Shengyin Fan

University of Science and Technology of China

Papers

Total Citations

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About

Shengyin Fan is a pioneering researcher in advanced microfabrication, specializing in the intersection of ultrafast laser processing, chiral photonics, and self-assembly techniques. Their most influential work introduces a groundbreaking hybrid strategy that combines spatial-light-modulator-assisted two-photon polymerization (SATPP) with capillary-force-assisted self-assembly, enabling the rapid fabrication of three-dimensional chiral microstructures. This innovation, published in 2021 and garnering 35 citations, addresses a critical challenge in optics and mechanics by moving beyond slow, point-by-point methods to achieve efficient, large-scale production of complex chiral geometries. Fan’s contributions have significant implications for developing advanced optical devices, metamaterials, and micro-robotic systems, where precise chirality is essential. By merging top-down laser writing with bottom-up self-assembly, they have opened new pathways for scalable nanomanufacturing. Their work is widely recognized for its creativity and technical impact, inspiring further research in programmable matter and functional microstructures. Fan continues to push the boundaries of laser-material interactions, establishing themselves as a key innovator in the field of micro- and nano-fabrication.