Papers
2
Total Citations
62
H-Index
2
About
Ji-Eun Yeo is a rising leader in bioinspired photonics and adaptive vision systems, whose work bridges the gap between natural optical marvels and next-generation imaging technologies. Her primary research focuses on developing artificial vision and retroreflective sensors that mimic the sophisticated visual strategies of cephalopods and insects. Yeo’s most impactful contribution is the cuttlefish eye–inspired artificial vision system (2023, 57 citations), which addresses a critical challenge in mobile robotics—achieving high-quality, high-contrast imaging under uneven illumination. By emulating the cuttlefish’s W-shaped pupil and dynamic retinal adaptation, her design enables autonomous vehicles and drones to see clearly in vertically uneven light, dramatically improving image contrast and acuity. More recently, she has engineered switchable retroreflective sensors inspired by the wing scales of the emerald swallowtail butterfly (2024), offering conspicuous, tunable optical signals for advanced sensing and communication. With her work already shaping the future of bioinspired optics, Yeo’s innovations promise to enhance robotic vision, environmental monitoring, and smart sensing technologies, marking her as a transformative figure in the field.
Research Focus
Key Achievements
Top Papers
- 1
- 2