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About

So Young Kim is a leading researcher in the field of soft electronics and bioinspired materials, with a focus on developing advanced sensors and actuators for human-machine interfaces and soft robotics. Her major contributions include the creation of highly sensitive, multimodal all-carbon skin sensors capable of simultaneously detecting tactile and biological stimuli—a breakthrough that has garnered over 414 citations and set a benchmark for wearable sensing technology. Kim has also pioneered the development of ultrafast underwater self-healing piezo-ionic elastomers, which enable autonomous repair and mechanical sensing in aquatic environments, opening new possibilities for underwater soft electronics and robotics. Additionally, her work on ions-silica percolated ionic dielectric elastomer actuators has addressed critical challenges in balancing force and strain for soft robotic systems. With a citation count exceeding 500 across her most cited works, Kim’s research is widely recognized for its innovation and practical impact. Her achievements underscore her role as a key figure in advancing next-generation materials for responsive, durable, and environmentally adaptive electronic systems.