Papers
1
Total Citations
5
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1
About
Yeonji Yuk is an emerging researcher in the field of bioinspired photonics and optical materials. Her work focuses on developing novel optical sensors and structural color devices by mimicking natural systems, particularly the intricate wing scales of butterflies. Yuk’s most notable contribution is her 2024 study on switchable and conspicuous retroreflective sensors, inspired by the emerald swallowtail’s wing scale architecture. This research demonstrates how biological nanostructures can be engineered to create dynamic, angle-dependent optical responses—a breakthrough with potential applications in smart displays, security tags, and environmental monitoring. Though early in her career, her work has already garnered attention, with this flagship paper accumulating 5 citations shortly after publication. Yuk’s ability to bridge fundamental biology with applied photonics positions her as a promising voice in sustainable, nature-driven sensor design. Her findings not only deepen our understanding of structural color but also offer a blueprint for creating energy-efficient, responsive optical devices. For students and researchers, Yuk’s work exemplifies how curiosity about the natural world can lead to transformative engineering solutions.
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