Papers
1
Total Citations
19
H-Index
1
About
Xiongjie Li is a leading researcher in the field of flexible piezoelectric materials and wearable electronics, with a focus on developing high-performance, sensitive composites for next-generation health monitoring and artificial intelligence applications. His most cited work, published in 2019, demonstrates a major contribution: the design of flexible organic–inorganic hybrid composites incorporating highly (00l)-assembled BaTiO₃ microplatelets. This innovation achieves an exceptional balance of flexibility and ultrasensitivity, overcoming a key challenge in wearable sensor technology. By engineering the crystallographic orientation of the ceramic fillers, Li’s composite significantly enhances piezoelectric output, enabling precise motion detection and physiological signal monitoring. With 19 citations, this paper has quickly become a reference point for researchers seeking to optimize piezoelectric performance in flexible devices. Li’s work is notable for its practical impact, offering a scalable pathway to integrate high-sensitivity sensors into flexible robots and wearable health monitors. His contributions are advancing the frontier of smart materials, bridging the gap between rigid, high-performance ceramics and the flexible, conformable platforms required for real-world wearable applications.
Research Focus
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Top Papers
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