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Finland's QScale consortium secures €6.9 million to replace electrical control cabling in superconducting quantum computers with telecom-based optical systems, targeting significant gains in energy efficiency and scalability. This initiative leverages cryogenic packaging advancements to address critical thermal and wiring bottlenecks that currently limit qubit density in large-scale architectures. The project represents a strategic shift toward integrating telecommunications infrastructure into quantum hardware, potentially accelerating the transition from lab-scale prototypes to practical, high-performance quantum processors.

Source coveringQuantum Computing Report

Finland Allocates €6.9 Million ($8 Million USD) to Launch QScale Consortium for Optical Quantum Control and Cryogenic Packaging

Quantum Computing ReportJune 3, 20264 min read

A multi-institutional Finnish research consortium has been awarded funding under Business Finland’s Rise to the Challenge program to launch the QScale project (“Scaling up quantum computing by telecom-based technologies”). Backed by a total budget of €6.9 million ($8 million USD)—including a €5.5 million ($6.4 million USD) primary grant from Business Finland—the three-year structural initiative aims [...] The post Finland Allocates €6.9 Million ($8 Million USD) to Launch QScale Consortium for Optical Quantum Control and Cryogenic Packaging appeared first on Quantum Computing Report.

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