en.Wedoany.com Reported - Hardware developer Oxford Quantum Circuits (OQC), financial services firm JPMorganChase, and semiconductor design company AMD have launched a research collaboration focused on exploring the integration of quantum systems with classical high-performance computing (HPC) nodes. The project leverages OQC's new specialized quantum-AI data center in London. This co-located infrastructure serves as an enterprise-grade security testing platform, allowing corporate and academic research teams to evaluate hybrid classical-quantum software configurations to meet global financial sector requirements for data replication, latency, and security standards.

This computing infrastructure aims to address operational friction encountered when offloading data from classical AI pipelines to early quantum coprocessors. Instead of using public non-deterministic cloud configurations to access quantum hardware, the London site physically integrates OQC's GENESIS superconducting quantum processor into a local enterprise framework, thereby avoiding network latency and data security risks. AMD provides the underlying classical computing hardware, driving the platform's AI, simulation, and data routing layers through high-density CPU and GPU infrastructure.

The joint research framework will advance three core computing tracks: hybrid workflow benchmarking, which tests the performance and reproducibility of hybrid quantum-classical algorithms in real financial scenarios, focusing on large-scale portfolio optimization problems; quantum machine learning (QML), which expands resource modeling frameworks to track how parameterized quantum circuits compress training time for dense classical neural networks; and circuit performance optimization, which develops custom classical AI models powered by AMD hardware to automatically perform error mitigation, map logic gates, and optimize circuit compilation directly on the OQC GENESIS superconducting substrate.

This deployment moves quantum acceleration from isolated laboratory environments into standard data centers, enabling it to execute production-grade enterprise workflows. JPMorganChase has been designated as the platform's first anchor user, with the platform expected to be fully operational within the next 12 months. Guided by JPMorganChase Global Chief Information Officer Lori Beer, AMD Chief Technology Officer Mark Papermaster, and OQC CEO Gerald Mullally, the testing phase will focus on determining how effectively classical supercomputing components can handle the syndrome extraction loops required to manage future scalable fault-tolerant quantum algorithms.

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