Xiaoxiang Yang
Papers
2
Total Citations
147
H-Index
2
About
Xiaoxiang Yang is pioneering the next generation of flexible electronics, with a focus on mechanically robust energy storage and intelligent e-skin. Her key research areas span flexible supercapacitors, self-healing ionoelastomers, and 3D-printed tactile sensors. In a landmark 2022 study (96 citations), Yang developed a mechanically stable, all-flexible supercapacitor that maintains fracture and fatigue resistance under harsh temperatures, directly addressing critical stability needs for aerospace and robotic applications. Building on this, her 2023 work (51 citations) introduced a liquid-free conducting ionoelastomer (LFCIg) for 3D-printable, multifunctional self-healing electronic skin. This innovation enables sensor arrays to detect lightweight objects and recognize spatial pressure variations, demonstrating unparalleled potential for flexible robotics and advanced e-skin. By integrating mechanical resilience with environmental stability, Yang’s contributions are laying the foundation for durable, wearable devices that can operate in extreme conditions, bridging the gap between lab-scale flexibility and real-world reliability. Her work is a must-read for researchers in soft robotics, wearable electronics, and materials science.
Research Focus
Key Achievements
Top Papers
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