Papers
3
Total Citations
9
H-Index
3
About
Zeyun Li’s research spans the frontiers of intelligent materials and advanced robotics control, with a focus on creating adaptive systems that respond to environmental challenges. Their most notable work includes the development of a "Water and stress tension dual-response antifreeze conductive hydrogel" (2024), which exhibits optically tunable behavior and holds promise for next-generation sensing applications—a breakthrough in soft robotics and wearable technology. In the realm of robotic manipulation, Li has made significant contributions to sliding mode control, proposing an adaptive non-singular terminal sliding mode method (2019) that enhances tracking precision under external disturbances. Building on this, Li introduced a novel finite-time disturbance observer combined with backstepping sliding mode control (2022), effectively mitigating uncertainties in robotic systems. With each of these key papers garnering three citations, Li’s work demonstrates a consistent impact on both materials science and control engineering. Their interdisciplinary approach—bridging hydrogel chemistry with robust control theory—positions them as an emerging innovator, offering practical solutions for resilient, responsive autonomous systems.
Research Focus
Key Achievements
Top Papers
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