Papers
4
Total Citations
207
H-Index
4
About
Guorong Shan is a leading researcher in stimuli-responsive hydrogels, with a focus on designing smart materials that integrate shape transformation, fluorescence, and self-healing for applications in soft robotics, microfluidics, and light-controlled actuators. Their major contributions include pioneering programmable reversible shape transformation in hydrogels using transient structural anisotropy, enabling complex, reversible morphing behaviors. Shan’s work on bioinspired hydrogels synergistically combines rapid shape deformation with color-changing fluorescence, achieving dual-functionality in a single system—a significant step toward bionic artificial intelligence materials. They also developed fast photothermal supramolecular hydrogels with self-healing properties via host–guest interactions, demonstrating intelligent light-controlled switches. Their most-cited paper (2020, 140 citations) on transient anisotropy has set a foundation for next-generation shape-morphing materials. With additional works on anisotropic bilayer hydrogels for photochromic actuators, Shan’s research consistently pushes the boundaries of multifunctional, stimuli-responsive polymers. Their achievements highlight a commitment to creating adaptive, autonomous materials that respond to environmental cues, making Shan a key figure in the advancement of smart hydrogels for engineering and biomedical applications.
Research Focus
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