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Group 4 (Application)
Group 4 (Application)
Research Areas
Neutral Atoms
- Quantum simulators for spin models based on optical tweezer and optical lattice atom arrays
Solid-State-Based
- Quantum simulators for 2D Hubbard models based on Bose-Fermion composites
- Quantum simulators for 3D Hamiltonians based on diamond NV centers
Quantum Machine Learning
- Research on machine learning techniques for optimizing quantum circuit parameters
- Optimization of quantum-classical hybrid machine learning
Group Achievements
Yong-il Shin
Quantum Gas Simulation
- Generation of Ultracold Atomic Gas Samples in the Nanokelvin Regime in Korea
- Conducting Research on Low-Temperature Quantum Material Simulations
- Nonequilibrium Quantum Dynamics and Quantum Turbulence Phenomena
Jungwoo Lee
Quantum Machine Learning
- Direct fidelity estimation based on Shadow tomography
- Distributed quantum computing based on hypergraph optimization
- Tensor network-based quantum machine learning
Hyunyong Choi
Ultrafast quantum photonics
- Fabrication of Higher-Order Topological Insulator Devices
- Quantum Bit Measurement Using Ultrafast Lasers
- Research on Multi-Spin Qubit Systems Based on Solid-State Defects
