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About

Ruping Liu is a leading researcher in flexible and stretchable electronics, with a primary focus on triboelectric nanogenerators (TENGs) and wearable sensing technologies. Her most impactful work includes the development of an ultrathin stretchable TENG enhanced by post-charging electrode materials (76 citations), which represents a significant advancement in sustainable power sources for wearable electronics by enabling energy harvesting from both biological and environmental sources. Liu further advanced the field with a flexible, dual-mode nanogenerator for rehabilitation monitoring and human-machine interaction (58 citations), demonstrating practical applications in intelligent robotics and medical training systems. Her comprehensive review on high-adhesive flexible electrodes (28 citations) has become a valuable resource for researchers working on electrophysiological signal monitoring, including ECG and EEG. More recently, Liu has explored 3D-printed conductive hydrogels for body-motion monitoring, integrating silk fibroin with innovative micelle structures. Her work consistently bridges fundamental materials science with practical device applications, making her a notable contributor to the rapidly evolving field of wearable and flexible electronics for healthcare and human-machine interfaces.