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About

Lingling Xu is a leading researcher in the fields of self-powered systems, human-machine interaction, and flexible bioelectronics. Her work focuses on developing innovative nanogenerators and sensors that bridge the gap between mechanical motion and electronic signals. Xu’s major contributions include the creation of a self-powered triboelectric hybrid coder for intuitive human-machine interfaces, which has garnered 69 citations, and a flexible, stretchable dual-mode nanogenerator designed for rehabilitation monitoring and information interaction, cited 58 times. These devices enable motion recognition and seamless communication in smart robotics and wearable electronics. Most recently, Xu has advanced the field of bioelectronics with on-demand, contact-mode switchable cerebral cortex biosensors enhanced by magnetic actuation, a notable achievement that improves the performance of nanomaterial-based field-effect transistors for detecting biomolecular signals. With a total of over 130 citations across her top works, Xu’s research is pivotal for developing next-generation wearable tech, robotic systems, and medical diagnostics, making her a key innovator in sustainable, interactive electronic systems.