Home > Field of Cooperation > Materials (Nanotechnology) > Data-driven computational design of high-performance thermoelectrics in atomic layers and topological materials
Data-driven computational design of high-performance thermoelectrics in atomic layers and topological materials |
| Principal Investigator / Affiliation | Fumiyuki Ishii (Associate Professor) / Kanazawa University  Japan |
|---|---|
Tosawat Seetawan (Professor) / Sakon Nakhon Rajabhat University  Thailand |
|
Melania S. Muntini (Lecturer) / Sepuluh Nopember Institute of Technology  Indonesia |
|
| Year Adopted | 2021 |
| Research Period | 3 years |
| General Description of the Research Project | This cooperative research project aims to achieve high-performance thermoelectrics based on two-dimensional atomic layers and topological materials using cutting-edge computational tools assisted by experimental data. By this integrated approach, the project may give better thermoelectric materials design that will contribute to understanding both conventional and exotic thermoelectric materials as well as to the development of new thermoelectric applications |
| Photo Gallery | |
| Reports | |
| Links |
Researchers
| Principal Investigator / Country of Research Team | 
Fumiyuki Ishii Japan
Tosawat Seetawan Thailand
Melania S. Muntini Indonesia |
|---|