Organizers:

Representative

· Prof. Hideki TANAKA

Shinshu University

Correspondence

· Prof. Hideyuki MURAKAMI

Shinshu University

[email protected]

Organizers

· Prof. Katsuya TESHIMA	Shinshu University
· Prof. Kazunari KATAYAMA	Kyushu University
· Prof. Yu TACHIBANA	Kyushu University
· Prof. Shotaro HIRAIDE	Kyoto University
· Prof. Koki URITA	Nagasaki University

Scope:

The aim of this symposium is to provide an overview of the latest research trends in isotope separation technologies, which are indispensable for the realization of fusion energy, spanning from the development of isotope separation materials to process and system design based on these materials, and ultimately to the establishment of a fusion fuel cycle. The symposium will cover a wide range of topics, including the development of materials for various isotopes separation such as hydrogen isotopes (deuterium and tritium) and lithium isotopes, materials discovery through computational science and data-driven approaches, high-efficiency material synthesis via inverse design, and the development of isotope separation processes. Through these discussions, the symposium aims to present future directions toward the establishment of a sustainable fusion fuel cycle.

Topics:

1. Development of Isotope Separation Materials
2. Materials Discovery through Computational Science and Data-Driven Approaches
3. High-Efficiency Material Synthesis via Inverse Design
4. Isotope Separation Processes and Systems
5. Fusion Fuel Cycle