Min Shu
Papers
3
Total Citations
56
H-Index
3
About
Min Shu is a rising leader in flexible electronics and thermoelectric sensing, pioneering the development of bimode temperature–pressure sensors that eliminate the need for separate, complex sensor integrations. Her key research areas include thermoelectric materials, wearable health monitors, and dual-mode sensor arrays. Shu’s major contribution is the creation of novel, all-in-one sensor architectures—such as the BiSbTe/carbon paper/BiSbTe sandwich structure—that simultaneously detect temperature and pressure with high sensitivity and flexibility. Her work on carbon fiber/thermoelectric Ag₂S core–shell sensors and BiTeSe/carbon paper films with nano-rice interfaces further advances the field by enhancing interfacial performance and scalability. With her most-cited paper already garnering 44 citations since 2024, Shu’s innovations are rapidly gaining recognition for their potential in personal health monitoring, robotics, and wearable technology. Her achievements include developing cost-effective, fabrication-simplified sensors that promise to transform how we integrate multimodal sensing into everyday devices.
Research Focus
Key Achievements
Top Papers
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