Papers
1
Total Citations
137
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About
Ki-Seok An is a leading materials scientist whose research focuses on the development of advanced functional composites, particularly for next-generation sensor technologies. His work masterfully bridges the gap between fundamental materials chemistry and practical device engineering, with a core emphasis on ferroelectric polymers and two-dimensional nanomaterials. An’s most significant contribution is the pioneering use of MXene nanosheets to dramatically enhance the electroactive β-phase crystallization in ferroelectric polymers. This breakthrough, detailed in his highly cited 2021 paper (137 citations), enabled the creation of highly-sensitive, flexible, and porous composite force sensors capable of detecting subtle dynamic pressures. By engineering the interface between MXene and the polymer matrix, An achieved unprecedented control over the material's piezoelectric response, setting a new benchmark for sensitivity in wearable and soft robotic applications. His work not only provides a robust platform for designing high-performance mechanical sensors but also offers a generalizable strategy for optimizing the crystalline structure of polymer composites, establishing him as a key innovator in the field of smart materials.
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