Xiaolan Qiao
Papers
2
Total Citations
58
H-Index
2
About
Xiaolan Qiao is a pioneering materials scientist whose work bridges the frontiers of smart sensing, energy harvesting, and extreme-environment durability. Her research centers on developing advanced polymer composites and gel-based systems for flexible electronics, with a particular focus on strain sensors and triboelectric nanogenerators (TENGs). In her highly cited 2020 work on tough gel-fibers, Qiao introduced a novel strain–optics conversion mechanism driven by anisotropic structural evolution, enabling wearable sensors that are electrically safe and immune to electromagnetic interference—a critical advantage over conventional strain–electricity devices. This paper has garnered 53 citations, reflecting its impact on the field of smart textiles and human motion monitoring. More recently, Qiao has tackled the challenge of powering robots in harsh environments, such as high temperatures or combustion zones. Her 2025 study on polyphenylene benzodiazole/liquid crystal polyarylate composites achieved both intrinsic flame retardancy and robust TENG performance, a breakthrough for sustainable energy collection under extreme conditions. By combining structural design with functional resilience, Qiao’s work is shaping the next generation of autonomous, self-powered systems for industrial and rescue robotics.
Research Focus
Key Achievements
Top Papers
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