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About

Chenyang Xing is a leading innovator in flexible electronics and intelligent sensing systems, whose work bridges materials science and human-machine interaction. His research focuses on developing high-performance tactile and environmental sensors, with a particular emphasis on humidity, pressure, and proximity detection. Xing’s major contributions include pioneering the use of Ti₃C₂ MXene-derived TiO₂ nanowires for humidity sensing, achieving an ultrahigh sensitivity of 106,800% and a rapid 80 ms response time—work that has garnered over 235 citations. He also advanced fully inkjet-printed transparent sensors for touchless finger motion tracking, demonstrating exceptional bending resistance and real-world applicability. Beyond humidity, Xing has engineered triboelectric-inductive hybrid tactile sensors for precise object recognition and textile-based dual-mode sensors integrating magneto-straining and piezoresistive effects. His bone-inspired hydrogel sensors, featuring fatigue resistance and high piezoresistivity, show promise for underwater robotics and daily monitoring. With cumulative citations exceeding 500, Xing’s work is widely recognized for its impact on smart robotics, prosthetics, and environmental monitoring, establishing him as a key figure in next-generation flexible sensor technology.