Hidetoshi Oikawa
Professor
Tsunenobu Onodera
Assistant Professor
Keywords
  • organic nanocrystals
  • hybridized nanocrystals
  • directed-assembled nanostructure control
  • photonic materials

Major Grad.Sch. of Science
Web Site http://www2.tagen.tohoku.ac.jp/lab/oikawa/

Creation of novel organic-inorganic hybridized nanocrystals for next-generation photonic device materials

In current material science, hybridized nanomaterials are expected to exhibit the peculiar optoelectronic and photonic properties, which are strongly dependent on combination of organic and inorganic components, size and shape, inner structure, and interface interaction. Aiming to develop photonic device materials, our research group has extensively studied on mass-production of well-defined organic nanocrystals, design of organicinorganic hetero nano-interface and hybridization method, directed- assembled nanostructure-control, and evaluation of optoelectronic and photonic functions. In addition, surface plasmon-assisted multi-photon polymerization, nanocrystallization of photochromic materials and charge-transfer complex, and polymer thin films having inverse-opal periodic structure are also now in progress.

Themes

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