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About

Chenxin Lyu is a rising leader in flexible electronics and tactile sensing technology, whose work is redefining how machines perceive physical contact. His research centers on developing advanced magnetic tactile sensors that mimic the sophisticated sensory capabilities of human skin and biological organisms. Lyu’s major contributions include the creation of a wireless flexible magnetic tactile sensor capable of super-resolution perception over large areas, a breakthrough that has garnered 118 citations and promises transformative applications in human-robot interaction and object manipulation. He also pioneered a split-type magnetic soft tactile sensor with 3D force decoupling, enabling precise detection of arbitrary directional forces through an elegantly designed centripetally magnetized film—a concept so impactful it earned 93 citations and was featured as a cover article in *Advanced Materials*. This work addresses a fundamental challenge in tactile sensing: distinguishing and measuring complex, multi-directional forces with high fidelity. More recently, Lyu has extended his expertise into deep-sea elastomer manufacturing, using magnetic levitation to detect and optimize micro-bubble defects in materials designed for extreme environments. With a growing citation record and innovations that bridge soft robotics, materials science, and sensing technology, Chenxin Lyu is a researcher to watch in the next generation of intelligent tactile systems.