Xiuyu Wang

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About

Xiuyu Wang is pioneering the frontier of intelligent micro-robotics and advanced electromagnetic materials, with a focus on creating programmable, multifunctional systems at the microscale. Their major contributions span two transformative areas: the development of liquid microrobots using paramagnetic microdroplets, enabling unprecedented morphological adaptability for targeted drug delivery and lab-on-a-chip applications, and the realization of secure robotic brain interfaces via programmable metasurfaces that leverage robust high-order bound states in the continuum (BIC) for terahertz-wave modulation. Wang’s work on liquid robots addresses a critical materials science challenge by demonstrating how paramagnetic fluids can be engineered into reconfigurable, soft-bodied machines that freely transform shape—a breakthrough for soft robotics. Their metasurface research, with 11 citations since 2024, introduces a novel approach to secure short-range terahertz communication and non-destructive sensing, merging electromagnetic control with robotic intelligence. With a growing citation footprint and publications in high-impact venues, Wang is establishing themselves as a rising leader in the intersection of micro-robotics, metamaterials, and intelligent systems, driving innovations that could redefine medical microrobots and next-generation wireless security.