Yi Xiang
Papers
1
Total Citations
4
H-Index
1
About
Yi Xiang is a materials scientist whose work centers on the design and fabrication of advanced graphene oxide (GO)-based architectures for programmable actuation and smart devices. His research lies at the intersection of two-dimensional materials, asymmetric structural engineering, and responsive soft matter. Xiang’s most notable contribution is the development of asymmetrical layered assemblies of graphene oxide, which enable precise, programmable actuation—a breakthrough that allows GO membranes to bend, twist, or move in controlled ways under external stimuli. This work, published in 2020, has garnered early recognition with 4 citations, reflecting its foundational role in a rapidly growing field. By exploring both layer-by-layer assembly and post-processing strategies for single GO membranes, Xiang has opened new pathways for creating soft robots, micro-grippers, and adaptive surfaces. His research is distinguished by its elegant combination of fundamental materials chemistry with practical device engineering, offering a blueprint for next-generation actuators that are lightweight, responsive, and tunable. Xiang’s work continues to inspire researchers seeking to harness the unique properties of graphene oxide for dynamic, real-world applications.
Research Focus
Key Achievements
Top Papers
- 1