NCRCAPAS (National Creative Research Center for Active Plasmonics Application Systems) 2008-09-19.

Presentation on theme: "NCRCAPAS (National Creative Research Center for Active Plasmonics Application Systems) 2008-09-19."— Presentation transcript:

1 NCRCAPAS (National Creative Research Center for Active Plasmonics Application Systems)

2 NCRCAPAS 인원 구성 연구 분야 홈페이지: http://oeqelab.snu.ac.kr 지도교수: 이병호
현재 포닥 1명, 박사 과정 10명, 석사 과정 7명 연구 분야 Nano-photonics Metamaterials 3D display 2D contents to 3D contents 홈페이지:

3 What will happen when ‘light’ meets ‘nano’?
Nano-photonics What will happen when ‘light’ meets ‘nano’?

4 Plasmonics: a bridge between electronics and photonics
Surface Plasmon: EM surface-bound wave between a metal and dielectric surface Plasmonics: Utilizing SP to overcome the limitations of electronic circuits Surface Plasmon line width : ≤ 50 nm cf) Optical Fiber core size: ~10 m

5 Metamaterials: deceiving the light
Metamaterial: Nano-scale engineered structure for manipulating  and  Make <0 by EM induction! Coordinate transform: Manipulating the space with metamaterials Optical cloaking is possible!

6 Infrastructure: we are ready to run!

7 60” integral imaging system
3D display 60” integral imaging system Integral imaging의 원리 기초 영상 물체 렌즈 어레이 픽업 장치 영상 표시 장치 집적 영상 관찰자 픽업 디스플레이

8 3D display Asymmetric diffusing screen Sub-SLMs with
equivalent field of view Embodied effectively reformed SLMs Effectively reformed SLMs

9 3D display

10 2D contents to 3D contents
Watershed 적용 후 Normalized cut Optical flow 3D 영상 Occlusion

11 NCRCAPAS 홈페이지: OEQELab은 여러분을 기다립니다! ^^

12 Thank you for your attention!!