Applied Chemistry
We seek individuals who wish to contribute to innovative developments for future society through creative research and studies founded on broad and international perspectives, utilizing high-level knowledge and technological proficiency in basic applied chemistry fields such as organic chemistry, inorganic chemistry, analytical chemistry, physical chemistry, and polymer chemistry.
Leading subjects
- Advanced organic chemistry
- Advanced inorganic chemistry I
- Advanced inorganic chemistry II
- Advanced analytical chemistry
- Advanced physical chemistry
- Advanced polymer chemistry
- Advanced quantum chemistry for energy conversion
- Advanced course in materials design for fuel cells
| Supervisors | Main topics of research | |
|---|---|---|
| Professor | IRIE Hiroshi | Development of materials for energy and environmental preservation |
| Professor | INUKAI Junji | Analysis of surface structure and electronic state of energy conversion materials |
| Professor | UCHIDA Makoto | Design of high-performance membrane electrode assemblies for fuel cells |
| Professor | OKUZAKI Hidenori | Polymer electronics and soft robotics |
| Professor | OBATA Makoto | Synthesis and application of functional polymers |
| Professor | KAKINUMA Katsuyoshi | Synthesis and analysis of nanomaterials for fuel cells |
| Professor | KUWABARA Tetsuo | Synthesis and development of functional supramolecular dyes |
| Professor | TAKEI Takahiro | Synthesis of functional inorganic porous materials |
| Professor | NOHARA Shinji | Preparation and characteri zation of electrodematerialsforsupercapacitors |
| Professor | MIYAJIMA Naoya | Surface modification and applications of porous materials |
| Professor | MIYATAKE Kenji | Synthesis and characterization of polymer electrolyte membranes for fuel cells |
| Professor | YANAGI Hiroshi | Exploration of new functional semiconductors |
| Professor | YONEYAMA Naoki | Single crystal growth and physical properties of organic conductors |
| Professor | WADA Satoshi | Development of environmentally friendly electroceramics with high performance by nanostructure control |
| Professor | WATAUCHI Satoshi | Development of techniques for crystal growth using infrared convergent heating systems |
| Research Professor | MIYAO Toshihiro | Nanostructured catalysts for hydrogen production |
| Associate Professor | INOUE Kumi | Electrochemical biosensors and biosensing methods |
| Associate Professor | UETA Ikuo | Analysis of trace volatile organic compounds |
| Associate Professor | UENO Shintaro | Development of high-performance ceramic composites by microstructural control |
| Associate Professor | KUZUME Akiyoshi | Analysis of nano-interfacial electrochemistry |
| Associate Professor | SAKANE Hideto | Analysis of local structure and character of inorganic compounds |
| Associate Professor | TAKASHIMA Toshihiro | Design of multi-electron transfer catalysts for artificial photosynthesis |
| Associate Professor | FUJII Ichiro | Fabrication and characterization of ferroelectric ceramics |
| Associate Professor | YONEZAKI Yoshinori | Synthesis and structure analysis of inorganic photofunctional material |
| Assistant Professor | SATO Hajime | Drug Discovery Research Based on Computational Chemistry, Organic Synthesis, and Genetic Engineering |
Note: Some professors affiliated with this course are also in charge of the Advanced Material Science Course and/or Special Educational Program for Green Energy Conversion Science and Technology.