PROJECTS

In this project, we aim to enable precise monitoring under high-radiation environments by developing a detector using high quality diamond for in-vessel inspection and by establishing radiation-resistant packaging technology.

This project aims to facilitate the use of the W-band, R&D efforts such as high-power Diamond amplifiers will be undertaken to establish fundamental technologies for transceiver amplifiers, which serve as key devices in the transceiver system.

This project aims to improve the manufacturing yield of diamond semiconductors and standardize in-house technologies. By achieving the establishment of robust manufacturing processes, it will significantly shorten product development cycles and facilitate horizontal deployment of manufacturing know-how.

This project will develop the elemental technologies necessary to enhance output performance through foundational studies of high-frequency diamond semiconductor devices.

This project plans the construction of the Ookuma Diamond Device First Plant, which will serve as the world’s first dedicated manufacturing base for diamond semiconductors. The proposed site is the Chuo Industrial Zone, located in Oaza Shimonokami Aza Hara, Okuma Town, Futaba District, Fukushima Prefecture.

This development aims to create diamond microprocessors and diamond memory devices that can ultimately be used in nuclear decommissioning and space applications, by leveraging diamond semiconductor technology with exceptional radiation resistance.

This project will develop the elemental technologies necessary to construct a wireless system that can ultimately operate inside reactor containment and pressure vessels.