundamental science and practical innovation, inspiring a generation of researchers to explore the hidden dynamics of the microscopic world.