초고효율/장수명 에너지 변환 및 저장 소재 (Energy), 초고속/자가학습 전자소자 (Electronic)
초고온/고압 극한환경 (Extreme), 초복잡/다영역 능동반응 융합소재 (Emerging)
의 E4 핵심 분야에서 원자 제어에서 부터 첨단 응용 소자 까지 아우르는 소재 전문 연구 학문단
Electronic materials are at the heart of modern technology and driving the information age through revolutions in computing and communications.
As continue to leading 4th industry revolutions, we develop, produce, and create novel electronic devices with high-performance (high-speed, low-power consumption, and multifunctionality) for future electronic applications such as neuromorphic, brain-inspired computing, and wearable electronics.
GNU Electronic Research groups cover a wide spectrum of electrical materials with unique characteristics, including atomic scaled two-dimensional materials, Ultra-wide bandgap materials, conjugated materials, organic-inorganic hybrid materials, and microelectrode arrays.
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| Professors | Research Key words of Electronic | Group | ||||
|---|---|---|---|---|---|---|
| Computing | Sensing | Flexible | Extreme | Photonic | ||
| 권순기 | Nano Information Materials Laboratory | |||||
| 이성갑 | Ceramic Sensor Laboratory | |||||
| 문경석 | Advanced Functional Ceramics Laboratory | |||||
| 박준홍 | Advanced Materials Research Laboratory for Information & Electronics | |||||
| 최현호 | Smart Carbon Electronics LAB | |||||
| 김기환 | Materials and Device Lab | |||||