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About

Kwangmok Jung is a pioneering figure in soft robotics and biomimetic actuation, whose work bridges the gap between artificial muscles and practical robotic systems. His research focuses on dielectric elastomer actuators (DEAs) and ionic polymer–metal composites (IPMCs), with a strong emphasis on bio-inspired locomotion and sensor integration. Jung’s most influential contribution is the “Artificial annelid robot driven by soft actuators” (2007, 237 citations), which demonstrated how segmented, undulatory motion inspired by earthworms could be replicated using soft materials—a foundational study for soft robotics. He also developed the “Micro inchworm robot” (2004, 26 citations), introducing a novel nonprestrained DEA method that eliminated the need for pretension, and advanced self-sensing techniques for DEAs (2008, 20 citations), enabling simultaneous actuation and deformation measurement. Notably, Jung led the creation of Windoro (2011, 19 citations), the world’s first commercialized window-cleaning robot, showcasing his ability to translate research into real-world products. His work on fingertip force/torque sensors (2011, 8 citations) and embedded control systems for in-pipe inspection robots (2013) further highlights his versatility in developing dexterous manipulation and autonomous systems. With over 370 total citations, Jung’s legacy lies in merging biological principles with soft actuators to create adaptive, efficient robots.