Cold-atom quantum computing project
- TOP
- About
Greeting
Innovation to the World with a Unprecedented fault-tolerant quantum computer
Kenji Ohmori Project Manager
Full Professor / Chairman
Department of Photo-Molecular Science, IMS
Photographer:Katsuhiko Hori
Organization
R&D Theme
Members
Full Professor/Chairman
Department of Photo-Molecular Science,IMS, NINS
Kenji Ohmori
Development and integration of a large-scale cold-atom quantum computing platform
- Theme 01
- Theme 02
Team Leader, RIKEN Center for Quantum Computing
/ Research Associate Professor, IMS, NINS
Sylvain de Léséleuc
Novel techniques and tools for high-fidelity operation of a cold-atom based, fault-tolerant, quantum computer
- Theme 02
- Theme 04
Assistant professor
IMS, NINS
Takafumi Tomita
Development of quantum control techniques with light for high-fidelity gate operation and error correction
- Theme 02
- Theme 03
Professor
Department of Physics, Kyoto University
Yoshiro Takahashi
Development of a fault-tolerant quantum computer based on Ytterbium atomic arrays
- Theme 01
- Theme 02
- Theme 03
Team Leader
Center for Quantum Computing, RIKEN
Takeshi Fukuhara
Development of qubits using Strontium atomic arrays
- Theme 01
- Theme 02
- Theme 03
Group Director, RIKEN SPring-8 Center
/ Project Professor, IMS, NINS
Takunori Taira
Research and development of highly stable and powerful integrated laser systems
- Theme 04
Center for Exploratory Research, Research and Development Group, Hitachi, Ltd.
Project Leader and Chief Researcher
Chihiro Yoshimura
Operating Systems for Array-based Quantum Computers
- Theme 01
Infleqtion
VP of Quantum Computing
Thomas Noel
Technologies for cold-atom based fault-tolerant quantum computing
- Theme 01