Jong‐Chan Lee

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About

Jong-Chan Lee is a leading researcher in the field of soft robotics and smart materials, with a particular focus on liquid crystalline networks (LCNs) and transformable architectures. His major contributions center on the development of monolithically assembled 3D soft transformable robots, where he has pioneered the use of photo-controllable LCNs that integrate static and dynamic covalent dual-cross-links. This innovative approach enables unprecedented UV-controllable reversibility and shape reconfiguration, allowing soft robots to achieve complex locomotion and structural transformations directly from 2D films. Lee’s work, notably published in 2022, has garnered early recognition with citations reaching into the single digits, reflecting its emerging impact in the field. His research addresses the critical challenge of fabricating intricate 3D architectures for soft robotics, offering a scalable and programmable pathway toward adaptive, multifunctional devices. By merging materials chemistry with robotic design, Lee’s achievements stand out for their potential to revolutionize applications in biomedical devices, flexible electronics, and autonomous systems. His contributions are particularly notable for advancing the practical realization of soft transformable robots, marking him as a rising innovator in responsive material systems.