Our research project, "Multiphysics ICT System Design," aims to integrate knowledge across a wide range of fields, including mechanical engineering and climate science, in addition to electronics and communications engineering. Hence, it aims to significantly improve the capabilities of the various transmission media supporting next-generation information communication networks and establish system design principles.

Designing ICT systems through multiphysics analysis allows us to create networks suited to diverse environments worldwide, including advanced and developing nations. Researchers from Japan, Germany, and France are investigating terahertz waves as a vital new transmission medium, integrating them with optical networks to develop communications with superior environmental resistance. We aim to promote knowledge sharing and build highly competitive international teams through workshops and joint experiments. Our objective is to demonstrate the performance of globally installed networks academically and theoretically and to establish design guidelines for optimizing the performance of actual networks.

In addition, through international collaborative research, we aim to help students and young researchers deepen their specialized knowledge and acquire skills for advancing projects towards social implementation and international cooperation.

We are building a research foundation to enhance social development through highly competitive international teams.

This project is supported by the Japan Science and Technology Agency (JST) under the Adopting Sustainable Partnerships for Innovative Research Ecosystem (ASPIRE).

ASPIRE（Adopting Sustainable Partnerships for Innovative Research Ecosystem）
is a research support program designed to:

● Build a network among the world's top research talent.
● Promote Japan’s participation in the international top research community.
● Nurture and mobilize future research leaders.

ASPIRE Official Website
https://www.jst.go.jp/aspire/en/index.html