Xianglan Liu
Papers
2
Total Citations
53
H-Index
2
About
Xianglan Liu is a pioneering researcher in the field of soft robotics and advanced materials, with a focus on bioinspired photothermal actuators using liquid metals. Her work centers on developing programmable, high-performance actuators that mimic natural structures like tendrils and leaf veins, enabling precise, rapid, and stable motion for soft robotic systems. Liu’s major contributions include the creation of tendril-inspired liquid metal photothermal actuators (2023, 33 citations) and leaf vein-inspired superstructure liquid metal photothermal actuators (2025, 20 citations), both of which address the critical trade-offs between response speed, deformation capacity, and load-carrying capacity. By leveraging asymmetric thermal expansion—a mechanism previously underexplored in liquid metal actuators—she has unlocked new possibilities for programmable, biomimetic soft robots. Her work stands out for its innovative integration of nature-inspired designs with liquid metal technology, offering superior stability and controllability. With growing citation impact, Liu is establishing herself as a key innovator in soft robotics, pushing the boundaries of what photothermal actuators can achieve for smart devices and bionic systems.
Research Focus
Key Achievements
Top Papers
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