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This EU-funded project advances long-distance quantum networking by developing cold-atom quantum memories that mitigate signal loss in free-space optical links. By enabling wavelength conversion and reducing reliance on bulky cryogenic systems, the research paves the way for secure quantum communication across aviation, shipping, and space sectors.
Researchers Develop Quantum Memories for Long-Distance Networks
Insider Brief Press release – An international team of researchers is developing technology to enable long-range quantum networks. The University of Strathclyde is leading AL FreSQO (Atom-Light Free-Space Quantum Optics networking), a three-year, €2 million project funded by the European Union which will develop quantum ‘memories’ – systems to store quantum information – for communication […]
The University of Strathclyde is leading a three-year, €2 million EU-funded project to develop quantum memories for long-distance quantum networks. The AL FreSQO project will investigate cold-atom quantum memories, free-space optical links and wavelength conversion to support quantum communication over longer distances. The technology could support quantum networking applications in space, aviation, shipping and rail, as well as…
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