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About

Zewei Luo is a leading researcher at the forefront of wearable electronics and smart materials, with a focus on graphene-based sensors and electronic skin (E-skin). His work bridges materials science and artificial intelligence, particularly through the development of flexible, high-performance strain and pressure sensors. Luo’s most cited paper (2019, 84 citations) establishes critical structure-property relationships in graphene-based sensors for AI applications, while his dual-mode sensor and actuator system (2019, 26 citations) advances human-hand tracking and grasping—a key step toward intuitive human-machine interfaces. His recent breakthrough in waterproof, breathable graphene-based electronic fabric (2022, 21 citations) addresses a long-standing challenge in E-skin, combining protection with comfort for use in bionic prosthetics and soft robotics. By integrating sensing, actuation, and environmental resilience, Luo’s work is shaping the next generation of wearable technology. His contributions are widely recognized for their potential to transform smart personal electronics, and his research continues to push the boundaries of what flexible, intelligent materials can achieve.