Papers
3
Total Citations
1,219
H-Index
3
About
Jaemin Kim has pioneered the development of stretchable, transparent electronic skins and wearable human-machine interfaces (iHMIs). His major contributions lie in engineering novel materials for soft, interactive electronics. He introduced a reverse-micelle method to create porous pressure-sensitive rubber, dramatically enhancing its piezosensitivity—a breakthrough cited over 627 times. Kim also developed patterned graphene heterostructures that combine high transparency with excellent electrical and piezoelectric performance, enabling a new class of wearable iHMIs that are both stretchable and low-power. This work, published in *Advanced Functional Materials* and cited over 578 times, has become foundational for next-generation wearable devices and Internet of Things applications. By solving the key challenge of balancing mechanical flexibility with electronic functionality, Kim’s research has directly influenced the design of smart gloves, touch-sensitive skins, and interactive textiles. His innovations continue to inspire researchers working at the intersection of nanomaterials, soft electronics, and human-centered technology.
Research Focus
Key Achievements
Top Papers
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