| Ebitani Laboratory |
|
   |
| Prof. Kohki Ebitani |
Design of Catalyst Surfaces for Creating Novel Functions
- Materials Science and Chemistry for Nano-Structured Catalysts - |
| Kaneko Laboratory |
|
 |
| Associate Prof. Tatsuo Kaneko |
Designing Material for Global Preservation by Controlling π-electrons |
| Kawakami Laboratory |
|
|
| Prof. Yusuke Kawakami |
Development of New Silicon-containing Functional Polymeric Materials |
| Sasaki Laboratory |
|
|
| Prof. Shintaro Sasaki |
X-ray analysis of intricate polymer structures |
| Shinohara Laboratory |
|
|
Associate Prof.
Ken-ichi Shinohara |
Direct Observation of Single-Molecules in π-Conjugated Polymers
Discovery of Principles and Flexible Functions beyond Proteins |
| Terano Laboratory |
|
|
| Prof. Minoru Terano |
Development of Next-generation Highly Functional Polyolefin Materials |
| Maenosono Laboratory |
Associate Professor Shinya Maenosono |
|
Associate Prof.
Shinya Maenosono |
Nanoparticle Technology: From synthesis to practical applications |
| Miura Laboratory |
|
|
| Associate Prof. Yoshiko Miura |
Glyco-biomaterials |
| Miyake Laboratory |
|
|
| Prof. Mikio Miyake |
Preparation and Characterization of Metal and Organic Nanocomposites to Develop New Functional Materials |
| Yamaguchi Laboratory |
|
|
Associate Prof.
Masayuki Yamaguchi |
Design of High-performance Polymer Materials Based on Applied Rheology |
