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About

Xinlei Ma is a pioneering researcher in the field of flexible and wearable sensor technology, with a focus on developing ultra-sensitive devices for human-machine interaction and soft robotics. Their major contributions center on creating innovative, high-performance pressure and distance sensors using advanced materials such as reduced graphene oxide, polypyrrole, and MXene. Notably, Ma’s work on a wearable pressure sensor based on reduced graphene oxide/polypyrrole foam achieved ultrahigh sensitivity for sign language translation, garnering 30 citations and demonstrating significant impact in assistive technology. They further advanced the field with a textile-based microdistance sensor (7 citations) and a coaxial graphene/MXene microfiber sensor (6 citations) that enables lossless grasping of fragile objects, addressing critical challenges in robotic manipulation. Ma’s research also includes the development of a smart Janus film through polymer crystallization regulation, showcasing versatility in material design. With a growing citation record and a focus on practical applications, Xinlei Ma is establishing themselves as a key innovator in wearable electronics and intelligent sensing systems, contributing to the next generation of responsive, user-friendly technologies.