Hannah Yevick

Papers

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About

Hannah Yevick is a rising star in the field of active matter physics, whose work bridges soft condensed matter and biological self-organization. Her primary research focuses on active nematic liquid crystals—materials that can spontaneously deform and flow without external forces, mimicking the behavior of living tissues. In her highly cited 2024 paper, “Active Fréedericksz Transition in Active Nematic Droplets,” Yevick demonstrated how confinement and activity interplay to drive orientational transitions, offering a new paradigm for understanding how living materials like the mitotic spindle self-assemble. This work, already garnering 8 citations, has opened avenues for designing synthetic active materials that replicate biological functions. Yevick’s contributions are particularly notable for their elegant combination of theory and experiment, revealing how quiescent active phases can be stabilized in reconstituted systems. Her research not only deepens our understanding of cytoskeletal dynamics but also holds promise for developing autonomous soft robots and programmable biomaterials. As a young investigator, Yevick is rapidly establishing herself as a key voice in the next generation of soft matter physics, with her work poised to influence both fundamental science and bioengineering applications.