Xianyang Xue

Papers

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About

Xianyang Xue is a leading researcher in the field of intelligent soft robotics and advanced sensor systems, with a focus on developing multi-functional materials and devices that bridge the gap between actuation and perception. Their major contributions lie in pioneering soft actuators that integrate real-time sensory feedback—a critical advancement over conventional actuators that lack self-monitoring capabilities. Notably, their 2022 work on a multi-responsive MXene-based actuator (45 citations) demonstrates a novel platform capable of simultaneous motion and sensing, addressing a key limitation in bionic robotics and smart apparatus. Xue has also made significant strides in flexible electronics, exemplified by their 2021 development of a dual-parameter sensor array using amorphous indium gallium zinc oxide thin-film transistors (23 citations). This work solves the persistent challenge of signal coupling in temperature-pressure sensing, enabling more accurate and reliable human-machine interfaces. By combining material innovation with device engineering, Xue’s research directly impacts the next generation of artificial intelligence applications, including soft robotics and wearable technology. Their work is essential reading for students and researchers interested in the convergence of actuation, sensing, and flexible electronics.