Poznan University of Technology has deployed the IQM Radiance R1 quantum computer to advance research and education in Poland [1].
The installation represents a strategic shift toward localized quantum computing power. By hosting the hardware on-premises, the university can provide students and researchers with direct access to quantum processing, reducing reliance on cloud-based systems and accelerating the development of STEM capabilities within the region [1, 2].
This system is the first on-premises quantum computer for Poznan University of Technology [1]. The deployment marks the second operational quantum computer installed by IQM within Poland [1].
The university intends to use the Radiance R1 to spearhead quantum education and research [1, 2]. This initiative is designed to strengthen the technical infrastructure of the institution and provide a foundation for complex computational problem-solving that exceeds the capacity of classical computers.
By integrating this technology into its academic framework, the university seeks to attract and train a new generation of quantum scientists. The move aligns with broader efforts to position Poland as a competitive hub for emerging technologies in Europe [1, 2].
“The installation of the Radiance R1 system aims to boost STEM capabilities and quantum research in Poland.”
The transition from cloud-access quantum computing to on-premises hardware allows academic institutions to conduct more iterative and secure experimentation. For Poland, increasing the density of operational quantum computers suggests a national push to secure intellectual property and technical expertise in a field that is critical for future cryptography, materials science, and pharmaceutical research.
