Papers
5
Total Citations
223
H-Index
5
About
Hui Shang is a leading researcher in biomimetic soft actuators and smart fluorescent materials, with a focus on creating adaptive systems that mimic the dynamic capabilities of living organisms. Her most influential work, an octopus-inspired shape/color synergistically adjustable actuator using aggregation-induced emissive carbon dots gels (140 citations), demonstrates her ability to engineer materials that simultaneously alter morphology and fluorescence—a breakthrough for soft robotics and camouflage technologies. Shang further advanced the field with a biomimetic organohydrogel actuator achieving high response speed and synergistic fluorescent variation (46 citations), and she developed supramolecular fluorescent materials with multi-color tunability and room-temperature self-healing properties (17 citations), directly applicable to soft biomimetic skins for commercial robots. Her recent work on organohydrogel actuators with adjustable stimulus responsiveness (14 citations) enables on-demand morphing, addressing a critical need in artificial muscles and soft robotics. By integrating aggregation-induced emission, supramolecular chemistry, and bioinspired design, Shang has created a new class of multifunctional soft materials that respond to environmental cues with unprecedented synergy. Her research not only deepens our understanding of adaptive materials but also paves the way for next-generation soft robots, smart displays, and interactive camouflage systems.
Research Focus
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