Mission
Ultra-smart society developed by quantum technologies
Foundational quantum technology research aims to establish technologies for quantum computing, quantum communication, quantum sensing, etc., and conducts research and development of quantum materials and devices that are indispensable for these technologies, establishing foundational quantum technologies and promoting research and development for the creation of new quantum functions through integration with state-of-the-art optical technologies. We will also build a stable supply base of the world's most advanced quantum materials and promote their practical application and social implementation in a wide range of fields.
Core institutes ▶ Takasaki Institute for Advanced Quantum Science, Kansai Institute for Photon Science
Related institutes ▶ NanoTerasu Center, Institute for Quantum Life Science
Foundational Quantum Technology Hub
We are engaged in pioneering research and development of quantum materials and devices that exhibit advanced quantum functions, and in the establishment of a stable supply base for such materials and devices, utilizing our strengths in various quantum beam facilities such as ion beams, electron beams, lasers, and synchrotron radiation, and in advanced quantum beam technologies. Based on the quantum material and device technologies developed here, we will promote the development and industrial application of quantum computing, quantum sensing, quantum communication, and information devices, and link them to the realization of a future society that harmonizes economy, society, and environment, known as Society 5.0.
- Quantum Technology
- Quantum technology is a technology that makes use of the behavior of quantum particles, which are ultra-small particles in the microscopic world of atoms and electrons. Quantum technology is expected to be applied to quantum computers, highly sensitive quantum measurement and sensing, and high-security quantum networks, and to be developed in various fields such as medicine, materials manufacturing, finance, energy, and transportation.
Creation of quantum materials and devices and establishment of supply base
Using advanced quantum beam technology, we will develop technologies for the creation of solid-state spin qubits such as diamond NV centers, quantum materials that can be used as single-photon sources, and quantum devices such as quantum sensors and quantum repeaters using these materials. Furthermore, we will promote the utilization and practical application of quantum technology in industry, academia, and government by providing a stable supply of high-quality, high-performance quantum materials and devices and developing an environment for their use.
Development of cutting-edge laser technology and its integration with quantum material and device technology
We will promote the combination of optical technologies such as ultra-short pulse lasers with quantum material and device technologies, and carry out research and development of ultra-short pulse lasers and quantum state measurement and control technologies, aiming to realize ultra-fast and low-loss spin-photonic devices by optical control. In ultra-fast dynamics research, which is important in the manipulation of quantum functions by light, we use theory and simulation techniques to understand ultra-fast phenomena and clarify their physical mechanisms, and apply this knowledge to the creation of innovative quantum materials and devices and to the academic exploration of quantum life science.
Development and securing of quantum technology human resources for the next generation
In order to realize seamless social implementation of quantum technology developed at the hubs, we will welcome researchers and engineers from industry, academia, and government, and contribute to the development and securing of human resources in quantum technology who will play a key role in pioneering future quantum technology fields and strengthening international competitiveness through training and practice utilizing test beds established in the industry-academia collaborative open laboratory and participation in research, development and industrial application of quantum materials and devices.