Main research fields: Bio & Oxide Electronics and Photonics
Research Interests / Topics / Facilities, etc.: (1) Oxide Spintronics (2) Oxide Plasmonics (3) Ferrite Engineering for Solar Energy Harvesting System (4) Terahertz Spectroscopy and Imaging for Nano-bio Sensing Devices (5) “Yuragi” System based on Spin-glass and/or Relaxor Materials for Brain Mimetic Devices.
Web site: http://www.bioxide.t.u-tokyo.ac.jp/en/
Main research fields: Spintronics and related areas
Research Interests / Topics / Facilities, etc.：Spintronics, from synthesis of materials to development of devices. Within InCEPT, this group will seek further innovations in relation to nanophotonics.
Web site: http://www.cryst.t.u-tokyo.ac.jp/home/
Main research fields：Flexible photonics and electronics
Research Interests / Topics / Facilities, etc.：Organic electronic devices, such as organic thin-film transistors, organic photo-voltaic cells, organic photo-detectors, and organic light emitters, are integrated on plastic and elastomeric substrates in order to flexible photonic and electronic systems.
Research field：Crystal Interface
Research Interests / Topics / Facilities, etc.：(1) Electron Microscopy: To visualize all the elements from light to heavy atoms and reveal local electronic structures, we are developing new imaging and spectroscopic microscopy in atomic scale. (2) Interface and Grain Boundary Structures: Combining atomic-resolution electron microscopy with first principles calculations, we resolve the relationship between local atomic structure and unique functional properties emergent at interfaces or grain boundaries.
Web site: http://interface.t.u-tokyo.ac.jp/english/index.html
