Laura Miller

University of Arizona, University of North Carolina at Chapel Hill

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About

Laura Miller is a leading figure in computational biophysics and animal locomotion, renowned for revealing how organisms achieve robust movement in complex fluid environments. Her research bridges biology, physics, and engineering, with a central focus on the neuromechanics of swimming and flying. Miller’s most influential work, “Neuromechanical wave resonance in jellyfish swimming” (2021, 32 citations), demonstrates how jellyfish harness a dynamic interplay between neural pacemakers and muscle contractions to produce resilient, adaptive propulsion—a key insight into how simple nervous systems generate stable locomotion. She has also tackled the enigmatic aerial dispersal of spiders, as in “Flying Spiders: Effects of the Dragline Length and the Spider Mass in Free-Fall” (2019), where she models the physics of ballooning to explain how spiders can travel thousands of kilometers. Beyond these studies, Miller’s contributions extend to developing computational frameworks that simulate fluid-structure interactions, informing both evolutionary biology and bio-inspired robotics. Her work is celebrated for its interdisciplinary reach, offering students and researchers a vivid window into nature’s elegant solutions for movement.