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Workshop on Solid-State Quantum Devices
at Lotte Resort Buyeo, Republic of Korea
Quantum technologies have advanced into quantum communication, simulation, computation, and sensing areas, by revealing individual quantum states and exploiting the quantum properties of superposition and entanglement. In this workshop on solid-state quantum devices, we focus on the solid-state quantum devices for current and future quantum technlogies. Topics include:
Quantum technologies have advanced into quantum communication, simulation, computation, and sensing areas, by revealing individual quantum states and exploiting the quantum properties of superposition and entanglement. In this workshop on solid-state quantum devices, we focus on the solid-state quantum devices for current and future quantum technlogies. Topics include:
1. Single-electron quantum devices
1. Single-electron quantum devices
2. Superconductor(-semiconductor) quantum devices
2. Superconductor(-semiconductor) quantum devices
Members for the Convergence Cluster for Single-Electron Quantum Technology
Myung-Ho Bae, Bum-Kyu Kim, Nam Kim (KRISS), Jin-Dong song (KIST), Minkyung Jung (DGIST), Hyung-Kook Choi (JBNU), Yong-Joo Doh (GIST), Dohun Kim (SNU), Yunchul Chung (PNU), Gil-Ho Lee (POSTECH), Heung-Sun Sim (KAIST), Minsoo Kim (KHU), Nojoon Myoung (CU), Hee Chul Park (IBS), Seok-Kyun Son (MNU)
Contact Information
Myung-Ho Bae (mhbae@kriss.re.kr)
Offical language
English
This workshop is supported by the Convergence Cluster for Single-Electron Quantum Technology, National Research Council of Science and Technology & Korea Research Institute of Standards and Science.
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