Fujitsu and Science Tokyo launch joint research hub for quantum hardware advancement and talent development

Quantum computers are expected to be a foundational technology that will transform society and industry across diverse fields such as materials development, drug discovery, finance, and manufacturing. However, realizing practical quantum computers requires implementing a large number of quantum bits that can be operated with high precision. Their development necessitates the continuous cultivation of highly specialized personnel capable of handling quantum hardware design, manufacturing, control, and evaluation. Furthermore, research and development in quantum hardware faces high barriers due to the need for a wide range of research infrastructure, including advanced facilities for quantum bit chips and manufacturing technology, large-scale cryocoolers for maintaining extremely low temperatures, and quantum bit control devices. Consequently, the number of personnel engaged in this field's R&D is limited, not only in Japan but globally.

Fujitsu and Science Tokyo have previously collaborated on establishing next-generation computing platforms beyond Science Tokyo's supercomputer "TSUBAME" and expanding the social application of such technologies through the "Fujitsu Next-Generation Computing Infrastructure Collaborative Research Cluster," a Fujitsu Small Research Lab. This new collaborative research cluster expands upon that research by incorporating quantum hardware research and talent development initiatives, aiming to pioneer new research areas that fuse HPC and quantum technologies.