Minji Park

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About

Dr. Minji Park is a leading materials scientist whose research focuses on the scalable synthesis and structural engineering of two-dimensional (2D) nanomaterials, particularly graphene oxide. Her most cited work, "Mass Production of 2D Manifolds of Graphene Oxide by Shear Flow" (2021, 7 citations), tackles a critical bottleneck in nanotechnology: the scalable fabrication of 3D architectures from 2D sheets without sacrificing their unique properties. By introducing a shear flow method, Dr. Park demonstrated a feasible route to produce well-arranged, bandgap-tuned graphene oxide manifolds, preventing the re-stacking that typically degrades performance. This contribution is vital for advancing applications in energy storage, composites, and electronics. Though early in her career, her innovative approach to solving scalability challenges marks her as a rising authority in 2D materials processing, with clear potential for high-impact, industrially relevant breakthroughs.