Fujitsu and Tokyo University of Science Establish Joint Quantum-HPC Research Hub

Mirage News (citing Fujitsu and Science Tokyo) Japan

Overview

Fujitsu and Tokyo University of Science have launched the “Fujitsu Quantum & HPC Infrastructure Joint Research Cluster” at the university. This hub aims to cultivate talent in quantum hardware, research design, manufacturing, control, and evaluation technologies for quantum hardware, and pioneer new fusion research areas integrating high-performance computing (HPC) with quantum technologies. This strategic collaboration strengthens Japan’s quantum ecosystem.

In Depth

Background

Quantum computing, with its disruptive computational potential, is poised to profoundly transform future societal infrastructure and industrial structures. Research and development in quantum technology are accelerating in Japan, with an urgent need to foster specialized talent and establish foundational technologies, particularly through industry-academia collaboration. High-Performance Computing (HPC) technology is closely related to quantum computing’s evolution, making the integration of both indispensable for pioneering new research domains.

Key Findings / Results

Fujitsu Limited and Tokyo University of Science have announced the establishment of the “Fujitsu Quantum & HPC Infrastructure Joint Research Cluster” within the Tokyo University of Science campus. This new research hub represents a strategic initiative aimed at strengthening Japan’s quantum technology ecosystem.

The primary objectives of the joint research cluster are:

• Talent Development in Quantum Hardware Technologies: Providing educational programs and practical training to cultivate next-generation researchers and engineers who will lead the quantum computing field.
• Research into Quantum Hardware Design, Manufacturing, Control, and Evaluation Technologies: Focusing on fundamental technology development to enhance qubit stability, coherence times, and error correction capabilities. This may include diverse qubit technologies such as superconducting qubits, trapped ions, and neutral atoms.
• Pioneering New Fusion Research Areas Integrating HPC and Quantum Technologies: Advancing research into hybrid approaches that combine classical HPC with quantum computing for large-scale computational problems that are challenging for standalone quantum computers. This aims to complement and extend the capabilities of existing supercomputers and apply them to a wider range of scientific and technological challenges.

This joint research leverages Fujitsu’s advanced technological development capabilities and Tokyo University of Science’s fundamental research strengths and track record in human resource development.

Technical Significance & Outlook

The establishment of the “Fujitsu Quantum & HPC Infrastructure Joint Research Cluster” is expected to be a successful model for industry-academia collaboration in Japan’s quantum computing sector and play a crucial role in strengthening the domestic quantum ecosystem. Developing advanced quantum hardware technologies and cultivating the specialized talent to support them are essential for enhancing Japan’s international competitiveness. The fusion research with HPC demonstrates concrete pathways for applying quantum technology to complex real-world problems, with anticipated applications in drug discovery, materials science, financial optimization, and AI. This initiative is laying a robust foundation for Japan to establish global leadership in quantum technology and drive next-generation scientific and technological innovation.