Majing Huang
Papers
5
Total Citations
465
H-Index
4
About
Majing Huang is a leading researcher in the field of biomimetic soft robotics, with a focus on developing intelligent, autonomous soft actuators that respond to environmental stimuli. Their major contributions center on creating light-driven, self-oscillating actuators capable of continuous, directional locomotion without external control. Huang’s most cited work, an autonomous soft actuator with light-driven wavelike oscillation (201 citations), demonstrates phototactic self-locomotion and power generation, mimicking biological intelligence. Another highly influential paper (167 citations) introduces untethered photoactuators based on a black phosphorus-carbon nanotube heterostructure, enabling autonomous and directional movement. Huang has also explored multifunctional paper/polymer bilayer actuators for bioinspired applications (49 citations). These innovations have significant implications for biomimetic robots and devices, with total citations exceeding 400. Huang’s work is notable for achieving self-sustained oscillation under constant light, a key step toward truly autonomous soft robotics. Their research bridges materials science and mechanical engineering, offering new pathways for smart actuators in energy harvesting and locomotion.
Research Focus
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