Poland’s Poznan University of Technology Unveils IQM Quantum Computer to Drive Research And Education
Publish Date: 2026-05-26 04:09:00
Source Domain: thequantuminsider.com
Insider Brief
- Poznan University of Technology launched its first locally installed quantum computer, deploying the IQM Radiance R1 from IQM Quantum Computers to support quantum education, research, and hardware-level experimentation.
- The on-premises deployment gives researchers, students, and engineers direct access to a physical quantum computer on campus, expanding opportunities for infrastructure integration, hands-on training, and development of local quantum expertise compared with cloud-only access models.
- The installation supports Poland’s national quantum technology roadmap and broader European quantum initiatives, while complementing new undergraduate and master’s degree programs in quantum technologies planned by the university beginning in 2026.
PRESS RELEASE — Poznan University of Technology (PUT) today launched its first locally installed quantum computer, deployed by IQM Quantum Computers, to advance education and scientific research in the field of quantum technologies.
The installation of the IQM Radiance R1 system at the university aligns with the strategic objectives outlined in Poland’s quantum technology development roadmap, as well as broader European initiatives in this area.
Poland has a strong foundation in quantum technologies, particularly in STEM (Science, Technology, Engineering, and Mathematics) disciplines, built on high academic standards currently supported by significant strategic investments from the government.
One of the key factors behind the university’s decision to select IQM’s offering was the company’s approach based on deployable, on-premises quantum systems, providing researchers, students, and engineers with direct access to a real quantum computer installed locally on campus.
This creates significantly broader opportunities for hands-on experimentation, infrastructure integration, education and hardware-level research compared to cloud-only access models.
