Quel Inc. Participates in Phase 2 Research Projects of JST Moonshot R&D Program Goal 6: "Realizing Fault-Tolerant Universal Quantum Computers that Dramatically Advance Economy, Industry, and National Security by 2050"

Quel Inc. is pleased to announce its participation in two research and development projects for Phase 2 (FY2026-2030) of the Japan Science and Technology Agency (JST)'s Moonshot Research and Development Program Goal 6: "Realizing fault-tolerant universal quantum computers that dramatically advance economy, industry, and national security by 2050" (Program Director: Katsuhiro Kitagawa).

The first project, "Development of Scalable Highly Integrated Quantum Error Correction Systems" (Project Manager: Kazuyoshi Kobayashi), will see CTO Takefumi Miyoshi participate as a project promoter. He will drive the research and development of high-precision and scalable control devices and control methods to achieve large-scale quantum computers with the accuracy required for fault-tolerant quantum computation.

The second project, "Fault-Tolerant Quantum Computers Realized with Scalable Functionally Integrated Ion Traps and Multi-Optical Connections" (Project Manager: Yuki Takahashi), will have Research Scientist Ryutaro Ohira participate as a project promoter. He will advance the development of classical control systems to support 100-qubit scale ion trap quantum computers, as well as research and development of essential elemental technologies for scaling up to 1000-qubit scale.

Through this program, our company will promote research and development towards the practical application and industrialization of fault-tolerant universal quantum computers.

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Quel Inc. Public Relations

E-mail: [email protected]