총 24건의 게시물이 있습니다.
There are a total of 24 posts.
Microrheology, non-equilibrium polymer dynamics, multiple light scattering
1. physics of protein machines
2. quantum mechanics in classical systems
3. multiscale organization of living matter
eXtreme LAser Plasma Photonics & Lab. AStrophysics (X-LAPPLAS) LAB
Computational Plasma Lab
Laser-plasma, coherent emission from plasma, plasma dipole oscillation, laser wakefield particle acceleration, shock ion acceleration from laser-plasma interactions, target-normal-sheath ion acceleration in laser-plasma interaction, nuclear fusion, divertor physics, particle-in-cell model, fluid model of plasmas
Laboratory of Unobtainable Functional Oxides
1. Topologically ordered phases for topological qubits, which exhibit macroscopic quantum entanglement and fractional excitations
2. Novel broken symmetry phases for next-generation spintronics and neuromorphic memory
3. Optical materials with unique properties for advanced optics and photonics
High Pressure X-ray Science Laboratory
X-ray Science, Biophysical Science, Biomedical Science:
X-ray Technique Development, Protein Structures and Functions, X-ray Imaging of Biological Assemblies
Extreme Lasers and Exotic Plasmas Lab
1. 레이저-플라즈마 차세대 가속기에서 안정적인 전자빔 생성 및 극초단 엑스선 광원 개발 연구
2. 고출력 레이저를 이용한 실험 천체 물리 (Lab Astrophysics) 연구:
초강력 레이저와 플라즈마 간 상호작용을 통해 지구에서는 존재할 수 없는 우주의 극한 환경, 예를 들어 블랙홀 주변에서 발생할 수 있는 극한 현상을 실험적으로 구현하는 연구
3. Zeta Watt 급 레이저 개발을 위한 플라즈마 기반 광학 연구: Plasma laser compressor
4. 레이저-플라즈마 상호작용을 이용한 THz 광원 연구
5. 엑스선 자유전자레이저 모드 개발 및 소형화 연구
Experimental Soft Matter Physics Lab
- Water-based liquid crystals as a new playground for interesting physics such as chiral symmetry breaking and topological defects, and their interactions with biomolecules in water, especially chiral molecules.
- Application of X-ray/Neutron imaging and scattering to the problems of soft matter interfaces.
- Active soft matter and dynamic pattern formation: understanding collective and dynamic patterns of structured colloids under external fields in terms of their interactions
Next-Generation Qubit and Semiconductor Materials Laboratory
· 차세대 큐빗 소재: 비중심대칭 금속간화합물 기반 위상초전도체 개발 및 검증
· 양자단결정: 양자 단결정 위 이종구조에서 발현하는 새로운 양자 물성
· 신 교자성 단결정: 공선형/비공선형 교자성 소재 개발과 스핀트로닉스 응용
· 전력반도체: 차세대 울트라 와이드 밴드갭 반도체 소재 개발
· 다강체 & 양자자성체: 자기전기성 상호작용, 스핀 수송, 스핀 홀 효과
· 단결정 성장: 전이금속 산화물, 금속간화합물
· 강유전체
Emergent Materials & Devices Lab
1. Semiconductor Materials and Device Physics
- Wide Band Gap Semiconductor (SiC, III-Nitride): SiC MOSFET, Nitride HEMT
- Epitaxial Graphene on SiC: Film Growth and Devices
2. Metal Oxides for High-K Gate Insulator and Novel Thin Film Devices
- Advanced Gate Stack: Film Growth (Atomic Layer Deposition) and Characterization
- FeRAM : New Device Structure and Fabrication
- Memristive Devices
- THz Detector
3. Interface Charge/Spin Transport
- Charge/Spin Transport across Interface: IPE, BEEM
- Quantum Transport and Quantum Devices: 2DEG at Heterostructure Interface, - Quantum Computing Device