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Fujikura Selected for Quantum Computing Development Project

Fujikura Ltd., led by CEO Naoki Okada, is proud to announce that its proposal for a "Cryogenic Operating Miniature Cables and Connectors" has been accepted by NEDO under the project titled "Post-5G Information Communication System Foundation Strengthening R&D Project/Accelerating Development Towards the Industrialization of Quantum Computers". This initiative signifies a major step towards enhancing capabilities in quantum computing technology.

Collaborative Research Efforts

The project will be conducted in collaboration with Toshiba Corporation, represented by CEO Taro Shimada, the National Institute of Advanced Industrial Science and Technology led by President Kazuhiko Ishimura, and Utsunomiya University under President Taisuke Ikeda. With each organization bringing together its unique expertise, this joint undertaking aims to significantly advance the field of quantum computing.

Background of Quantum Computing

Quantum computers are anticipated to be transformative tools in diverse sectors such as drug discovery, finance, and beyond, surpassing the limitations of conventional computing. Countries around the globe are racing to develop quantum computers that meet the necessary specifications for industrial use. Among these, superconducting quantum computers are at the forefront of social implementation, necessitating components that can perform well under extremely low temperatures while also managing higher density and assembly reliability.

Project Overview

Fujikura has a long-standing history of providing high-quality wires and cables across various industries, including telecommunications, automotive, and energy sectors. Our contributions to the electronics field involve high-density cables and miniature connectors that enrich the functionality of electronic devices.

In this new project, we will leverage our expertise in fine wiring, precision machining, and joining technologies. We plan to develop various wiring modules essential for superconducting quantum computers, focusing on three key areas:
1. Superconducting High-Density Flat Cables and Connectors
2. Conventional High-Density Flat Cables and Connectors
3. Ultra-Fine Coaxial Cables and Connectors

These advanced wiring modules will facilitate high-density wiring and stable transmission of high-frequency signals in the ultra-cold environments required for superconducting quantum computers. They are pivotal in supporting the scaling up of quantum computing technology and expediting its implementation into society.

As we embark on this exciting venture, we aim to address the complexities of creating high-performance components that meet the industry's growing demands. Achieving a balance between technological advancement and mass production is our priority, ensuring that we contribute effectively to the evolution of quantum computing.

For further details on the grant approval, please visit the NEDO website.