Shanshan Wu
Papers
3
Total Citations
116
H-Index
3
About
Shanshan Wu is pioneering the development of smart, bioinspired materials that bridge the gap between synthetic polymers and natural biological functions. Her research focuses on designing adaptive hydrogels and ionogels with programmable shape-memory, switchable adhesion, and environmental responsiveness for applications in wearable electronics and physical rehabilitation. Wu’s most influential work introduces a biomimetic hydrogel with thermal-triggered, on-demand underwater adhesion and stable antiswelling properties—a breakthrough that overcomes a longstanding challenge in wet-environment applications (69 citations). She has also advanced biodegradable shape-memory ionogels as green, conformal wearable electronics that provide real-time feedback for stroke and muscle atrophy rehabilitation (42 citations). Additionally, her work on multi-shape-changing interpenetrating networks combines shape memory with adaptive plastic deformation, enabling complex, reversible transformations. With over 100 cumulative citations, Wu’s contributions are driving the next generation of adaptive, sustainable materials for healthcare and soft robotics.
Research Focus
Key Achievements
Top Papers
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