Papers
3
Total Citations
120
H-Index
3
About
Jaesang Yu is a pioneering researcher at the intersection of soft materials and advanced electronics, with a primary focus on liquid metal composites, shape-memory polymers, and stretchable sensors. His most influential work introduces a novel class of soft and stretchable liquid metal composites that combine shape memory with healable conductivity—a breakthrough that enables materials to retain deformed shapes and recover upon external stimuli, while maintaining electrical functionality. This paper, published in 2021, has garnered 84 citations, reflecting its significance in the field of flexible electronics. Yu’s subsequent research further expands the boundaries of bio-inspired design, as seen in his development of synergistic color-changing and shape-morphing elastic fibers with a liquid metal core, and ultrastretchable capacitive sensors fabricated from interdigitated liquid-metal-core fibers. These innovations bridge the gap between 1D fiber architectures and 2D electronic systems, offering unprecedented stretchability and softness for wearable and robotic applications. His work is notable for its elegance in mimicking natural systems—such as chameleon-like color shifts and muscle-like morphing—while achieving robust, self-healing conductivity. With a growing citation record and a clear trajectory toward practical, bio-integrated devices, Jaesang Yu is establishing himself as a leading voice in the next generation of soft, intelligent materials.
Research Focus
Key Achievements
Top Papers
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