Papers
1
Total Citations
87
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1
About
Min Sup Kim is a leading figure in the development of smart, stimuli-responsive hydrogels for actuation and biomedical applications. His pioneering research focuses on the synthesis and electromechanical characterization of biopolymer-conductive polymer blends, with a particular emphasis on chitosan and polyaniline systems. In his highly cited 2006 work, Kim demonstrated a groundbreaking self-oscillatory actuation mechanism in a chitosan/polyaniline semi-interpenetrating polymer network hydrogel that responds to constant DC voltage under varying pH conditions. This study, which has garnered 87 citations, revealed the material’s ability to undergo reversible bending and swelling without external switching—a key advance for autonomous soft robotics and drug delivery devices. By systematically investigating the effects of pH levels 1, 4, 7, and 10 on equilibrium water content and electromechanical response, Kim established foundational design principles for pH-sensitive, electroactive hydrogels. His contributions continue to inspire researchers exploring bioinspired actuators, sensors, and smart materials, cementing his reputation as an innovator at the intersection of polymer chemistry and bioengineering.
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