Papers
3
Total Citations
26
H-Index
2
About
Peihang Li is a rising researcher at the intersection of materials science, robotics, and agricultural automation, whose work spans from novel photothermal actuators to intelligent navigation systems. Li’s most impactful contribution is the development of fast, multifunctional optically-driven actuators based on stable, efficient, and superhydrophobic photothermal paper films (2022, 19 citations). This work addresses key limitations in remotely controlled actuators—such as slow response rates and complex synthesis—by creating a simple, paper-based platform capable of self-propelled motion, with promising applications in soft robotics and sensing. In a complementary vein, Li has explored the manipulation of ferrofluids with light, demonstrating a liquid wheel and driving surface thermomagnetic convection (2023), pushing the boundaries of thermal-to-mechanical energy conversion. Demonstrating versatility, Li also applied deep learning to agriculture, developing Im-YOLOv5s for navigation path extraction in Panax notoginseng shade houses (2023, 5 citations), enabling automated robots to navigate complex, visually ambiguous environments. This blend of fundamental materials innovation and applied agricultural robotics highlights Li’s ability to tackle challenges across disciplines, from dynamic actuation to precision farming, establishing a foundation for impactful, cross-domain engineering solutions.
Research Focus
Key Achievements
Top Papers
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