Papers
3
Total Citations
33
H-Index
3
About
Hongfei Xie is a researcher whose work bridges climate science and advanced optoelectronics, demonstrating a rare versatility in tackling both global environmental challenges and cutting-edge human–computer interaction. Her key research areas include aerosol-climate interactions, solar radiation variability, and the development of wearable and printed sensors. Xie’s major contribution to climate science is her comprehensive analysis of how aerosols have driven long-term changes in solar and diffuse radiation across China from 1961 to 2016, a study that has garnered 16 citations for its regional insights into climate forcing. In the realm of materials and devices, she pioneered a wearable perovskite-based shadow recognition sensor (14 citations), enabling nonobtrusive, ambient-light-driven human–computer interaction. Most recently, her work on printing perovskite and graphene parallel structures for optical-mechanical sensors (2025) pushes the boundaries of intuitive machine interfaces. Xie’s impact lies in her ability to connect fundamental atmospheric physics with practical, sensor-driven technologies, making her a notable figure for students and researchers interested in interdisciplinary innovation at the nexus of climate, materials science, and human-centered design.
Research Focus
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Top Papers
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