Papers
3
Total Citations
81
H-Index
3
About
Huiying Bai is a rising star in the field of soft robotics and smart materials, specializing in the design of bio-inspired hydrogels that mimic the rapid, autonomous motions found in nature. Her research focuses on creating anisotropic hydrogels capable of self-sustained and snap-through transitions under static, non-contact stimuli—a significant departure from conventional soft robots that require dynamic or heterogeneous inputs. Bai’s key contributions include the development of closed twisted hydrogel ribbons that exhibit continuous, self-sustained motions under static light irradiation (48 citations), and reversible snapping behaviors triggered solely by light, eliminating the need for physical contact (17 citations). These innovations address critical fabrication and actuation challenges, enabling faster, more autonomous soft actuators. Her work has been recognized for its potential in artificial muscles and autonomous robots, as highlighted in her minireview on muscle-like hydrogels with fast isochoric responses (16 citations). With over 80 total citations since 2024, Bai is establishing herself as a leading voice in creating simpler, more efficient soft robotic systems that draw inspiration from biological mechanisms.
Research Focus
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