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Quantcore Secures £2.5M ($3.4M USD) to Establish Sovereign Niobium-Based Quantum Hardware Manufacturing

Quantum Computing Report
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⚡ Quantum Brief
A UK University of Glasgow spin-out secured £2.5M in seed funding to build the nation’s first sovereign niobium-based quantum hardware manufacturing capability, reducing reliance on foreign suppliers for critical quantum components. The company specializes in niobium superconducting processors, resonators, and sensors—unlike aluminum-based alternatives—enabling higher-temperature operation, lower energy use, and better scalability in cryogenic systems for quantum computing and medical imaging. Funding will expand its team from four to 12 employees over 18 months, focusing on design, manufacturing, and cryogenic testing, aligning with the UK’s £670M quantum sector investment strategy through 2030. Components will support quantum computers, secure communications, and advanced medical imaging, particularly in neuroscience and early disease detection, leveraging the James Watt Nanofabrication Centre’s infrastructure. This follows the company’s emergence from the Infinity G accelerator, part of Glasgow’s innovation pipeline, which has raised over £100M for spin-outs since 2020.
Quantcore Secures £2.5M ($3.4M USD) to Establish Sovereign Niobium-Based Quantum Hardware Manufacturing

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Quantcore Secures £2.5M ($3.4M USD) to Establish Sovereign Niobium-Based Quantum Hardware Manufacturing Quantcore, a University of Glasgow spin-out, has closed a £2.5 million ($3.4 million USD) seed funding round co-led by PXN Ventures, Blackfinch Ventures, and Scottish Enterprise, with additional participation from Quantum Exponential and STAC. The company specializes in the design and production of niobium-based superconducting components, currently serving as the only manufacturer of its kind in the United Kingdom. This investment is directed toward establishing a sovereign supply chain for quantum infrastructure, reducing reliance on international vendors for components critical to national security and high-performance computing. The company’s hardware portfolio includes superconducting processors, resonators, and sensors manufactured at the James Watt Nanofabrication Centre. Unlike common aluminum-based quantum components, Quantcore utilizes niobium, which maintains superconductivity at higher operating temperatures. This material property allows for reduced energy consumption and improved scalability in cryogenic environments. These components are intended for use in quantum computers, secure communication networks, and medical imaging systems, specifically targeting advancements in neuroscience and early-stage disease detection. Following this seed round, Quantcore intends to expand its technical team from four to 12 employees over the next 18 months, focusing on specialized roles in design, manufacturing, and cryogenic testing. The expansion aligns with the UK Government’s modern industrial strategy, which includes a £670 million commitment to the quantum sector over ten years. Quantcore originally emerged from the Infinity G accelerator and represents part of a broader innovation pipeline at the University of Glasgow, where spin-out companies have collectively secured over £100 million in investment since 2020. For further technical and corporate details, consult the official announcement from the University of Glasgow here or the investment report from the STAC Invest syndicate here. February 24, 2026 Mohamed Abdel-Kareem2026-02-24T05:43:16-08:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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Source: Quantum Computing Report