Gyeong-Chan Kang

Pohang University of Science and Technology

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About

Gyeong-Chan Kang is a leading figure in polymer science, whose work bridges fundamental polymer physics and cutting-edge device engineering. His primary research focuses on charged block copolymers, materials that are critical for advancing next-generation battery technologies and soft electronics. Kang’s major contribution lies in transforming the field from one limited to randomly organized structures to one capable of producing well-ordered, functional materials. His highly cited 2021 *Accounts of Chemical Research* paper, "Charged Block Copolymers: From Fundamentals to Electromechanical Applications" (53 citations), serves as a definitive conspectus of this transition, integrating theoretical frameworks with experimental breakthroughs. Beyond this foundational review, Kang’s impact is evident in his development of electromechanical applications, where his precise control over polymer architecture has enabled new performance benchmarks. With a growing citation footprint, his work is shaping how researchers design materials for energy storage and flexible electronics. Kang’s ability to unify complex theory with practical, high-impact applications marks him as a pivotal innovator in modern polymer science.