Latest Publication Updates

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Amphibious Camera with Panoramic Vision

Inspired by the compound eyes of the fiddler crab in nature, we have developed a novel panoramic and amphibious imaging device by integrating a flat and graded-refractive-index micro-lens array with a comb-shape silicon photodiode array.

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152. An amphibious artificial vision system with a panoramic visual field

Nat. Electron. 1-8 (2022) (JCR 1 %)

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151. Stretchable colour-sensitive quantum dot nanocomposites for shape-tunable multiplexed phototransistor arrays

Nat. Nanotechnol. 1-8 (2022) (JCR 2 %)

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150. A review of tunable photonics: Optically active materials and applications from visible to terahertz

iScience 104727 (2022)

강연_슬램d_송영민_전기없이 시원할 수 있다면?

강연_슬램d_송영민_전기없이 시원할 수 있다면?

동영상 보기
[과학으로 보는 세상 SEE] - 자연이 준 선물, 생체 모방 기술 / KBS대전 20211201 (수) 방송

[과학으로 보는 세상 SEE] - 자연이 준 선물, 생체 모방 기술 / KBS대전 20211201 (수) 방송

동영상 보기

Welcome to FOEL

Our research focus is to understand and exploit novel optoelectronics/photonics with features – area coverage, multi-functional operation, and geometrical forms – that would be impossible to achieve using traditional, wafer-based technologies. Our team will leverage our expertise to create novel techniques that address challenges in multi-functional nanophotonics, advanced optoelectronic devices/systems, and next-generation optical healthcare systems. The long term goal is to develop and translate these technologies that are currently in bench-top status to successful industrial devices through engineering efforts and field validations

Advanced optoelectronic devices/systems

 

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Multi-functional nanophotonics

 

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Next-generation optical healthcare systems
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Sponsored by

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