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About

Carter S. Haines is a leading researcher in the field of soft robotics and artificial muscles, with a focus on creating high-performance, bio-inspired actuators. His most significant contribution is the development of novel artificial muscle fibers, including the groundbreaking "twistron" and coiled nylon muscles, which achieve large tensile strokes and high work capacities. His 2016 paper on a "new twist on artificial muscles," with 359 citations, demonstrated lightweight fibers that rival natural muscle performance, while his 2017 work on electrochemically powered carbon nanotube muscles (162 citations) achieved high efficiency and energy conservation. Haines also pioneered the use of nylon-muscle-actuated robotic fingers (93 citations), enabling fast, biomimetic movement for robotic hands. Beyond terrestrial applications, he has explored fuel-powered artificial muscles for autonomous underwater vehicles, such as his hydrogen-fueled biomimetic jellyfish (45 citations). More recently, his work on azobenzene-functionalized liquid crystal elastomer springs (2024) introduces light-powered actuators for underwater soft robotics, pushing the boundaries of untethered, self-contained systems. With over 685 total citations across his top papers, Haines’s innovations in material design and actuation mechanisms are driving the next generation of soft, efficient, and autonomous robotic systems.