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Multi-physics based system
design for future ICT networks
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.
Research contents
We have set three research topics:
① development of elemental technologies for terahertz communication,
② multiphysics analysis of terahertz wave antennas, and
③ optical fiber communication for use in harsh environments.
about ASPIRE
The Adopting Sustainable Partnerships for Innovative Research Ecosystem (ASPIRE) program aims to maintain and improve Japan's scientific and technological capabilities, to connect top researchers in Japan and advanced STI countries and regions through international joint research, and to accelerate talent circulation across the world. We aim to promote pioneering R&D, as well as nurture and mobilize the next generation of research leaders.
News&Activities
2025.06.11
News
Symposium Report: “Radio and Optical Networks Convergence: Expectations and Challenges in Practical Applications”
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2025.03.13
News
[*Research Press Release] A wireless communication system compatible with the terahertz band was prototyped, achieving long-distance, high-capacity transmission using the 95 GHz band
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2024.12.27
News
Symposium on Radio and Optical Networks Convergence: Expectations and Challenges in Practical Applications
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2024.09.30
News
A symposium will be held in Tokyo on March 3, 2025 to celebrate the publication of the book “Handbook of Radio and Optical Networks Convergence”
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