Xiaodan Yang

Chinese Academy of Sciences, City University of Hong Kong

Papers

Total Citations

170

H-Index

About

Xiaodan Yang is a pioneering researcher in the fields of self-powered systems, triboelectric nanogenerators (TENGs), and bio-inspired sensor architectures. Her most impactful contribution is the development of a "Giant Voltage Enhancement via Triboelectric Charge Supplement Channel," which enables a self-powered electroadhesion system. This work, cited 138 times, revolutionizes robotics and material handling by eliminating the need for external power sources, offering a sustainable solution for gripping and manipulation. Yang’s innovation in electroadhesion demonstrates a profound ability to merge energy harvesting with practical applications, significantly advancing the efficiency of autonomous systems. In a more recent breakthrough (2023, 32 citations), Yang introduced a "one-wire reconfigurable and damage-tolerant sensor matrix" inspired by auditory tonotopy. This design overcomes critical limitations in conventional sensor matrices—such as complex wiring, poor reconfigurability, and vulnerability to damage—by using a single-wire architecture. This work has broad implications for robotics, aviation, healthcare, and industrial machinery, showcasing Yang’s talent for translating biological principles into robust, scalable technologies. Her research not only garners high citation counts but also sets new standards for resilience and simplicity in sensor networks, marking her as a leading innovator in next-generation electronic systems.