The Italian Research Centre on High‑Performance Computing, Big Data, and Quantum Computing (ICSC) officially inaugurated the IQM Radiance 54‑qubit quantum computer at CINECA’s DAMA Tecnopolo campus in Bologna. This deployment marks a concrete step toward a hybrid computing ecosystem that blends classical super‑computing power with quantum‑level processing. By situating a production‑grade superconducting quantum system inside Europe’s leading supercomputing centre, researchers now have a ready‑to‑use platform for tackling optimisation problems, sophisticated simulations, and machine‑learning workloads that were previously out of reach for most academic and industrial teams. The installation is positioned as a “Production Quantum” asset—meaning the machine is owned, operated, and maintained on‑site, and is intended to deliver real‑world value rather than serving solely as a test‑bed. The launch also coincides with IQM’s pending public listing through its business combination with Real Asset Acquisition Corp (NASDAQ: RAAQ), which is slated for mid‑2026, underscoring the strategic importance of the system for both the company and Europe’s quantum roadmap.
IQM Radiance Quantum Computer Inaugurated at CINECA
The newly installed system, dubbed NOX, houses a 54‑qubit processing unit built by IQM Quantum Computers. As the first on‑premises superconducting quantum computer at CINECA and the second IQM machine to become operational in Italy, NOX expands the nation’s quantum portfolio and reinforces its standing among the world’s top ten supercomputing centres, where IQM already operates on‑premises systems. Sylwia de Weydenthal, IQM’s Chief Commercial Officer, emphasized that the delivery exemplifies “Production Quantum”: a quantum computer that users can own, operate, and extract tangible value from within an existing research infrastructure. She highlighted the milestone as a reinforcement of IQM’s role as a strategic partner for Europe’s HPC‑quantum infrastructure. The announcement also references IQM’s ongoing business combination with Real Asset Acquisition Corp, a move that will transition IQM into a publicly traded company by mid‑2026, potentially accelerating further deployments across Europe.
Integration with Leonardo Supercomputer
IQM Radiance is being tightly integrated into Leonardo, one of the world’s fastest supercomputers. This integration creates a hybrid high‑performance computing (HPC) platform that can seamlessly route workloads between classical processors and the quantum processing unit. Francesco Ubertini, Vice‑President of the ICSC and President of CINECA, explained that the addition of “SOL and LISA” to Leonardo forms an “integrated ecosystem” capable of handling a broad spectrum of tasks—from cutting‑edge AI models to traditional scientific simulations and emerging quantum algorithms. By embedding the quantum processor directly within Leonardo’s architecture, researchers can experiment with combined classical‑quantum paradigms without the latency and data‑movement penalties associated with remote quantum‑cloud access. The objective, as stated by the ICSC, is to provide a production‑ready environment where experimental hybrid workflows can be tested, refined, and eventually migrated into routine research pipelines.
Italian Quantum Infrastructure Context
The deployment aligns with Italy’s broader strategy to bolster national digital sovereignty and research capacity under the National Recovery and Resilience Plan (PNRR). Minister of University and Research Anna Maria Bernini framed the investment as part of a modern, competitive infrastructure that equips universities and research institutions with the tools needed to address major scientific, technological, and economic challenges. Antonio Zoccoli, President of the ICSC and the National Institute for Nuclear Physics (INFN), linked the resource to Europe’s need for a sustainable alternative to U.S. technology, especially given today’s geopolitical and energy instability. The project enjoys coordinated support from the Ministry of University and Research, CINECA, ICSC, and EuroHPC, reflecting a national commitment to strengthen Europe’s quantum and HPC capabilities and to translate advanced computing into tangible benefits for industry and public administration.
Key Takeaways
- IQM Radiance, a 54‑qubit superconducting quantum computer named NOX, was inaugurated at CINECA in Bologna, marking the first on‑premises quantum system at the centre and the second IQM machine in Italy.
- The quantum computer is being integrated into Leonardo, creating a hybrid HPC‑quantum platform that supports workloads ranging from AI to traditional simulation.
- The installation supports Italy’s PNRR‑driven agenda to enhance digital sovereignty and research infrastructure, with backing from the Ministry of University and Research, CINECA, ICSC and EuroHPC.
TechInsyte's Take
For CIOs and CTOs evaluating hybrid compute strategies, the CINECA deployment demonstrates a concrete example of quantum hardware embedded within an existing supercomputing ecosystem. While the system is operational, performance metrics and workload adoption rates have not been disclosed, leaving the timeline for broader enterprise use uncertain. Executives should monitor how the integrated Leonardo environment is leveraged by research teams and whether similar hybrid models become viable for commercial R&D pipelines.
Source: Businesswire
