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About

Yang Zou is a dynamic researcher at the forefront of flexible electronics, wearable sensing technologies, and human-machine interaction systems. His work centers on designing and developing advanced conductive elastomers, bioinspired sensor systems, and triboelectric nanogenerators that bridge the gap between human physiology and intelligent machines. Among his most influential contributions is his pioneering development of PVA/PEI-based conductive elastomers customized for stretchable strain sensors, which has garnered 169 citations and demonstrated new pathways for environmentally friendly, highly sensitive wearable devices. His widely cited 2022 review on bioinspired sensor systems (137 citations) has helped shape the field's understanding of ultra-sensitive, low-power sensing architectures inspired by biological perception. Zou has also made notable strides in nanogenerator research, creating flexible dual-mode devices capable of simultaneously supporting rehabilitation monitoring and information interaction. His most recent work explores liquid metal-doped conductive hydrogels for self-powered multifunctional sensing, signaling continued innovation in next-generation triboelectric systems. Collectively, his research portfolio, with over 360 citations across key publications, reflects a sustained commitment to advancing intelligent, body-integrated electronics for healthcare, soft robotics, and beyond.