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About

Dr. Gaigai Duan is a leading researcher in the development of smart, stimuli-responsive materials for soft robotics and biomimetic actuation. Her work masterfully combines polymer chemistry and materials engineering to create hydrogels and composites that can sense and react to their environment. A key contribution is the design of an electrospinning anisotropic hydrogel capable of remotely-controlled, photo-responsive deformation and long-range navigation—a breakthrough for synergistic actuation (93 citations). She has also pioneered the use of natural materials, such as anisotropic wood, to create mechanically robust composite actuators through in-situ polymerization (46 citations). Her research consistently explores multi-stimuli responsive systems, enabling complex shape deformation and synergetic motion (43 citations). Beyond experimental work, Dr. Duan has authored influential reviews on biomass-based smart hydrogel actuators (30 citations) and the ion activity coefficient of polyelectrolytes (15 citations), the latter addressing a fundamental challenge in soft robotics and biomedicine. Her work is highly cited and recognized for pushing the boundaries of adaptive, intelligent materials.