Seohyun Cho

Papers

Total Citations

H-Index

About

Seohyun Cho is a rising innovator at the intersection of environmental engineering and fluid dynamics, whose work targets one of the most pressing pollution challenges of our time: microplastics in aquatic ecosystems. Her primary research areas include microplastic remediation, interfacial phenomena, and bio-inspired surface engineering. Cho’s most notable contribution is the development of a “capillary skimming” technique, introduced in her highly cited 2024 paper, which uses a water-bridged ratchet mechanism to continuously remove floating microplastics from water surfaces without the clogging or mesh-size limitations of conventional filters. This breakthrough offers a scalable, energy-efficient solution for marine pollution control. Although early in her career, her work has already garnered significant attention, with her flagship paper accumulating citations rapidly—a testament to its novelty and practical relevance. Cho’s research has been recognized for its potential to transform environmental cleanup technologies, and she is increasingly sought after as a speaker at sustainability conferences. For students and researchers, Cho exemplifies how fundamental physics can be harnessed to address urgent ecological crises, making her a compelling figure in the next generation of environmental scientists.