Poland Poznan University Introduces IQM Quantum Computer For Education

The Poznan University of Technology (PUT) has officially entered a new era of advanced scientific research and education with the installation of its first locally deployed quantum system, the IQM Radiance R1, developed by IQM Quantum Computers. This marks a significant milestone for Poland’s quantum computing ecosystem, as the system becomes the second operational quantum computer installed in the country by IQM, reinforcing Poland’s growing role in next-generation technologies across Europe.

The launch event, attended by key national and international figures including Poland’s Minister of Science and Higher Education Dr. Marcin Kulasek, IQM CEO Jan Goetz, Chief Commercial Officer Sylwia de Weydenthal, and PUT Rector Prof. Teofil Jesionowski, symbolized a broader commitment to strengthening STEM education (Science, Technology, Engineering, and Mathematics) and accelerating research capabilities through cutting-edge infrastructure. The installation of the IQM Radiance R1 aligns closely with both Poland’s national quantum development roadmap and wider European Union strategies focused on technological sovereignty and innovation leadership in quantum sciences.

Unlike cloud-only quantum access models, the on-premises quantum computer installed at Poznan University of Technology provides students, researchers, and engineers direct access to real quantum hardware within the campus environment. This approach significantly enhances opportunities for hands-on experimentation, deeper system-level understanding, and integration with existing research infrastructure. It also allows the university to bridge theoretical learning with practical quantum engineering, an essential step in building a skilled workforce for the future of computing.

The university emphasized that its decision to adopt IQM’s quantum computing platform was driven by the company’s “production quantum” philosophy, which enables institutions to own and operate physical quantum systems rather than relying solely on remote access. According to IQM leadership, this model empowers universities to build internal expertise, develop intellectual property, and contribute meaningfully to the global quantum technology landscape. This strategy is expected to strengthen Poland’s position as a Central and Eastern European hub for quantum innovation, while also supporting broader European ambitions in advanced computing.

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Educational transformation is at the core of this initiative. Starting in October 2026, Poznan University of Technology will introduce a dedicated engineering program in Quantum Technologies, aimed at preparing the next generation of scientists and engineers. In parallel, the university plans to launch a master’s program focused specifically on quantum computing, offering students structured academic pathways into one of the fastest-growing fields in science and technology. These programs will be supported by access to the IQM Radiance R1 system, enabling students to gain real-world experience with quantum algorithms, hardware behavior, and experimental research.

The university also intends to extend access to younger learners through initiatives such as the Polish Quantum Olympiad, hackathons, and innovation challenges designed for secondary school students. These programs are expected to stimulate early interest in quantum science and broaden participation in advanced STEM disciplines across Poland.

University leadership highlighted that the introduction of the on-premises quantum computer represents not only a research advancement but also a transformation in education. By embedding quantum technology directly into academic life, PUT aims to ensure students actively participate in shaping future technologies rather than simply studying them theoretically. This vision aligns with broader European efforts to strengthen competitiveness, economic resilience, and innovation capacity through strategic investment in quantum systems.

On the industrial side, IQM Quantum Computers, which has already deployed 23 systems globally, continues to expand its footprint. The company has also announced a business combination with Real Asset Acquisition Corp. (Nasdaq: RAAQ) and has filed an F-4 registration statement as part of its planned listing on the Nasdaq Stock Exchange, with additional intentions to list on Nasdaq Helsinki following completion.

Together, these developments position both IQM Quantum Computers and Poznan University of Technology at the forefront of a rapidly evolving quantum ecosystem that integrates quantum computing, artificial intelligence, and high-performance computing (HPC) into a unified vision for the future of science and education.