Quantum computing in Europe takes a firm step towards technological independence with the activation of EuroQCS-Spain, the third quantum computer at the Barcelona Supercomputing Center (BSC-CNS). This system, funded with €9.8 million by the European Commission and the Spanish Government — the latter contributed €4.8 million through the Secretary of State for Digitalization and Artificial Intelligence — marks a milestone as it is manufactured entirely with European technology.

An alliance with a Spanish seal

The project's protagonist is Qilimanjaro Quantum Tech, a spin-off from BSC, the University of Barcelona (UB), and the Institute of High Energy Physics (IFAE). This company, specialized in analog quantum computers, has led the chip design and software development, while the physical manufacturing was carried out in Gothenburg, Sweden, in collaboration with Do It Now. This approach ensures that every component, from architecture to programming, is of European origin, reinforcing the continent's quantum sovereignty.

Integration with MareNostrum 5: the first hybrid classical-quantum analog-digital system

EuroQCS-Spain has been installed in the renovated Torre Girona chapel, where the MareNostrum 5 supercomputer resides. This location is no coincidence: the quantum system integrates with the classical one, creating one of the world's first hybrid computing environments that combines digital and analog capabilities. While previous digital quantum computers (such as MareNostrum Ona) excel in mathematical problems, cryptography, and search algorithms, the new analog system opens the door to applications such as molecular modeling, simulation of physical phenomena, logistics optimization, and Quantum Machine Learning, essential for training AI models. This advance aligns with trends explored in Implementation of Generative AI in Workflows, where the integration of quantum technologies can enhance intelligent automation.

EuroQCS-Spain on the European quantum map

This computer joins the network of the European High Performance Computing Joint Undertaking (EuroHPC JU), which has already acquired six quantum systems across Europe. Of these, four — in Poland, Czechia, Germany, and France — are already operational. The initiative responds to the European Quantum Strategy, whose goal is to turn the region into a quantum power by 2030. In this context, public-private collaboration and the commitment to proprietary technology are key to reducing dependence on external suppliers, a recurring topic in debates on vendor neutrality.

Implications for businesses and IT professionals

The launch of EuroQCS-Spain is not only a scientific achievement but also opens opportunities for European industry and public administrations. The ability to tackle optimization and quantum machine learning problems can transform sectors such as logistics, pharmaceuticals, or finance. For IT professionals, this implies the need to acquire new skills in quantum computing, a field that, as noted in Beyond the Degree, demands continuous reinvention. Additionally, integration with cloud infrastructures like Azure, addressed in Advanced Solutions in Microsoft Azure, could facilitate access to these quantum resources from hybrid environments.

A quantum future with a European foundation

EuroQCS-Spain demonstrates that Europe can compete in the quantum race with its own technology. The combination of public investment, academic and business collaboration, and a long-term strategic vision lays the groundwork for the continent to lead the next computational revolution. As we have seen in other areas, such as cybersecurity (The Wholesaler as an Anchor of Trust), technological sovereignty is a strategic asset that cannot be neglected.

Original source: ComputerWorld. Analysis and adaptation by ForgeNEX.