Research

Labs

Labs

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24건의 게시물이 있습니다.

There are a total of 24 posts.

The Laboratory for Ultrafast & Nano Photonics

주요연구

    • Nanophotonic Device Fabrication
    • Terahertz Spectroscopy
    • Inverse Desigh for the Terahertz Photonics
    • Ultrafast Polarization Switching
    • THz Switching Devices using Phase-transition Material
    • Ultra-Sensitive MIR/THz Sensors
    • Biomolecules Sensing with Nanogap
    • Hydrogen Generation

Physical Biology Biological Physics

주요연구

    • Stochastic thermodynamics of active matter systems
    • Noise propagation in cellular biochemistry
    • Control aspects of human microbiome
    • Reinforcement learning for agent-based ecological models

Statistical Physics of Soft Materials Lab

주요연구

    1) The current status of FTS research (FTS 연구의 현황)

    2) The phase transition of block copolymer thin film and Frank-Kasper phases (블록공중합체 박막과 Frank-Kasper 상의 상전이 연구)

    3) SCFT calculation and FTS using PINN (PINN을 이용한 SCFT와 FTS)

    4) FTS of polyelectrolytes and liquid-liquid phase transition (고분자 전해질의 FTS와 액체-액체 상분리)

Soft Condensed Matter Physics Lab (SCMP)

주요연구

    • 액체-고체/액체/연성물질 계면 연구(Liquid-solid/liquid/soft matter interfaces)
    • 비평형계의 요동/나노 크기의 엔진 연구(Nonequilibrium fluctuations/Nano engines)
    • 작은 유체계의 연구(Hydrodynamics of small systems)

Quantum Photonic Integrated Device Lab

주요연구

    1) Quantum light sources (single photons and entangled photon pair)

    2) Cavity-quantum electrodynamics

    3) Quantum entanglement and quantum interactions

    4) On-chip integrated solid-state quantum devices

Quantum Nano Device Lab

주요연구

    • Ultrafast optoelectronic devices using 2D materials for future ultrafast communication.
    • Infrared detectors based on metal-insulator transition.
    • Polariton and their condensates in 2D materials/plasmonic hybrid systems and their device applications.  
    • Single photon sources and quantum sensors for quantum information technology.
    • 1D,2D magnetic/spintronic devices and their magneto-optic characterization/modulation.  

Quantum Materials Theory Lab

주요연구

    1. 다양한 차원에서 위상학적 양자상 연구(non-trivial topological phases in various dimension)

    2. 대칭성 깨짐에 의해 생기는 양자 기하학 텐서 연구(quantum geometric tensor induced by symmetry breaking)

    3. 상대론적 강상관 전자계 연구(correlated relativistic electron systems)

Quantum Information Theory Group

주요연구

    • Quantum information theory
    • Quantum resource theory
    • Catalysis of quantum resources
    • Quantum thermodynamics
    • Quantum correlations
    • Quantum foundations

Observational Astrophysics Lab

주요연구

    • Active galaxies and supermassive black holes
    • Observing cosmic black holes with cutting-edge facilities

Mixed Dimensional Materials and Devices Lab

주요연구

    • Materials  growths
    • Mixed dimensional heterostructures
    • Nanopatterning and nanodevice fabrications
    • Wearable and transferable inorganic semiconductor devices
    • Microdisplay/nanodisplay applications