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This collaboration marks a significant step toward practical quantum utility by integrating Qoro's software stack directly with the UK's national supercomputing infrastructure via the QRMI interface. By targeting specific challenges in electronic structure theory, the partnership moves beyond theoretical proofs to demonstrate tangible hybrid quantum-classical workflows within existing high-performance computing environments. This development highlights the industry's shift toward enterprise-grade software ecosystems that enable quantum acceleration for real-world scientific and industrial applications.
Qoro and Hartree Centre link quantum software to UK supercomputers

Qoro announced a collaboration with the STFC Hartree Centre, under a new Memorandum of Understanding (MoU), to develop hybrid quantum-classical computing capabilities. The project integrates Qoro’s software with the Hartree Centre’s high-performance computing infrastructure through the Quantum Resource Management Interface (QRMI), addressing a scientific problem in electronic structure theory and quantum chemistry.
Qoro’s Divi library now generates and routes high-performance computing jobs directly into the STFC Hartree Centre’s scheduler through the Quantum Resource Management Interface, or QRMI. This integration, detailed in a recent publication on arXiv, establishes an application-aware…
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