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About

Xiaoguang Dong is a pioneering researcher at the forefront of soft robotics, magnetic actuation, and miniature robotic systems. His work has fundamentally advanced the field of magnetically driven soft matter, establishing him as a leading voice in the design of shape-programmable and wirelessly controlled miniature robots. His landmark 2016 paper on shape-programmable magnetic soft matter (630 citations) laid critical groundwork for engineering active materials capable of complex, time-varying geometries, while his 2019 jellyfish-inspired millirobot (571 citations) demonstrated how untethered soft robots could achieve remarkable multifunctionality at small scales despite severe hardware constraints. Dong's research consistently bridges fundamental materials science with real-world medical applications. His development of reconfigurable ferrofluid droplet robots, surface-climbing soft millirobots, and wireless phase-change actuators reflects a sustained effort to enable minimally invasive access within the human body. More recently, his work on in situ physiological tissue sensing and artificial cilia arrays signals an exciting expansion into bio-integrated diagnostics and environmental monitoring. With multiple papers exceeding 200 citations and a portfolio spanning fabrication, localization, and actuation, Dong's contributions have significantly shaped how researchers conceive of intelligent, biocompatible miniature machines.