RESEARCH
Laboratory list
Our department, MATERIALS SCIENCE AND TECHNOLOGY, tackles the development
of advanced materials that have improved performance and useful functions.
The main research themes of the laboratories are shown below. Please click
the relevant lab if you would like more information.
APPLIED MATERIALS SCIENCE
Fundamental knowledge on physics of electrons and atoms is indispensable
for inventing completely new materials for electronics.
We are doing research and education of applied materials science from the
viewpoint of condensed matter physics, in close cooperation with MATERIALS
ENGINEERING group.
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Laboratory |
Division |
Staff |
Main research themes |
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TAKIMOTO, |
Theoretical Solid State Physics |
TAKIMOTO, Tetsuya |
Research on the mechanism of superconductivity in strongly correlated electron systems, and theoretical study of novel topological states. |
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MURAKAMI, Takahiro |
Hydrogen energy materials. |
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TSUBOI lab. |
Optoelectronics |
TSUBOI, Nozomu |
Crystal growth and optical properties of ternary and multinary semiconductors for new optoelectronics devices. |
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SASAKI lab. |
Metal Physics |
SASAKI, Susumu |
Nuclear-spintronics study on quantum computation and quantum physics. |
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TAKEDA lab. |
Superconductivity |
TAKEDA, Naoya |
Materials research of magnetic and superconducting properties. |
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NAKANO lab. |
NAKANO, Tomohito |
Electronic properties of strongly correlated electron system at multiple extreme condition. |
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MATERIALS ENGINEERING
We develop novel materials with new functions through research and education
concerning the control of substance surfaces and hybridization of materials.
Especially, our research targets environmentally compatible materials,
biodegradable materials, and biomaterials. Materials evaluation is also
indispensable for the practical use of developed materials.
Our research and education covers the entire process from development to
evaluation and production.
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Laboratory |
Division |
Staff |
Main research themes |
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YAGI lab. |
Inorganic nano-materials |
YAGI, Masayuki |
Development of photo-chemical energy conversion materials, development of multi-electron redox catalysts, water splitting by visible light. |
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YUI lab. |
YUI, Tatsuto |
Photochemistry, artificial photosynthesis, semiconductor photocatalyst, synthesis of photocatalyst, inorganic-organic hybrid material. |
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SAITO lab. |
SAITO, Kenji |
Metal complex-based syntheses of semiconductor nanowires and examination of the photocatalytic properties.
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YAMAUCHI lab. |
Polymer Hybrids |
YAMAUCHI, Takeshi |
Development of biomimetic sensors and actuators. |
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MITSUMATA lab. |
MITSUMATA, Tetsu |
Synthesis and Physical Properties of Stimuli-Responsive Soft Materials. |
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TANAKA lab. |
Biomaterials |
TANAKA, Takaaki |
Development and application of high performance biofunctional materials. |
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OCHIAI lab. |
OCHIAI, Akihito |
Physiological and X-ray crystallographic studies on antimicrobial protein toward application to functional food. |
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OHKI lab. |
Material Evaluation |
OHKI, Motofumi |
Creation and property evaluation of functionally coating materials. |
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