quantum technologies

French technology group Thales, computing firm Bull and the Commissariat à l'énergie atomique (CEA) are set to collaborate on software for quantum computers intended for the French armed forces. The partnership links three major French public and industrial players in quantum research, and is being discussed as a sign of France pushing quantum computing into defence applications.

The Trump administration has committed more than $5 billion to a new initiative called the Genesis Mission, which will target three areas: cancer research, semiconductor development, and quantum computing. The funding combines health and technology priorities in a single program, drawing attention from markets tracking semiconductors and emerging tech. Details on how the money will be allocated across the three fields have not yet been fully laid out.

A technology feature examines how quantum computing is structured, from its underlying architecture to the ways developers can access quantum systems, with attention to open source tools lowering the barrier to entry. The piece reflects growing interest in making quantum development more widely available outside large corporate and academic labs.

NATO has published a Quantum Technology roadmap, outlining the alliance's plans for developing and adopting quantum capabilities. The announcement highlights how quantum computing, sensing and communications are seen as strategically important for defence and security. Details of specific funding levels or timelines were not included in the initial release, and reaction from member states and industry is still emerging.

US federal agencies are reportedly moving ahead with concrete decisions on quantum computing, covering adoption, procurement and preparedness for quantum-era cybersecurity. The development signals that quantum technology is shifting from research interest to operational planning across government, with agencies weighing both the opportunities of quantum systems and the security risks posed by future quantum decryption capabilities.

Researchers at the Max Planck Institute and Rice University have mapped 9,000 materials for their quantum states, creating a large-scale reference dataset for the field. The catalogue is expected to help physicists and materials scientists identify candidates for quantum technologies, though details of the methods and findings were not provided in the coverage.

Physicists in Toronto have announced the discovery of octupolar magnetism, a previously unobserved form of magnetic order. The finding expands understanding of magnetic materials and could inform the development of future quantum technologies, according to reports covering the research. Details on the specific material and experimental method remain limited in early coverage.