Zhiling Luo
Papers
13
Total Citations
314
H-Index
10
About
Zhiling Luo is pioneering the next generation of intelligent soft robotics by seamlessly integrating actuation, sensing, and energy harvesting into single, bio-inspired material systems. Their core research focuses on developing multi-functional actuators—primarily using carbon nanotube composites, MXenes, and even everyday materials like Chinese ink and pencil graphite—that can move, sense, and power themselves. Luo’s major contributions include creating pressure-perceptive actuators for tactile soft robots (51 citations) and light-driven actuators with integrated temperature-sensing functions (40 citations), eliminating the need for complex external circuits. A standout achievement is the development of a photo-thermoelectric generator built directly into a graphene-based actuator, enabling self-powered sensing (41 citations). Their work on bio-inspired cobweb carbon nanotube–polymer composites (54 citations) and monolithic MXene composites demonstrates a unique ability to combine multiple functions—such as shape-memory, self-healing, and energy storage—within a single device. With over 300 total citations, Luo is a leading voice in creating simpler, smarter, and more autonomous soft robotic systems.
Research Focus
Key Achievements
Top Papers
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