IQM Quantum Computers has signed an agreement with VTT Technical Research Centre in Finland to deliver two superconducting quantum computers: a 150-qubit system in 2026 and a 300-qubit system in 2027. The 300-qubit computer, the largest of its kind procured globally, will be powered by two 150-qubit processors and designed specifically for quantum error correction (QEC) research to advance fault-tolerant quantum computing. Both systems will integrate with Finland’s high-performance computing (HPC) infrastructure, supporting algorithm development and techniques like circuit knitting. This collaboration builds on IQM’s previous deliveries of smaller quantum computers to VTT, marking progress in Finland’s quantum ecosystem. The agreement underscores IQM’s commitment to deploying full-stack quantum computers worldwide, providing researchers with open access to hardware and software for experimentation with QEC technologies.
IQM Partnership with VTT to Deliver Advanced Quantum Computers
IQM has established a strategic partnership with VTT to deliver advanced quantum computing systems in 2026 and 2027. The collaboration involves the deployment of a 150-qubit computer followed by a 300-qubit system, both designed to facilitate research into quantum error correction (QEC) and advance the development of fault-tolerant quantum computing.
The 300-qubit system is engineered using two superconducting processors, enabling critical experiments that support the exploration of techniques such as circuit knitting. VTT’s project manager underscored the significance of this initiative, noting both the rapid delivery timeline and the substantial scale of the system. These quantum computers will be integrated into Finland’s high-performance computing (HPC) infrastructure, building on IQM’s prior contributions to the field. Previous deliveries by IQM have played a pivotal role in fostering Finland’s growth in quantum technology, reflecting a long-term commitment to enhancing local capabilities.
IQM’s approach emphasizes an open platform, offering users direct access to hardware and software for experimental purposes. This strategy is supported by a robust technology stack that includes tunable couplers and advanced integration features, designed to facilitate cutting-edge research. The partnership aims to empower researchers in exploring QEC technologies effectively, thereby contributing to the realization of practical quantum computing applications and advancing the field’s potential.
The Role of Quantum Error Correction in Fault-Tolerant Computing
Quantum error correction (QEC) is a critical enabler for fault-tolerant quantum computing, addressing the inherent fragility of quantum states and reducing computational errors. The deployment of IQM’s 300-qubit quantum computer in Finland represents a significant step toward advancing QEC research. This system, composed of two superconducting 150-qubit processors, is specifically designed to support experiments that explore error correction techniques essential for building reliable large-scale quantum computers.
The integration of these systems into Finland’s high-performance computing (HPC) infrastructure underscores the importance of leveraging existing computational resources to accelerate quantum research. By combining classical and quantum capabilities, researchers can more effectively simulate and test QEC protocols, paving the way for practical fault-tolerant quantum computing applications.
IQM’s commitment to providing hands-on access to its hardware and software platforms further supports this effort. Researchers will have direct control over qubits at the pulse level, enabling precise experimentation with error correction codes and circuit knitting techniques. This approach aligns with IQM’s broader strategy of fostering open and transparent collaboration within the quantum community.
The delivery of these advanced systems reflects a long-term partnership between IQM and VTT, building on previous contributions to Finland’s quantum ecosystem. By focusing on robust technologies such as tunable couplers and advanced integration features, IQM is helping researchers explore QEC more effectively, contributing to the realization of practical quantum computing applications.
IQMs Commitment to Open Platforms
IQM emphasizes an open platform approach, offering users direct access to hardware and software for experimental purposes. This strategy is supported by a robust technology stack that includes tunable couplers and advanced integration features, designed to facilitate cutting-edge research. The partnership with VTT aims to empower researchers in exploring QEC technologies effectively, thereby contributing to the realization of practical quantum computing applications and advancing the field’s potential.
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