- Switzerland will install its first IBM quantum computer by the end of 2026.
- ETH Zurich will provide infrastructure and technical expertise.
- The new facility will help translate quantum research into practical applications.
- The project strengthens IBM's partnership with Lockheed Martin.
Switzerland is set to receive its first IBM quantum computer, with the IBM Quantum System Two expected to be operational at the Swiss National Supercomputing Centre (CSCS) by the end of 2026. IBM and Lockheed Martin are establishing a quantum innovation centre at ETH Zurich through an agreement with the Swiss Federal Procurement Office, armasuisse. The initiative aims to provide Swiss researchers, companies, and startups with direct access to advanced quantum computing hardware and expertise.
Quantum Computer Operation and Support
IBM will operate the Quantum System Two, which will be powered by the company's Nighthawk processor. ETH Zurich will provide the infrastructure, technical expertise, and access to the Swiss academic and industrial sectors, while also supporting education and workforce development. The system is expected to offer researchers a dedicated platform to develop quantum algorithms and test applications that could eventually be used in fields such as chemistry, materials science, optimization, and financial services.
This new facility is expected to provide Switzerland with a stronger foundation to translate quantum research into practical applications. Through ETH Zurich's participation in the innovation centre, there will also be cloud access to IBM's broader quantum computing resources. The initiative combines computing access with courses, certifications, workshops, hackathons, and other programs aimed at training quantum technology talent.
Promoting Quantum Technology Talent Development
ETH Zurich President Joël Mesot stated, "Switzerland will gain the necessary research infrastructure that allows us to further explore this emerging technology and to educate the workforce that will support its development." The project also expands the existing partnership between IBM and Lockheed Martin. The two companies plan to conduct research with selected Swiss academic institutions, focusing on quantum sensing for navigation and improving methods for metal alloy additive manufacturing.
Quantum sensing could eventually provide new approaches to navigation and other measurement challenges, while advances in additive manufacturing could improve the way metal parts are produced. Lockheed Martin stated that the collaboration will combine its work in quantum sensing and additive manufacturing with IBM's capabilities in quantum computing and artificial intelligence. Craig Martell, Vice President and Chief Technology Officer of Lockheed Martin, said, "The project expands Lockheed Martin's strategic relationship with IBM in the quantum and AI domains while positioning Switzerland as a leader in these critical frontier areas."
"It provides the resources and expertise to develop skills and foster joint research between the Swiss business, defense, and academic ecosystems." For IBM, the project also strengthens its long-term presence in Switzerland. The company stated that its Zurich Research Laboratory has been operating within the Swiss science ecosystem for decades. IBM and ETH Zurich recently began a 10-year program focused on foundational algorithm research for the AI and quantum eras.
Alessandro Curioni, Vice President of IBM Research and Director of the Zurich Research Laboratory, said, "As we continue to foster innovation with the Swiss community, we are thrilled to bring world-class quantum hardware, software, and expertise directly into Switzerland's thriving academic institutions and industries." The Quantum System Two is expected to be operational by the end of 2026, providing Swiss researchers with dedicated quantum computing resources and access to IBM's global quantum infrastructure.
The Future Potential of Quantum Computing in Switzerland
The upcoming IBM quantum computer in Switzerland is not only a technological breakthrough but will also serve as a crucial cornerstone for advancing local research and industrial development. Through the involvement of ETH Zurich, the project will combine the strengths of academia and industry to promote the application of quantum technology and the cultivation of talent. Furthermore, the collaboration between IBM and Lockheed Martin will further solidify Switzerland's leadership in areas such as quantum sensing and additive manufacturing, laying the foundation for future technological innovation.