Yu‐Fei Wu

China University of Mining and Technology, University of Electronic Science and Technology of China

Papers

Total Citations

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About

Yu-Fei Wu is a rising researcher at the intersection of soft matter mechanics and bioinspired photonics, whose work bridges fundamental physics and cutting-edge engineering. His key research areas include the mechanical behavior of soft structures and biomimetic sensing systems, with a particular focus on how surface patterning and micro-scale optical phenomena can replicate natural functionalities. Wu’s major contributions include the first systematic study of buckling in patterned soft spherical shells under indentation—a problem with implications for soft robotics and deployable structures—and the development of a chip-scale dual-soliton microcomb for biomimetic acoustic perception. The latter work, published in 2025, demonstrates how multidimensional signal processing can be miniaturized to mimic the extraordinary auditory capabilities found in nature, achieving detection, localization, and recognition in a compact form. With his most-cited papers already accumulating 19 and 11 citations respectively within their first year, Wu’s impact is growing rapidly. His 2025 study on acoustic microcombs represents a notable achievement in overcoming scalability challenges, positioning him as a promising innovator in both mechanical and optical domains.