Key Takeaways
- Poznan University of Technology (PUT) has installed its first on‑premises quantum computer, the IQM Radiance R1, supplied by IQM Quantum Computers.
- The deployment supports Poland’s national quantum technology roadmap and broader European efforts to build quantum expertise and sovereignty.
- On‑premises access enables hands‑on experimentation, hardware‑level research, and integration with academic curricula, moving beyond cloud‑only models.
- PUT will launch a new undergraduate “Quantum Technologies” program in October 2026, a master’s degree in quantum computing, and will host educational initiatives such as the Polish Quantum Olympiad and hackathons.
- IQM’s deployment model reinforces its strategy of customer‑owned quantum systems; the company is pursuing a Nasdaq listing via a business combination with Real Asset Acquisition Corp.
- The installation positions PUT among an elite group of universities worldwide with direct quantum infrastructure, aiming to educate future leaders and drive post‑silicon innovation.
Introduction
Poznan University of Technology (PUT) has taken a decisive step forward in quantum education and research by installing its first locally operated quantum computer. The system, IQM’s Radiance R1, was delivered and put into service by IQM Quantum Computers, marking a milestone for both the university and Poland’s burgeoning quantum technology landscape.
Strategic Alignment with National and European Goals
The installation aligns directly with Poland’s quantum technology development roadmap and with broader European initiatives aimed at strengthening scientific competitiveness, economic resilience, and technological sovereignty. By adopting a quantum system that matches national strategic priorities, PUT positions itself as an active contributor to the continent’s quantum agenda.
Rationale for Choosing IQM’s On‑Premises Solution
A decisive factor in PUT’s selection of IQM was the company’s focus on deployable, on‑premises quantum systems. Unlike cloud‑only access, owning a physical quantum computer grants researchers, students, and engineers direct, low‑latency interaction with the hardware, facilitating deeper experimentation and infrastructure integration.
Advantages of Local Quantum Access
Having a quantum computer on campus creates substantially broader opportunities for hands‑on learning, hardware‑level research, and seamless integration with existing laboratory equipment. Students can now run algorithms, test error‑mitigation techniques, and explore quantum‑classical hybrid workflows without relying on external cloud queues or network latency.
Leadership Perspectives on Ownership and Expertise
Jan Goetz, CEO and co‑founder of IQM Quantum Computers, emphasized that the deployment exemplifies IQM’s production‑quantum approach: institutions that own their machines can cultivate internal expertise and generate proprietary intellectual property. He noted that this move strengthens Poland’s role as a key hub for quantum development in Central and Eastern Europe.
Educational Expansion and Talent Pipeline
Starting in October 2026, PUT will launch a new undergraduate engineering program titled “Quantum Technologies,” complemented by a master’s degree focused on quantum computing. These academic offerings are designed to build a skilled workforce capable of advancing both theoretical and applied quantum science.
Outreach and Innovation Activities
Beyond formal degree programs, PUT plans to open the quantum computer to outreach initiatives such as the emerging Polish Quantum Olympiad for secondary‑school students, hackathons, workshops, and other innovation‑focused events. These activities aim to spark early interest in quantum concepts and foster a community of enthusiasts and future researchers.
Institutional Vision and Global Standing
Prof. Teofil Jesionowski, Rector of PUT, described the quantum computer launch as the beginning of a new era in student education, urging learners to actively shape the technological revolution rather than merely observe it. By providing access to a world‑class quantum system, PUT aspires to educate future leaders who can define new standards in global science and technology.
Contribution to the Quantum Ecosystem
The university intends to engage actively in the development of Poland’s and Europe’s quantum ecosystem, contributing research outputs, collaborating with industry partners, and participating in international programs such as Horizon Europe and European Research Council grants. This involvement is expected to amplify PUT’s impact beyond academia.
IQM’s Market Position and Future Plans
IQM Quantum Computers, a global leader in superconducting quantum systems, has sold 23 systems to customers worldwide and employs over 350 professionals across Europe, Asia, and North America. The company recently filed an F‑4 registration statement with the SEC, seeking to merge with Real Asset Acquisition Corp. (Nasdaq: RAAQ) and become the first publicly listed European quantum company on the Nasdaq Global Exchange, with a subsequent listing planned on Nasdaq Helsinki.
About Poznan University of Technology
PUT is a modern academic institution recognized for innovation, industry partnership, and leadership in the EUNICE (European University for Customised Education) alliance. It boasts world‑class infrastructure—including training aircraft, near‑zero‑energy buildings, and a photovoltaic farm—as well as internationally accredited programs and seasoned research teams. Through participation in major European research initiatives, PUT’s scholars regularly advance the frontiers of science and technology.
About IQM Quantum Computers
IQM Finland Oy (trading as IQM Quantum Computers) delivers full‑stack quantum computers and cloud platform access to universities, research labs, high‑performance computing centers, national laboratories, and enterprises. Its on‑premises deployment model ensures customers retain ownership and control of their quantum hardware. Founded in 2018 and headquartered in Finland, IQM continues to expand its footprint across Europe, Asia, and North America while pursuing a Nasdaq listing via its upcoming business combination.