Quantum Weekly News – your one-stop newsletter for the latest breakthroughs and industry updates in Quantum Computing

Global roundup of quantum computing news, research, and policy

This week, the quantum computing world witnessed a mix of global collaboration, technological innovation, and strategic investments that continue to accelerate progress toward large-scale quantum advantage. From new partnerships in Japan to breakthroughs in quantum-secure communications, here’s everything you need to know from the past week.

Government & Institutional Initiatives

🇯🇵 September 29, 2025 | Tokyo, Japan Fujitsu and AIST Announce Strategic Quantum Partnership Fujitsu Ltd. and Japan’s National Institute of Advanced Industrial Science and Technology (AIST) announced a groundbreaking collaboration to advance superconducting quantum computers. The partnership will focus on developing large-scale systems, optimizing cryogenic control electronics, and accelerating commercialization through joint R&D and shared infrastructure. 🔗 Source: Fujitsu Global Press Release

Industry Developments

🇺🇸 September 29, 2025 | Denver, Colorado Quantum Computing Inc. (QCi) Unveils Quantum-Secure Communication Platform At the ECOC 2025 Conference, Quantum Computing Inc. demonstrated its “Quantum Secure Solution,” a high-dimensional time-energy entangled communication platform. The system is designed for integration with existing telecom networks, offering a scalable pathway toward quantum-safe data transmission for commercial and defense sectors. 🔗 Source: Quantum Computing Inc. Press Release

🇩🇪 September 30, 2025 | Garching, Germany Kiutra Secures €13 Million in Series A Funding Kiutra, a startup specializing in cryogenic cooling systems for quantum computers, successfully closed a €13 million funding round. The company’s innovation — cooling without helium-3 — addresses one of the most critical bottlenecks in scaling quantum hardware. 🔗 Source: Company Announcement, Garching Tech Week 2025

Research & Academic Highlights

🇺🇸 September 29, 2025 | Cambridge, Massachusetts Harvard Researchers Control 3,000+ Qubit System A team at Harvard University reported controlling over 3,000 neutral atom qubits, marking one of the largest experimental quantum systems to date. The breakthrough, published in Physical Review Letters, demonstrates long-coherence control and advances the pursuit of fault-tolerant quantum architectures. 🔗 Source: Harvard Quantum Initiative Journal Publication

October 1, 2025 | Leuven, Belgium & Sydney, Australia Diraq and imec Achieve Scalable Silicon Quantum Dot Fabrication Australian quantum firm Diraq, in collaboration with Belgium’s imec, announced a major advance in silicon quantum dot manufacturing. Their results, achieved using standard CMOS fabrication techniques, bring the industry closer to mass-producible quantum chips. 🔗 Source: imec Global Newsroom

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Education & Talent Development

🇺🇸 October 2, 2025 | Albuquerque, New Mexico Launch of the Quantum Learning Lab (QuLL) The Quantum Learning Lab officially opened this week, offering hands-on training programs for engineers, scientists, and students entering the quantum field. The lab’s first “Quantum Technician Bootcamp” began on September 29, emphasizing applied skills for hardware calibration and quantum error mitigation. 🔗 Source: New Mexico Tech Innovation Press Brief

Conferences & Forthcoming Events

🇮🇱 October 3, 2025 | Tel Aviv, Israel Quantum Machines Announces AQC25 Conference Quantum Machines unveiled the Adaptive Quantum Circuits 2025 (AQC25) conference, to be held in November. The event will convene global researchers and industry leaders to discuss adaptive mid-circuit quantum algorithms — a key frontier for real-time feedback and fault tolerance. 🔗 Source: PR Newswire

Awards & Recognitions

🇸🇪 October 3, 2025 | Stockholm, Sweden Nobel Prize in Physics 2025 Awarded for Quantum Circuit Experiments The 2025 Nobel Prize in Physics was awarded to three scientists whose pioneering experiments demonstrated quantum effects in macroscopic electrical circuits — the foundation for superconducting quantum computers. This recognition highlights how fundamental physics continues to shape modern technology. 🔗 Source: Royal Swedish Academy of Sciences Press Release

Global Policy & Outlook

🇺🇸 October 5, 2025 | Washington, D.C. White House OSTP Reaffirms Quantum as National Priority The U.S. Office of Science and Technology Policy emphasized continued quantum R&D investment as part of its fiscal 2026 science priorities. The initiative focuses on quantum-safe cryptography, scalable architectures, and quantum networking infrastructure. 🔗 Source: OSTP Blog Post — “Science Priorities for the Next Frontier”

Summary: The Quantum Frontier Is Accelerating

From Japan’s national partnership and Harvard’s record qubit control, to multi-million-dollar investments and policy-level reaffirmations, this week has underlined one thing: quantum computing is no longer experimental — it’s infrastructural. Momentum is global, collaboration is key, and the line between research and commercialization is rapidly disappearing.

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