Zane Wolf

Evolutionary Genomics (United States), Harvard University

Papers

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About

Zane Wolf is a leading researcher in bio-inspired soft robotics, with a primary focus on understanding and replicating fish-like aquatic locomotion. Their work bridges the gap between biology and engineering, using pneumatically-actuated soft-robotic models to isolate and study fundamental parameters of undulatory swimming. Wolf’s most influential contribution, the 2020 paper “Fish-like aquatic propulsion studied using a pneumatically-actuated soft-robotic model” (59 citations), demonstrates how body stiffness and muscle co-activation patterns generate thrust, providing a controlled platform to test hypotheses that are difficult to examine in live fish. Subsequent studies, including “A Soft Robotic Model to Study the Effects of Stiffness on Fish-Like Undulatory Swimming” and “A Fish-Like Soft-Robotic Model Generates a Diversity of Swimming Patterns” (both 2022, 4 citations each), further explore how varying stiffness and actuation can produce a versatile array of swimming kinematics. Wolf’s work has significant implications for designing more efficient underwater vehicles and for deepening our understanding of evolutionary biomechanics. By creating tunable, soft robotic systems, Wolf has opened new avenues for studying the neural control and fluid dynamics of fish locomotion, making their research highly cited and influential in both robotics and comparative biology.