Yul Hui Shim

Seoul National University, University of Suwon

Papers

Total Citations

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About

Yul Hui Shim is a rising researcher in the field of two-dimensional (2D) materials engineering, with a focused expertise in the scalable synthesis and rheological characterization of graphene oxide (GO). Her work directly addresses critical challenges in translating 2D materials from the lab to functional devices. A landmark contribution is her development of a shear flow method for the mass production of 2D manifolds of graphene oxide, a technique that overcomes the persistent issues of restacking and scalability, enabling the creation of well-arranged 3D structures while preserving their intrinsic 2D properties. This foundational work has garnered attention, accumulating 7 citations. More recently, Shim has pioneered a nuanced investigation into the role of size polydispersity in GO, challenging conventional wisdom by exploring how particle size distribution—not just average size—governs the microstructure and rheological properties of GO suspensions. Her 2024 study, with 3 citations, provides critical insights for optimizing GO inks and pastes used in soft robotics, sensors, and flexible electronics. By bridging fundamental materials science with practical processing, Shim’s research is shaping the future of solution-processed advanced materials.