| Groups |
Research fields | Members | Topics |
| Surface science | Dr. HIGASHIYAMA, Kazuyuki Dr.KUBO Atsushi |
Creation of innovative technology on surface science. Fabrication and evaluation
of surface nano-structures. |
|
| Low temperature physics: electronic properties of nanostructures |
Prof. OOTUKA, Youiti Prof. KANDA, Akinobu Dr. MORISHITA, Masashi Dr. SAITOH Masamichi |
1. Electron transport in nano- and mesoscopic-structures, such as single
molecule, carbon nanotubes, graphene, clusters, and small tunnel junctions. 2. Novel superconducting states in mesoscopic superconductors 3. Quantum properties of 3He at ultra low temperatures 4. Development of low-temperature-related techniques |
|
| Magnetism (Oxide Science) | Prof. ONODA, Masashige |
Study of quantum spin-fluctuation, correlated electron, composite crystal, ion battery and novel-superconductor systems for transition-metal oxides by x-ray four-circle diffraction, NMR, ESR and other conventional techniques. |
|
|
Semiconductor physics |
Prof. NOMURA, Shintaro | Optical properties of quantum confined nano-structures, Semiconductor spintronics,
Near-field scanning optical microscopy |
|
|
Quantum Physics of Semiconductors (Optical) |
Prof. MASUMOTO, Yasuaki Prof. IKEZAWA, Michio Dr. TOMIMOTO, Shin-ichi |
Quantum Physics of Semiconductors (Optical): |
|
| Strongly Correlated Materials |
Prof. MORITOMO, Yutaka Dr. KAMIOKA, Hayato Dr. KOBAYASHI Wataru |
"Phase control/creation by photo excitation and/or application of pressure" Methods: crystal growth of oxides and organics, X-ray powder structural analysis, ultraviolet - mid-infrared spectroscopy, nano - femto second time- resolved spectroscopy, Synchrotron-radiation X-ray diffraction neutron diffraction |