Program in Advanced Materials Science; AMS
| Fields of Study | Name | Main Research Programs |
|---|---|---|
| Environmental and Chemical Materials Science | Tomohiko ISHII (Professor) |
Electronic and magnetic properties of organic and inorganic hybridized complexes |
| Shinobu UEMURA (Professor) |
Characterization of functional organic materials at interfaces | |
| Hirobumi SUNAYAMA (Associate Professor) |
Fabrication of functional polymer materials capable of molecular recognition | |
| Keishiro TAHARA (Associate Professor) |
Fabrication of organic electronics materials based on organic molecules and metal complexes | |
| Mitsuo HARA (Associate Professor) |
Soft matter electronics materials based on liquid crystals and polymers | |
| Yoji HORII (Associate Professor) |
Flexible functional materials based on organic-inorganic hybrid materials | |
| Opt-Electronics Materials Science | Shun KOSHIBA (Professor) |
Fabrication and characterization of semiconductor nanostructures |
| Yoshifumi SUZAKI (Professor) |
Fabrication and characterization of functional thin films and their surface | |
| Noriaki TSURUMACHI (Professor) |
Physics and applications of light-matter interactions | |
| Hayato MIYAGAWA (Professor) |
Fabrication and characterization of functional magnetic devices and materials |
|
| Takafumi ONO (Lecturer) |
Quantum information science with photons | |
| Engineering Materials Science | Takafumi KUSUNOSE (Professor) |
Development of structural ceramic composites with multifunctionality |
| Yasuhiro TANAKA (Professor) |
Improvement of structural materials, development of functional materials using microstructural analyses at an atomic level | |
| Hiroaki MATSUMOTO (Professor) |
Alloy design, microstructural control and deformation process of structural metallic alloys | |
| Kyosuke HIRAYAMA (Associate Professor) |
Assessment of microstructures and properties of metallic materials using synchrotron radiation and high-resolution microscopy | |
| Shinya MATSUDA (Associate Professor) |
Strength reliability and deformation, failure and fracture mechanisms of structural ceramics and fiber reinforced composites |