Fujitsu and RIKEN Aim for Quantum Leap with 1,000-Qubit Computer by 2026

April 22, 2025
Fujitsu and RIKEN Aim for Quantum Leap with 1,000-Qubit Computer by 2026
  • To facilitate ongoing research and development for larger quantum computers, the collaboration period at the RIKEN Center has been extended until March 2029.

  • The new quantum computer features a scalable 3D interconnection structure with 4-qubit cell units, allowing for efficient scaling without the need for complex redesigns.

  • Fujitsu and RIKEN are collaborating to develop a groundbreaking 1,000-qubit quantum computer, set to be installed by 2026, showcasing their commitment to advancing quantum technology.

  • This new system will be housed at the RIKEN RQC-FUJITSU Collaboration Center and builds on a previous 64-qubit model launched in late 2023, supported by Japan's Ministry of Education, Culture, Sports, Science and Technology (MEXT).

  • The collaboration aims to enhance the usability of quantum computing by integrating quantum and classical computing technologies for hybrid algorithms, which will accelerate practical applications.

  • Key advancements include a quadrupled implementation density within the dilution refrigerator, enabling the new system to operate alongside the existing 64-qubit model.

  • Fujitsu and RIKEN have also developed an innovative cooling method that allows all 256 qubits to function within the same cooling unit as the previous system, addressing a significant challenge in scaling quantum computers.

  • The anticipated 256-qubit computer is expected to attract interest from industries such as pharmaceuticals and finance, which require advanced simulations and optimization solutions.

  • This new quantum system is designed to improve applications in molecular analysis and error correction research, with availability expected for global companies and research institutions by mid-2025.

  • This initiative has been in development since 2018 under researcher Yasunobu Nakamura, reflecting Japan's strategic focus on superconducting qubits.

  • The design of the 256-qubit system allows for expansion without complete redesign, utilizing four-qubit units to increase the qubit count efficiently.

  • As Japan's largest digital services provider, Fujitsu aims to integrate quantum computing into its broader digital transformation strategy, leveraging its substantial revenue to support these advancements.

Summary based on 6 sources


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