Yuyan Liang

Papers

Total Citations

306

H-Index

About

Yuyan Liang is a pioneering researcher in the field of micro- and nanoscale robotics, with a focus on designing intelligent biomedical systems for complex physiological environments. Her work bridges bioinspiration and synthetic engineering, most notably through the development of biomimetic platelet-camouflaged nanorobots capable of binding and isolating biological threats—a breakthrough cited over 220 times. This innovation represents a critical step toward autonomous nanorobots that can operate safely within the human body for targeted therapeutic and diagnostic applications. Liang has also advanced the frontier of synthetic nanomotor communication, demonstrating for the first time how artificial nanomotors can engage in bioinspired chemical signaling, a concept that mirrors natural cellular communication. Her research on chemical communication between nanomotors has garnered over 80 citations and opens new possibilities for coordinated swarms of nanorobots. By combining principles from biology, chemistry, and robotics, Liang’s work lays the foundation for next-generation nanomedicine, where tiny, intelligent machines can communicate, collaborate, and perform complex tasks inside the body.