Research
KAIST OQT
Our research focuses on studying quantum information science and technologies based on atomic qubits and coherent optical imaging
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OQT is at the Interface of Optics and Atom Arrays
OQT is at the Interface of Optics and Atom Arrays
Our research studies the interface of atomic qubits and coherent optical imaging. We are particularly interested in the fundamental roles and limits of the interface of optical coherent imaging and quantum coherence existing in atomic qubit arrays. By probing the coherent interface, our OQT research aims high to fill the gap and push frontiers in quantum science & technologies. See below for our research threads.
Enlarge today's quantum
computing capabilities
Enlarge today's quantum
computing capabilities
We study the roles of coherence of optical imaging systems and atomic many-body states in order to boost today's information processing. Our research coherently connect the configuration spaces of atoms and optical imaging systems and control the in-between information flow.
Push application limits of
solid-state quantum sensing
Push application limits of
solid-state quantum sensing
By defining and engineering the joint coherence between optical imaging & quantum systems, we extend today's range of solid-state quantum sensing applications.
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