More than 80 professionals have completed a six-month training program designed to expand Japan’s quantum computing workforce, a collaboration between PsiQuantum, the University of Tokyo, and Mitsubishi Chemical Corporation. The initiative, funded through NEDO’s Post-5G Information and Communication Systems program (2025, 2027), focuses on preparing industry for the arrival of fault-tolerant quantum computers, a critical step beyond current research. Mitsubishi Chemical Corporation is contributing industrial use cases in chemistry and materials science, broadening the scope of quantum application development beyond financial modeling. “Fault-tolerant quantum computers will only reach their full potential if we are prepared to use them effectively once they are built and deployed,” said Victor Peng, PsiQuantum Interim Chief Executive Officer. This program signals a commitment to building a sustainable quantum innovation ecosystem within Japan.
Japan’s Quantum Workforce: PsiQuantum, University of Tokyo, Mitsubishi Partnership
Participants, drawn from over 20 companies operating within Japan, are receiving instruction focused on the fundamentals of fault-tolerant quantum computing and gaining practical experience with tools like Construct, PsiQuantum’s platform for algorithm design and optimization. The partnership combines academic rigor with industrial relevance; the University of Tokyo leads the curriculum, while Mitsubishi Chemical Corporation contributes crucial industrial use cases in chemistry and materials science. This focused application area differentiates Japan’s approach from more common explorations in finance and optimization, reflecting a strategic alignment with key Japanese industries and a desire to translate quantum capabilities into economic benefits. The collaboration will expand to include joint research and development efforts over the next two years, with a shared objective of preparing for deployment on fault-tolerant quantum computers.
Takeshi Sato, University of Tokyo Associate Professor, emphasized the necessity of bridging the gap between quantum technologies and real-world challenges, stating, “Developing human resources capable of connecting quantum technologies with real-world challenges is essential for the advancement of quantum computing.” Qi Gao, Mitsubishi Chemical Corporation Distinguished Scientist, added, “Quantum computing has the potential to significantly accelerate innovation in chemistry and materials science,” underscoring the anticipated impact of this program on industrial advancement.
Construct Platform & Six-Month Training for Fault-Tolerant Quantum Computing
This collaborative effort addresses a critical need; as quantum computers move closer to practical application, a shortage of skilled personnel threatens to impede progress. The program uniquely combines academic rigor with practical industrial applications, preparing participants for the challenges of utilizing this emerging technology. Central to the training is access to Construct, PsiQuantum’s secure platform designed for the end-to-end process of algorithm design, analysis, and optimization for fault-tolerant quantum computing. Participants gain hands-on experience with this advanced tool while exploring potential use cases across various sectors, with Mitsubishi Chemical Corporation specifically contributing industrial applications in chemistry and materials science. This focus distinguishes the program from those prioritizing finance or optimization, highlighting a targeted approach to quantum computing’s potential within Japan’s industrial landscape.
Developing human resources capable of connecting quantum technologies with real-world challenges is essential for the advancement of quantum computing.
Takeshi Sato, University of Tokyo Associate Professor
