Organic Iontronics for Advanced Science and Technology
Organizers:
Representative
| Prof. Keiichi Kaneto | Osaka Institute of Technology |
Correspondence
| Prof. Mitsuyoshi Onoda | University of Hyogo | ss-syu02@eng.u-hyogo.ac.jp |
Co-Organizers
| Prof. Sadahito Uto | Osaka Institute of Technology |
| Dr. Hirotake Kajii | Osaka University |
| Prof. Izumi Kubo | Soka University |
| Prof. Wataru Takashima | Kyushu Institute of Technology |
| Prof. Keizo Nakayama | Kinki University |
| Prof. Shuichi Nagamatsu | Kyushu Institute of Technology |
| Prof. Yuki Hasegawa | Saitama University |
| Prof. Akira Baba | Niigata University |
| Prof. Shyam Sudhir Pandey | Kyushu Institute of Technology |
| Dr. Takeshi Fukuda | Saitama University |
| Prof. Akihiko Fujii | Osaka University |
| Prof. Hiroshi Moritake | National Defense Academy |
Scope:
The symposium of “Organic Iontronics for Advanced Science and Technology” is aimed to discuss the investigation of phenomena, novel functions and devices based on movements of ions as well as electron in organic materials, viewing the recent development and future technology.
The word of “Iontronics” is newly named by a combination of “Ion” and “Electronics” commonly used. Recently organic materials have also been attracted for new technologies, because of light weight, flexibility and low cost printable process as well as variety of novel properties, which are not attained by inorganic semiconductors. The Iontronics is a science and technology to create novel functions and devices originating from ions, other than imitating existing “Electronics”. The concept of “Organic Iontronics”, in which the roles of electron and ions are investigated along with the molecular structure and morphology of organic materials, is also a key technology in bioelectronics.
Topics:
1. Multifunctional Ｍaterials for Organic Iontronics
2. Functional and Electroactive Polymers for Soft Iontronics: Application and Aging
3. Nano/Molecular Iontronics and Photonicss
4. Bioelectronics
5. Characterization and Fabrication of Nano Structures for Organic Iontronics.