Poznan University Launches IQM Radiance R1 Quantum Computer, Adding 2026 Degree Programs
Updated
Updated · The Quantum Insider · May 26
Poznan University Launches IQM Radiance R1 Quantum Computer, Adding 2026 Degree Programs
5 articles · Updated · The Quantum Insider · May 26
Poznan University of Technology has put its first on-campus quantum computer into operation, installing IQM’s Radiance R1 for direct use by researchers, students and engineers.
On-premises access was central to the purchase because it allows hands-on experimentation, infrastructure integration and hardware-level research that cloud-only access cannot fully provide.
October 2026 will bring a new Quantum Technologies engineering program, alongside a master’s track in quantum computing and access for events including the Polish Quantum Olympiad and hackathons.
The deployment fits Poland’s quantum technology roadmap and wider European efforts to build scientific competitiveness, economic resilience and technological sovereignty.
IQM said the Poznan system is its 23rd sale worldwide, underscoring Poland’s push to become a quantum hub in Central and Eastern Europe.
Beyond academic prestige, what real-world problems will Poland’s new quantum computer actually solve in the near future?
With quantum computers costing millions, is buying local hardware better than cheaper, more powerful cloud access for universities?
As the quantum race heats up, can Europe overcome critical supply chain bottlenecks to build its sovereign technology?
Poland’s Quantum Leap: IQM Radiance R1 Launch at Poznan University of Technology Sets Regional Benchmark for On-Premises Quantum Computing (May 2026)
Overview
The launch of the IQM Radiance R1 quantum computer at Poznan University of Technology in May 2026 marks a major milestone for Poland and Central and Eastern Europe. By providing on-premises access to advanced quantum hardware, the deployment moves beyond the limits of cloud-only quantum computing. Researchers and educators now have direct, hands-on control over the system, which is crucial for accelerating research and development. This direct access enables deeper experimentation, optimization, and the creation of new quantum algorithms, while also enhancing security and fostering a deeper understanding of quantum phenomena.