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About

Dr. Hongwei Hu is a pioneering researcher at the forefront of soft robotics, electronic skin, and bioinspired intelligent materials. His work centers on developing stretchable, self-healing, and self-powered systems that bridge the gap between artificial devices and biological functionality. Dr. Hu’s major contributions include the creation of a hydrogel-based capacitance sensor for electronic skin applications, which combines superior stretchability with autonomous self-healing—a critical advance for wearable and robotic interfaces. He has also engineered high-performance artificial muscles using coiled conductive polymer yarns, achieving large strain and stress outputs for prosthetics and exoskeletons. His innovative triboelectric tactile sensor, featuring a bionic fingerprint ring structure, enables high-sensitivity, self-powered touch detection. With over 127 cumulative citations across his most influential works, Dr. Hu’s research has garnered significant attention for its practical impact. Notable achievements include the design of a thermal-sensing actuator for autonomous human-machine interaction and a bioinspired claw hook–suction cup hybrid actuator for versatile soft robot adhesion. His recent work on self-sensing liquid crystal elastomer actuators with integrated thermoelectric fibers marks a leap toward closed-loop control in artificial neuromuscular systems. Dr. Hu’s interdisciplinary approach continues to inspire next-generation soft robotics and intelligent sensing technologies.