Papers
17
Total Citations
820
H-Index
14
About
Ruochen Lan is a materials scientist and soft robotics researcher whose work sits at the dynamic intersection of liquid crystalline networks (LCNs), stimuli-responsive polymers, and bioinspired actuation systems. His research focuses on designing and fabricating intelligent soft actuators and robotic systems that respond to light, humidity, and chemical stimuli—translating molecular-scale motion into programmable macroscopic movement with remarkable precision. Lan's most influential contributions include pioneering near-infrared photodriven oscillators using polydopamine-coated liquid crystalline films (173 citations) and harnessing molecular motors to drive self-oscillating soft actuators (91 citations), advancing the field of untethered, contactless robotic control. His work on humidity-responsive liquid crystalline materials (81 citations) and adaptive LCPs incorporating dynamic bonds (70 citations) has further broadened the functional toolkit available for next-generation sensors and smart devices. Notably, his research on knotted artificial muscles capable of deepwater actuation (64 citations) represents a significant step toward biologically matched mechanical performance in extreme environments. Across more than ten highly cited publications spanning 2019–2024, Lan has established himself as a creative force in biomimetic materials science, consistently bridging molecular engineering with real-world robotic applications and inspiring researchers across chemistry, physics, and engineering alike.
Research Focus
Key Achievements
Top Papers
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- 6Knotted Artificial Muscles for Bio‐Mimetic Actuation under Deepwater64 citations · 2024
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