Kaiyu Fu

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About

Dr. Kaiyu Fu is a pioneering researcher at the intersection of bioengineering and acoustics, whose work is reshaping the fabrication of living hybrid systems. Their primary research areas include bioinspired actuators, acoustic tissue engineering, and the development of living biorobots. Dr. Fu’s most notable contribution is the development of a groundbreaking acoustic fabrication method for creating living cardiomyocyte-based hybrid biorobots, as detailed in their highly cited 2022 paper (37 citations). This work introduced a rapid, active assembly strategy that overcomes the limitations of passive assembly techniques, enabling the precise organization of living cells into functional, biohybrid devices. By leveraging sound waves to orchestrate cell placement, Dr. Fu has opened new avenues for designing responsive, muscle-powered actuators with potential applications in soft robotics and regenerative medicine. Their innovative approach has garnered significant attention, positioning them as a leading voice in the emerging field of acoustic biofabrication. Dr. Fu’s research not only advances fundamental understanding of cellular assembly but also offers a scalable platform for next-generation biorobotic systems, inspiring students and researchers to explore the synergy between physics and biology.