Yue Yan

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About

Yue Yan is a pioneering researcher in nanophotonics and meta-optics, with a focus on developing advanced imaging systems using metasurfaces. Their most-cited work, "Edge detection with meta‐lens: from one dimension to three dimensions" (2021, 59 citations), introduces a groundbreaking light-field edge detection imaging system built from a gallium nitride achromatic meta-lens array. This innovation enables edge detection across one, two, and three dimensions, marking a significant leap in computational imaging and optical processing. By leveraging meta-lenses—ultra-thin, flat optical components—Yan’s research bridges fundamental photonics with practical applications in machine vision, autonomous systems, and biomedical imaging. The work has garnered attention for its ability to simplify complex optical setups while enhancing imaging capabilities. Yan’s contributions demonstrate a deep understanding of light-matter interactions and nanofabrication, positioning them as a key figure in the meta-optics field. Their research not only advances theoretical understanding but also offers scalable solutions for next-generation imaging technologies, inspiring further exploration in compact, high-performance optical systems.