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An article, Materials for Quantum Technologies: A Roadmap for Spin and Topology, has been published on 23 Dec 2025, offering a visionary guide for the next generation of quantum technologies. Developed by leading researchers across the UK and led by NPL, the roadmap outlines how advances in spin and topology-based materials will underpin future quantum technologies such as computing, sensing and memory.
The authors note that “materials innovation is emerging as a critical enabler for the scalable deployment of quantum technologies. Our roadmap identifies the challenges and solutions needed to overcome current bottlenecks and unlock the industrial potential of quantum systems.”
Material platforms highlighted in the article include:
• Semiconductor spin qubits for quantum computing and sensing, leveraging isotopic engineering and optical connectivity.
• Superconducting hybrids enabling unconventional phases and energy-efficient cryogenic memory.
• Magnetic skyrmions as nanoscale, topologically stable qubits for future quantum logic.
• Topological and 2D materials offering robustness, fault tolerance, and potential for room-temperature quantum operations.
Quantum materials, such as superconductors and semiconductors, are fundamental to the development of quantum technologies. With the UK government committing £2.5 billion over the next decade to advance quantum technologies, this article provides timely guidance for the scientific community, industry and policy makers. The National Quantum Strategy outlines specific missions, including the deployment of accessible, UK-based quantum computers capable of running one trillion operations by 2035. Achieving these objectives and many others requires overcoming challenges related to material quality, fabrication precision and integration with existing infrastructure areas. The consortium has provided a visionary approach which, if utilised, could bring wide economic and societal benefits.
05 Jan 2026