Xiaowen Hu

Papers

Total Citations

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About

Xiaowen Hu is a rising researcher in the field of soft matter physics and liquid crystal technology, with a particular focus on chirality, molecular recognition, and advanced sensing. Their most cited work, "Strain-induced recognition of molecular and chirality in cholesteric liquid crystal droplets for distance and curvature sensing" (2023, 6 citations), introduces a groundbreaking strategy for precise chirality recognition within nematic liquid crystal hosts confined to soft microscale droplets. By leveraging the controllable and quantifiable chirality of cholesteric liquid crystals, Hu demonstrates how strain-induced effects enable the detection of molecular chirality, as well as the measurement of distance and curvature. This work not only advances fundamental understanding of chiral interactions in confined geometries but also opens new pathways for developing responsive sensors and smart materials. Hu’s contributions are notable for their interdisciplinary approach, bridging materials science, physics, and bio-inspired sensing. With growing citation impact and a focus on scalable, soft-matter platforms, Hu is establishing a reputation for innovative solutions to complex problems in molecular recognition and chirality-based technologies.