Nanophotonics
Nanophotonics is a field of study that focuses on the interaction of light with materials on a nanoscale. The light-matter interaction at the nanoscale has led to the discovery of several novel optical phenomena that have the potential to revolutionize a wide range of fields, including sensing, imaging, and communications. We are interested in investigating the light-matter interaction to better understand it, and to utilize our findings to create unique and innovative optical effects that could have significant applications in the future.
Inverse design
We focus on leveraging computational models to design various nanophotonic devices, including antennas, core-shell particles, perfect absorbers, color filers, and among others. Our goal is to explore new frontiers in nanophotonics design and to develop innovative solutions that advance the field.
Optical devices and applications
We are exploring the potential applications of nanophotonics devices in fields such as AR/VR applications, holographic display, anti-counterfeiting, daytime radiative cooling, structural colors, and optical sensors. As the range of applications continues to grow, there is an increasing need to make nanophotonics more feasible and practical, leading to the development of more advanced smart optical devices.
Current Projects
[한국연구재단] 개인기초연구사업 - 세종과학펠로우십
- 인공지능 기반 스마트 메타 광학계 개발
(2022.03.01 ~ 2027.02.28)[한국산업기술평가원] 알키미스트 프로젝트
- 초경계 무한메타버스를 위한 융합현실주의적 적응시각전환기술
(2024.03.01 ~ 2028.02.28)[고려대학교] 고려대학교 학술지원연구비
- 메타표면 기반 고용량 홀로그래피 구현(Development of high-capacity holography using metasurfaces
(2024.03.01 ~ 2024.08.31)
Related Industry
Electronics & Displays
Defense and Aerospace
Bio-medical & Health care
Energy
Automotive