Materials Characterization and Device (Physics)
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Characterization and Device (Physics)
| Iwasaki Laboratory |    |
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|---|---|---|
| Associate Prof. Hideo Iwasaki | Creation of highly
functional materials -Approach based on electronic transport phenomena- |
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| Otsuka Laboratory | |
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| Prof. Nobuo Otsuka | Exploration of electron correlation phenomena in semiconductors with molecular beam epitaxy | |
| Koyano Laboratory | |
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| Associate Prof. Mikio Koyano | Energy Conversion in
Nano-space - Thermoelectric Conversion and Low-dimensional Properties - |
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| Shimoda Laboratory |  |
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| Prof. Tatsuya Shimoda | Direct Formation of Electronic Devices Using Functional Solution |
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| Suzuki Laboratory | |
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| Associate Prof. Toshi-kazu Suzuki | Compound semiconductor materials and devices for ultra-high-speed electronics | |
| Takamura (Yukiko) Laboratory |
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| Associate Prof.
Yukiko Yamada- Takamura |
Development of nanomaterials based on the understanding of surface and interface | |
| Tomitori Laboratory | |
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| Prof. Masahiko Tomitori | New frontier in surface
science on nano scale: direct observation, measurements and fabrication of nano structures |
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| Friedlein Laboratory | |
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| Associate Prof. Rainer Friedlein | Electronic structure of supramolecular nanostructures, surfaces and interfaces | |
| Horita Laboratory | |
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| Associate Prof. Susumu Horita | Creation of Novel Electron Devices and Their Materials |
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| Matsumura Laboratory | |
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| Prof. Hideki Matsumura | Development of the novel
thin film formation method and its application to semiconductor device manufacturing processes |
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| Mizuta Laboratory | |
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| Prof. Hiroshi Mizuta | Hybrid Nanoelectronics and Atom-scale Devices - Emerging Nanotechnologies for 'More-than-Moore' and 'Beyond CMOS' Era | |
| Mizutani Laboratory | |
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| Prof. Goro Mizutani | Active Solid Surfaces and Functional Interfaces Investigated by Nonlinear Optical Effects | |
| Murata Laboratory | |
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| Prof. Hideyuki Murata | Soft Matter Devices - An Inter disciplinary Research Field that Integrates Chemistry and Physics | |
| Yamada Laboratory | |
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| Prof. Syoji Yamada | Semiconductor Spintronics
and Micro-machine: Novel Fields of Compound Semiconductor Research |
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| Lee Laboratory | |
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| Associate Prof. Jaedong Lee | Toward theoretical understanding of photoinduced ultrafast dynamics of correlated electron systems and their application | |
