Green Device Education and Research Center
Green Device Education and Research Center is conducting researches on novel devices which will contribute to electric power saving or higher energy efficiency in various human activities in order to realize environment-friendly society.Collecting the wisdom of materials, device, circuit, analysis, and simulation, and utilizing nanotechnology, computer simulation, and advanced analysis/measurement techniques, we pursue high efficiency thermoelectric conversion system, non-volatile magnetic memory with low power consumption, and superconducting devices.
We also produce scientists/engineers who acquire advanced science/technology through the advanced researches.Futhermore, we share knowledges acuired through researches with the regional society and contribute to the growth of the regional industries and enonomies.
Center Members
| Director, IKEDA Teruyuki Professor | One-page summary | Lab | Thermoelectric materials, porous metals, nonequilibrium processing, combinatorial methods, atomic diffusion, phase diagram, phase transformation, solidification |
| Deputy Director, KOMINE Takashi Associate Professor | One-page summary | Lab | Functional materials and electronic device engineering |
| AONO Tomosuke Professor | One-page summary | Condensed Matter Theory, Nano Science | |
| SASAJIMA Yasushi Professor | One-page summary | Lab | Computer experiments on materials, Science and technology of thin solid films |
| TAKEDA Shigeki Professor | One-page summary | Lab | Wireless communication system, Antenna system |
| NISHI TSUYOSHI Professor | One-page summary | Lab | Metallic Physical Properties, Inorganic Material/Physical Properties |
| TASHIRO Suguru Associate Professor | One-page summary | たたら製鉄、Alワイヤボンディング、LSI用Cu配線、異種金属間接合、摩擦撹拌接合 | |
| MORI Kotaro Associate Professor | One-page summary | Lab | Electromagneto-solid Mechanics, Finite Element Method, Material Testing, Electronic Laminates, Bending, Smart Materials and Structures, Energy Harvesting |
| NAGANO Takatoshi Lecturer | One-page summary | Plastic working Simulation using Particle Method, Ab initio Calculation |