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About

Xun Zhao is a rising pioneer at the intersection of soft materials, bioelectronics, and robotics, with a focus on creating next-generation sensing and actuation systems. His most influential work centers on the development of “permanent fluidic magnets”—a breakthrough concept that enables liquid-based magnetic materials for stable, flexible bioelectronic devices, as detailed in his 2024 paper that has already garnered 125 citations. This innovation addresses critical challenges in interfacing electronics with biological tissues. Zhao’s research also extends to underwater haptic sensing, where he has engineered a multimodal magnetoelastic artificial skin that mimics human-like perception for autonomous underwater robots. This work, cited 102 times, promises to revolutionize sustainable marine resource exploration by providing robots with the tactile sensitivity needed for delicate underwater tasks. While his earlier contributions to robot-assisted surgical techniques, such as the oblique occlusion method for inferior vena cava thrombectomy, show his versatility, Zhao’s primary impact lies in advancing soft, bio-inspired systems for real-world applications. With over 230 citations in just a few years, his work is rapidly shaping the future of liquid bioelectronics and intelligent robotics.