Papers
2
Total Citations
126
H-Index
2
About
Xuehan Yang is a leading researcher in the field of bioinspired soft materials, with a primary focus on light-fueled, nonequilibrium hydrogels for autonomous actuation and soft robotics. Their major contributions center on engineering structurally homogeneous hydrogels that exhibit remarkable self-regulated deformation and locomotion under constant light illumination—a breakthrough that circumvents the need for complex, heterogeneous material designs. Yang’s work on light-fueled nonequilibrium hydrogels has enabled highly tunable, autonomous self-oscillating functions, mimicking the dissipative structures found in living systems. With over 126 citations from their most-cited papers alone, Yang’s research has significantly advanced the understanding of how synthetic materials can harness light energy to produce sustained, adaptive motion without external control. Their 2024 paper on self-regulated reversal deformation has garnered 72 citations, while their 2023 work on light-fueled oscillating hydrogels has attracted 54 citations, underscoring the field’s recognition of these innovations. Yang’s achievements open new pathways for developing soft robots and actuators that operate autonomously in response to environmental stimuli, positioning them as a rising star in adaptive materials science.
Research Focus
Key Achievements
Top Papers
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