- Promising for reconfigurable functional photonic integrated circuit technologies -

- Clarification of the control law of light widely related to spectroscopy, laser processing, optical tweezers, information and communication, etc. -

-Contributing to the realization of ultrahigh-speed signal processing at terahertz frequency-

- Realization of elemental technologies for miniaturization and higher performance of radio frequency filters for wireless communications -

- For high-speed and large-capacity optical communication applications and improvement of accuracy in microwave generation and evaluation equipment -

～　Functional characterization of brain-mimicking culture by bioelectronics　～

～contribution to the construction and validation of a bio-digital twin as an on-chip organ model～

— Towards pathology examinations at the single-cell level —

～Paving the way for removing defects in quantum processors～

— Toward application as sensors in the chemical, biology, and rheology fields that can measure at desired locations in liquids —

～Demonstrating the Promise of Graphene as a Broadband High-Speed Photodetector Material～

- Advancing toward next-generation power devices contributing to carbon neutrality -

-Paving the way to reveal novel properties and functionalities in graphene-

-Contributing to Magnonics toward Ultra-low-power Devices-

- High-speed solution search for large-scale combinatorial optimization problems enabled with a large-scale optical computer -

December 14 - 17, 2021 (held online)