Global R&D for Business by Quantum-AI Technology in AIST����Global R&D Center for Business by Quantum-AI Technology (G-QuAT)�National Institute of Advanced Industrial Science and Technology (AIST), JAPAN�Shiro Kawabata
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10 million quantum
technology users
in Japan
50 trillion in production
value from quantum
technology
Fostering quantum
unicorn companies
to create future markets
Goals by 2030
Quantum National Strategy in JAPAN
Strategy of Quantum
Future Industries Development
Established on April 2023
Practical application and industrialization strategy of QT
Quantum Technology
and Innovation Strategy
Established on January 2020
Revision of technology roadmap on April 2022
R&D strategy for QT
Vision of
Quantum Future Society
Established on April 2022
Strategy for social transformation
future vision, targets, etc.
Industry
Research
Vision
https://www8.cao.go.jp/cstp/english/strategy_r08.pdf
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Quantum software (Osaka University)
Quantum Technology International Collaboration Hub
(Okinawa Institute of Science and Technology).
Quantum based chemistry for
industrial development
(Tokai National Higher
Education and Research System)
Quantum materials
(National Institute
for Materials Science)
Foundational quantum technology and quantum life R&D
(Quantum Science and Technology Agency)
Quantum sensing
(Tokyo Institute of Technology)
Global Research and Development Hub for Business by Quantum-AI Technology (G-QuAT)
(AIST)
Quantum Computation
Pioneering
(RIKEN)
Quantum solution (Tohoku University)
Quantum security
(National Institute of Information and Communications Technology)
Quantum computer Applications
(University of Tokyo Enterprise Alliance)
Quantum Technology
Innovation Hubs
Head quarters:
RIKEN
Quantum Technology Innovation Hubs in Japan
https://qih.riken.jp/en/
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AIST Global R&D Center for Business by Quantum-AI Technology (G-QuAT)�established in July 2023
Director
Quantum Device Measurement Team
Quantum Hardware Components R&D Team
Planning Office
Quantum Device Research Team
Quantum Sensing Research Team
Quantum-AI Cloud Research Team
Quantum Application Team
International Advisory Board
Kohei Ito | Keio University, President |
Taro Shimada | Q-STAR Executive Director |
Celia Merzbacher | QED-C Executive Director |
Thierry Botter | QuIC Executive Director |
Lisa Lambert | QIC Chief Executive Officer |
Chad Rigetti | Rigetti Computing Former CEO and Founder |
Quantum-AI Cloud
Quantum Hardware Testbed
Quantum Device Fab.
Activities in G-QuAT
Goal: Establishment of a global industrial quantum ecosystem
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(2) Quantum Hardware/Component Testbed
Quantum hardware integration, evaluation of components and materials
(3) Quantum Fabrication Pilot Line for quantum hardware
(1) Quantum and AI hybrid Cloud
Application and use-case creation
(4) Global quantum industry human resource development
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Fabrication technology
Integration technology
Architecture, Algorithm
Advanced fabricationfor quantum hardwares
Large-scale systems
Useful applications
Equipment usage & foundry service
Components, device and materials for large-scale QC
Towards global industry support
Application & use-case �exploration
(1) Quantum-AI Cloud
(2)Quantum HW/component
testbed
(3)Device fab.
G-QuAT
(1) Quantum-AI computing platform
AI supercomputer
World’s largest, ultra-high speed, open cloud
Quantum annealer
Classic annealer
Quantum computer
☁︎
Quantum circuit simulator
☁︎
☁︎
Users：industry, startup, university, and research institute
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(2) Quantum HW/component testbed
・Testbed for evaluation and integration of large-scale quantum hardware�・Low-temperature performance evaluation for components and materials�
Low temperature evaluation of components and materials
�Evaluation, certification, and standardization of components and materials developed by suppliers
Installation of low-temperature evaluation system for large-scale quantum hardware (quantum annealing machine and quantum computer) up to 1000 qubits
Cryo-cooler
10mK〜4K
想定利用者：ベンダー・中小企業・ベンチャー・アカデミア
Quantum chips, Package substrates, Cables, Connectors, Circulators, Amplifiers, Filters, Attenuators, etc.
Guaranteed low-temperature performance
Quantum hardware A
Quantum hardware B
4K〜300K
4K〜300K
4K〜300K
Dilution
refrigerator
Cryo-cooler
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(3) Fabrication of large-scale quantum computers & devices
Quantum pilot line for superconducting & silicon quantum hardware�Device/circuit fabrication platform for PoC and commercialization
Silicon quantum computer�Cryo-CMOS control circuit
Superconducting quantum annealing machine�Superconducting quantum computer(NISQ/FTQC)�Superconducting control circuit (SFQ/AQFP)�Superconducting single photon detector, etc.�
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Activities on quantum computing in AIST
Superconducting quantum computer
Comm. Materials 2 (2021) 98
Theory & Simulation
NISQ algorithm
for Boltzmann machine learning
Theory of superconducting cat qubit
Scientific Reports 11 (2021) 093023
Phys. Rev. Applied 18 (2022) 014019
Scientific Reports 13 (2023) 1606
Phys. Rev. A 104 (2021) 032413
(MHz)
Si quantum computer
“HOT” spin qubit (Tunnel FET)
Scientific Reports 9 (2019) 469
Phys. Rev. Lett. 125 (2020) 166802
Phys. Rev. Lett. 122 (2019) 0204307
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FinFET based qubit
Superconducting quantum annealer
Flying electron qubit
Phys. Rev. X 12 (2022) 031035
Nature Nanotechnol. 18 (2023) 721
NbN based epitaxial qubit
Initialization superconducting qubit
using quantum circuit refrigerator
Phys. Rev. Applied 20 (2023) 044077
Quantum annealer (32 qubit)
arXiv:2308.16566
Global Collaboration at G-QuAT
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(1) Quantum & AI Cloud for Use Case Creation
Classical annealer
Quantum circuit sim.
ABCI-Q
(GPU Supercomputer)
Quantum Computers
Training & Education
Hybrid
Feedback on hardware issues
(2) QC HW developments
Performance verification test of components installed into QC
(4) Human resources development
Lage-scale quantum devices
Use of various computing resources
(3) Device fab.
Global Business Quantum Ecosystem
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Contact:
Research Planning Office,
Global Research and Development Center for Business by Quantum-AI Technology (G-QuAT)
National Institute of Advanced Industrial Science and Technology (AIST)
E-mail: M-G-QuAT-plan-ml@aist.go.jp
G-QuAT