New Materials Design and Synthesis (Chemistry)
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| Ebitani Laboratory |
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| Professor Kohki Ebitani | Design of Catalyst Surfaces for Creating Novel Functions -Materials Science and Chemistry for Nano-Structured Catalysts- |
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| Kaneko Laboratory |
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| Associate Professor Tatsuo Kaneko | Designing Material for Global Preservation by Controlling π-electrons | |
| Kawakami Laboratory |
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| Associate Professor Masaru Kawakami | Single Molecule Dynamics of Biomolecules with AFM | |
| Shinohara Laboratory |
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| Associate Professor Ken-ichi Shinohara | Direct Observation of Single-Molecules in π-Conjugated Polymers Discovery of Principles and Flexible Functions beyond Proteins |
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| Taniike Laboratory |
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| Associate Professor Toshiaki Taniike | Advanced Material Design based on Synergetic Exploration, Learning, and Prediction | |
| Terano Laboratory |
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| Professor Minoru Terano | Development of Next-generation Highly Functional Polyolefin Materials | |
| Nagao Laboratory |
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| Associate Professor Yuki Nagao | Nanoprotonics - Creation of Emergent Chemical Devices - | |
| Maenosono Laboratory |
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| Professor Shinya Maenosono | Nanoparticle Technology: From synthesis to practical applications | |
| Matsumi Laboratory |
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| Professor Noriyoshi Matsumi | Solid polymer electrolyte, Ionic liquid, Conjugated polymer, Bio-based polymer | |
| Matsumura Laboratory |
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| Associate Professor Kazuaki Matsumura | Functional polymeric biomaterials for controlling the functions of living systems | |
| Miyake Laboratory |
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| Professor Mikio Miyake | Preparation and Characterization of Metal and Organic Nanocomposites to Develop New Functional Materials | |
| Yamaguchi Laboratory |
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| Professor Masayuki Yamaguchi | Design of High-performance Polymer Materials Based on Applied Rheology | |
