IQM Quantum Computers, the leading European company in the field of quantum computing, has announced the launch of “IQM Spark.” This groundbreaking offering includes a superconducting quantum computer and customised learning experiences specifically designed for universities and research labs worldwide. With IQM Spark, IQM aims to democratise access to quantum computing and empower the next generation of quantum experts.
IQM Spark comes equipped with a 5-qubit quantum processing unit, providing users with the capability to conduct a wide range of research experiments. To support universities in kick-starting their quantum programs, IQM is offering free maintenance for one year, as well as comprehensive training on operating the system. These training materials will be accessible through IQM Academy, an intuitive online platform. This ensures that students at all levels, including bachelor, master, and Ph.D., have the opportunity to gain hands-on experience and learn about quantum computing.
Furthermore, IQM recognises the importance of equipping students with the necessary skillset for a quantum-enabled future. The learning materials provided with IQM Spark combine both hardware and software components, enabling universities to prepare their students for the evolving job market. IQM’s technical expertise and track record make them an ideal partner for universities looking to drive advancements in quantum science.
Dr. Kuan Yen Tan, Chief Technology Officer and Co-founder of IQM Quantum Computers, emphasises the significance of providing critical tools like IQM Spark to universities worldwide. He states, “The potential of quantum computing requires a diverse range of talents across various disciplines. Our system will facilitate the learning experience and engage students with the physical aspects of quantum computing.”
Dr. Björn Pötter, Head of Product at IQM Quantum Computers, highlights the company’s commitment to universities and research labs. He states, “We designed this offering to help universities and research institutions build their quantum expertise. IQM Spark will not only enable fundamental quantum experiments and generate interest in STEM subjects but also address the talent shortage and provide value to the job market.”
IQM has already delivered 5-qubit quantum computers to several universities and research institutions, including the VTT Technical Research Centre of Finland and the Leibniz Supercomputing Centre in Germany. The quantum computer at VTT has been successfully connected to LUMI, Europe’s most powerful supercomputer, hosted by the CSC – IT Center for Science. This collaboration has enabled users to take their first steps in developing quantum algorithms and gain practical experience in utilising this cutting-edge technology.
Prof. Dr. Dieter Kranzlmüller, Chairman of the Board of Directors of the Leibniz Supercomputing Centre, emphasises the challenges faced by universities in providing on-premises quantum hardware. He states, “On-premises quantum hardware is only available from a very limited number of vendors. Pricing and the lack of learning resources make it even harder to make this technology accessible for educational purposes.” IQM Spark aims to address these challenges by providing availability, learning resources, and affordability, ensuring that universities can educate the next generation of quantum computing experts.
The launch of IQM Spark represents a significant step towards democratising access to quantum computing. By providing universities and research labs with the necessary tools and resources, IQM is fostering the development of quantum expertise and driving scientific progress. This initiative not only benefits students and researchers but also contributes to the overall advancement of quantum science.
IQM Quantum Computers is at the forefront of the quantum computing revolution. With its extensive range of commercial quantum computers and a team of over 280 employees spread across multiple global locations, IQM is driving innovation in this rapidly evolving field. By offering on-premises quantum computers and collaborating with universities and research institutions, IQM is paving the way for a quantum-enabled future.