• 【nano tech Special Symposium】 Nanotechnology Accelerates Quantum Technology Innovation

    Main Theater (East hall 4)
    Jan. 29, 2025 (Wed.)
    【Organizer】nano tech executive committee
    【Time】15:00-16:40
    Full Free Pre-Registration required

    *This symposium will be in Japanese only and there will be no simultaneous translation.

    Jan. 29, 2025 (Wed.) 15:00-15:25
    Full Free Pre-Registration required
    Venue : Main Theater (East hall 4)
    Japan’s Promotion Measures for the Development of Quantum Industries

    Dr. Akihiro SATO
    Cabinet Office, Government of Japan
    Secretariat of Science, Technology and Innovation Policy
    Director for Quantum and Materials

    Dr. Akihiro SATO

    Jan. 29, 2025 (Wed.) 15:25-15:50
    Full Free Pre-Registration required
    Venue : Main Theater (East hall 4)
    Construction of the Global Ecosystem for the Industrialization of Quantum Technology

    Dr. Masahiro HORIBE
    National Institute of Advanced Industrial Science and Technology (AIST)
    Global Research and Development Center for Business by Quantum-AI Technology (G-QuAT)
    Deputy Director

    Dr. Masahiro HORIBE

    Jan. 29, 2025 (Wed.) 15:50-16:15
    Full Free Pre-Registration required
    Venue : Main Theater (East hall 4)
    Toward Fault-Tolerant Quantum Computer

    Prof. Masahiro KITAGAWA
    Osaka University
    Center for Quantum Information and Quantum Biology
    Director

    Prof. Masahiro KITAGAWA

    Jan. 29, 2025 (Wed.) 16:15-16:40
    Full Free Pre-Registration required
    Venue : Main Theater (East hall 4)
    Quantum Sensing and Imaging with Diamond

    Prof. Norikazu MIZUOCHI
    Kyoto University
    Institute for Chemical Research
    Professor

    Prof. Norikazu MIZUOCHI

    【Abstract】

    Recently, color centers in diamonds, called NV centers, have been attracting attention as quantum sensors with high sensitivity and high spatial nanoscale resolution. In NV centers, a single center can be optically observed at room temperature, and the spin of the NV center can be controlled and detected. The spin has an exceptionally long spin coherence time as spins in solids, and this characteristic makes it possible to apply it to highly sensitive quantum sensors. In addition, it has been shown that magnetic fields, electric fields, temperature, pressure, pH, etc., can be measured with high sensitivity, it is expected to be applied in a wide range of fields. In addition, since a single NV center can be measured, high spatial resolution at the nanometer level can be achieved. In the presentation, I will introduce some applications of diamond quantum sensors and expectations in the field of life science.

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