QuiME (Quantum Info with Materials and Engineering) Lab
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We employ advanced quantum engineering techniques to harness the potential of solid-state defect qubits
Lab introduction
Lab introduction
Research overview
Research overview
Solid-state embedded defect qubits represent a promising quantum platform that operates at room temperature and atmospheric pressure
Solid-state embedded defect qubits represent a promising quantum platform that operates at room temperature and atmospheric pressure
Research interest includes..
Research interest includes..
Realization of scalable defect spin qubit system for quantum technology
Development of novel quantum metrological tool for quantum-enhanced sensing
Optimized ensemble qubit/qutrit register control scheme for quantum information
Photo of the month
Photo of the month
2025 May
2025 May
Recent news
Recent news
06/03/25 Coarse-grained quantum state tomography paper has been published in Physical Review Research!
03/07/25 Dynamical decoupling CCE paper has been posted on the arXiv:2503.05404 (2025)!
01/01/25 Pauli group has moved to Seoul campus!
12/23/24 Boron-doped circuit paper has been posted on the arXiv:2412.15586 (2024)!
12/10/24 Donghun Jung (intern student) won the first prize in 2024 quantum challenge!
06/03/25 Coarse-grained quantum state tomography paper has been published in Physical Review Research!
03/07/25 Dynamical decoupling CCE paper has been posted on the arXiv:2503.05404 (2025)!
01/01/25 Pauli group has moved to Seoul campus!
12/23/24 Boron-doped circuit paper has been posted on the arXiv:2412.15586 (2024)!
12/10/24 Donghun Jung (intern student) won the first prize in 2024 quantum challenge!
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