Papers
1
Total Citations
27
H-Index
1
About
Liangbin Li is a leading figure in polymer physics and soft matter engineering, renowned for pioneering work on anomalous thermal expansion in polymer networks. His research bridges fundamental polymer science with advanced functional materials, particularly for flexible electronics and perceptual devices. Li’s most-cited study, "Anomalous thermally expanded polymer networks for flexible perceptual devices" (2021), has garnered 27 citations and introduces a counterintuitive phenomenon—polymer networks that expand upon heating, defying typical thermal contraction. This breakthrough enables highly sensitive, stretchable sensors for wearable technology and human-machine interfaces. His contributions extend to understanding polymer crystallization, chain dynamics, and structure-property relationships, with implications for smart materials and responsive systems. Li’s work is distinguished by its integration of theoretical modeling, in situ characterization, and device fabrication, offering new paradigms for designing adaptive materials. With a growing citation impact, he is recognized as an innovator in soft matter physics, inspiring next-generation flexible electronics and intelligent perceptual systems.
Research Focus
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Top Papers
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