Changyou Liu
Papers
3
Total Citations
6
H-Index
2
About
Changyou Liu is a rising leader in the emerging field of miniature robotics, with a focused expertise in stimulus-responsive hydrogels and multi-field actuation. His research centers on developing sub-millimeter robots that can be precisely controlled using light, magnetism, and thermal stimuli, enabling unprecedented capabilities in confined environments. Liu’s major contributions include pioneering bilayer hydrogel structures (PNIPAM-PEGDA) that combine photo-thermal and magnetic responsiveness for underwater locomotion, and systematically reviewing the development of optical-driven miniature robots. His work on stimulus-responsive hydrogel microrobots (2025) has already garnered 3 citations, while his studies on photo-magnetic underwater motion (2 citations) and optical driving mechanisms (1 citation) are establishing foundational principles for the field. Notably, Liu’s comprehensive review on the development status and prospects of hydrogel-based microrobots provides a critical roadmap for researchers working toward biomedical applications like targeted drug delivery and microsurgery. As the field of miniature robotics rapidly advances, Liu’s integrated approach to material design and multi-physics actuation positions him at the forefront of creating next-generation micro-robotic systems.
Research Focus
Key Achievements
Top Papers
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