Papers
2
Total Citations
61
H-Index
2
About
Ming Cheng is an emerging researcher at the forefront of stimuli-responsive soft materials and smart actuator systems, with a particular focus on light-driven polymer films and liquid crystal elastomers (LCEs). His work bridges fundamental materials science with cutting-edge robotics applications, advancing the design of miniature, wirelessly controlled systems capable of sophisticated locomotion. Cheng's landmark 2021 study on light-fueled polymer films demonstrated remarkable engineering ingenuity, producing a material capable of directional crawling, friction-controlled climbing, and self-sustained motion on surfaces as delicate as a human hair — a feat that has garnered 53 citations and captured significant attention in the soft robotics community. This work pushed boundaries in harnessing photomechanical responses for practical, untethered robotic movement in complex environments. His more recent contribution on alignment strategies and morphing mechanisms in LCEs (2025) reflects a deepening commitment to understanding how anisotropic liquid crystal properties can be married with polymer elasticity to achieve large, reversible shape transformations under external stimuli. Together, these works position Cheng as a promising voice in next-generation soft robotics, with research that holds exciting implications for biomedical devices, microrobotics, and adaptive smart systems.
Research Focus
Key Achievements
Top Papers
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