Papers
2
Total Citations
48
H-Index
2
About
Mingyuan Liu is pioneering the frontier of intelligent soft robotics through the design of stimuli-responsive fiber and fabric actuators. His research centers on creating smart materials that can sense and react to environmental triggers, particularly moisture, enabling unprecedented capabilities in autonomous motion and energy harvesting. Liu’s major contributions include the development of biomass-based hybrid actuators that simultaneously achieve actuation, power generation, and self-powered motion tracking—a trifecta of functionality previously considered a great challenge. His 2024 review on stimuli-responsive fiber/fabric actuators, already garnering 43 citations, has become a foundational resource for researchers exploring the transition from current progress to future opportunities in soft robotics. In his most recent 2025 work, Liu demonstrates how solution-processable biomass materials can be ingeniously integrated into a single device that not only moves in response to moisture but also generates electricity and tracks its own motion without external power sources. This breakthrough points toward sustainable, autonomous soft robots that are both intelligent and environmentally friendly. Liu’s work is shaping the next generation of wearable electronics and self-powered intelligent systems.
Research Focus
Key Achievements
Top Papers
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