One main research goal is to explore novel materials which can be applied energy devices such as photovoltaic (solar) cells. Our studies rely on deriving a comprehensive understanding of the chemical and physical properties of the materials and heterogeneous interfaces.
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02. Device optimization / Record breaking
Our research concerns the optimization of thin film materials and devices. Various strategies such as composition, additive, and interface engineering are deployed to enable future device performance and functionality improvements.
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03. Demonstration
We aim to demonstrate various applications of next generation optical/electrical functional materials such as metal halide perovskites. The applications include fiber-shaped solar cells, transistors, x-ray detectors, and lasers.
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News
News
민한울 교수님께서 '2027 포스코 사이언스 펠로'에 선정되셨습니다
2026.10.07
News
김기훈 학생의 논문이 표지로 선정되었습니다 (Nature energy)
2025.12.24
축하합니다
News
Our Member's Paper has been published in Advanced …
2025.10.28
Congratulations! Chanhyeok Kim's paper has been published in Advanced Energy Materials.
Chanhyeok…
Gallery
민한울 교수님 '2027 포스코 사이언스 펠로' 선정 (2026.10.01)
2026.10.07
하계 워크샵 (26.08.06 ~ 26.08.07)
2026.08.09
중국 상하이 태양광 기술 교류 출장 (26.08.03 ~ 26.08.05)
2026.08.09
Vacancies
We are looking for highly self-motivated Postdocs, graduate students, and undergraduate students who are interested in one or more of:
- Optoelectronic devices including solar cells, laser, and photodetectors.
- Energy engineering, material science, surface chemistry, and analytical characterization.
- Wearable solar cells, transparent solar cells, tandem solar cells, and building-integrated photovoltaic.
Support
-Postdoc >3,000,000 won/month (negotiable)
-Ph.D. candidate = 1,800,000 won/month with full tuition support
-M.E. candidate = 1,000,000 won/month with full tuition support