Minyu Xu

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About

Dr. Minyu Xu is a pioneer in bio-inspired sensing technologies, with a primary focus on developing miniature, multimodal sensors for underwater applications. Their most notable contribution is the creation of the artificial fish lateralis neuromast (AFLN) system, a compact sensor less than 6 mm in diameter that mimics the remarkable ability of fish to perceive diverse environmental signals through their lateral line. This breakthrough, detailed in their highly cited 2023 paper (16 citations), represents a significant leap in biomimetic engineering, enabling compact, multi-functional sensing for aquatic robotics and environmental monitoring. Dr. Xu’s work bridges the gap between biological sensory systems and practical engineering, offering a novel approach to underwater perception that is both efficient and highly integrated. Their research not only deepens our understanding of fish neurobiology but also provides a tangible, scalable solution for next-generation autonomous underwater vehicles. With a growing citation impact, Dr. Xu is establishing themselves as a leading voice in the intersection of bionics and sensor design, inspiring new pathways for intelligent, nature-inspired technology.