Poland’s First Superconducting Quantum Computer by IQM
▼ Summary
– Poland is set to launch its first superconducting quantum computer, “Spark,” at Wrocław University of Science and Technology, marking a milestone for Eastern Europe in quantum computing.
– Spark, a five-qubit machine, operates at temperatures just above absolute zero and is primarily intended for training researchers rather than competing with classical supercomputers.
– Professor Wojciech Bożejko highlights Spark’s educational role, aiming to equip students with quantum programming skills and prepare Polish scientists for future quantum advancements.
– IQM, a leading European quantum startup, has raised $210 million and is developing more powerful quantum systems, with ambitions to achieve quantum utility by 2025.
– IQM’s CEO Jan Goetz will discuss quantum computing advancements at the TNW Conference, offering discounted tickets using the code TNWXMEDIA2025.
Poland is poised to make quantum computing history with its first superconducting quantum computer, marking a significant milestone for Eastern Europe. The cutting-edge system, developed in partnership with Finnish quantum hardware leader IQM, will be installed at Wrocław University of Science and Technology (WUST) later this year.
Dubbed “Spark,” this five-qubit machine represents Poland’s entry into the quantum computing arena. Unlike traditional computers, superconducting quantum processors require temperatures just above absolute zero to function—making them among the coldest operational environments on Earth. While Spark’s computational power remains limited compared to classical supercomputers, its real value lies in training the next generation of quantum-ready researchers.
Professor Wojciech Bożejko, head of WUST’s ICT faculty, emphasized the system’s educational potential. “This isn’t just about raw computing power—it’s about giving students hands-on experience with quantum programming,” he said. The university plans to use Spark for advanced research while preparing Polish scientists for the era of quantum utility, where quantum machines solve problems beyond classical computers’ reach.
IQM, Europe’s second-most-funded quantum startup, is already working on far more powerful systems. The Helsinki-based company has raised $210 million to date and operates the continent’s only private quantum chip fabrication facility. With ambitions to achieve quantum utility by 2025, IQM is rapidly scaling its technology, including systems with significantly higher qubit counts than Spark.
For those interested in the future of quantum computing, IQM’s CEO Jan Goetz will discuss these advancements at the upcoming TNW Conference. Attendees can secure discounted tickets using the code TNWXMEDIA2025 at checkout.
While Spark may be a small step in quantum terms, it’s a giant leap for Poland’s scientific community—bridging the gap between theoretical research and real-world quantum applications.
(Source: The Next Web)
