Shimadzu invests in OptQC to advance next-generation R&D infrastructure for drug discovery
核心洞察
Shimadzu Corporation (搜索) has invested in OptQC Inc. (搜索), a University of Tokyo spinout, through its Shimadzu Future Innovation Fund corporate venture capital arm.
OptQC is developing optical quantum computers that operate at room temperature and atmospheric pressure, reducing energy consumption compared to superconducting systems.
The technology is expected to solve complex computational problems with potential applications in drug discovery, materials development, and semiconductor research.
Japan-based Shimadzu Corporation (搜索) has invested in OptQC Inc. (搜索), a startup originating from The University of Tokyo, through its Corporate Venture Capital (CVC) fund, the "Shimadzu Future Innovation Fund" (Shimadzu FIF). The investment aims to advance next-generation R&D infrastructure for drug discovery by supporting the development of optical quantum computers.
OptQC is developing optical quantum computers, a next-generation information processing technology that utilizes the principles of quantum mechanics. These systems are expected to solve complex computational problems that would take conventional supercomputers an enormous amount of time, with potential applications in drug discovery, materials development, semiconductor research, and other fields.
The Optical Quantum Computing Approach
OptQC's technology is based on an optical quantum computing approach established by Professor Akira Furusawa and his research team at the Graduate School of Engineering, The University of Tokyo. A key feature of this approach is that the system does not need to become significantly larger as the number of qubits increases.
Unlike superconducting quantum computers, which require operation at extremely low temperatures, optical quantum computers can operate at room temperature and atmospheric pressure, thereby reducing energy consumption.
A Competitive and Strategic Landscape
Various approaches to quantum computing, including superconducting, trapped-ion systems, and optical systems, are currently under development. However, no standard technology has yet been established, and global competition to develop practical quantum computers is intensifying. The Japanese government is also promoting the advancement of quantum technologies as a strategic priority.
Milestones and Deployment
OptQC was selected for a NEDO project in 2025, and its first system was installed at the National Institute of Advanced Industrial Science and Technology (AIST) in July 2026.