Creation of functional micro- and nano-structures for the strong photon-molecule coupling fields
 [ Proposed Research Subject ]

BACK  Nanoscale insight into localized surface plasmon using polymer nanosheet assembly
Institute of Multidicisplinary Research For Advanced Materials, Tohoku University
Masaya MITSUISHI, Associate Professor
[e-mail] masaya tagen.tohoku.ac.jp
[Speciality] Polymer Chemistry
[Keywords] Polymer, Ultrathin film, Photofunction
[Research Group Activities]
1. Enhanced Second Harmonic Generation from Hybrid Polymer Nanoassemblies
2. Design of Free-Standing Polymer Nanosheet Assembly
[Member] Tokuji MIYASHITA, Professor / Institute of Multidicisplinary Research For Advanced Materials, Tohoku University

BACK  Construction of useful LDI-MS sample plate for polymers using strong photon-molecule coupling
Graduate School of Engineering, Hokkaido University
Tetsu YONEZAWA, Professor
[e-mail] tetsu eng.hokudai.ac.jp
[Speciality] Nanomaterial Sciences, Mass spectroscopy
[Keywords] Nanoparticle, Mass Spectroscopy, MALDI-MS
[Research Group Activities]
1. Preparation of Nanomaterials
2. SALDI-MS
3. Corrosion Science
4. Surface modification of nanomaterials

BACK  Nano-patterning of organic-inorganic hybrid materials assisted by localized surface plasmon resonance
National Institute for Materials Science
Hiroyo SEGAWA, Senior researcher
[e-mail] SEGAWA.Hiroyo nims.go.jp
[Speciality] Inorganic material science
[Keywords] Two-photon absorption, Organic-inorganic hybrid materials, Photosensistivity, Surface plasmon
[Research Group Activities]
1. Nano-patterning of organic-inorganic hybrid materials at nanogaps of metals
2.Nano-patterning of organic-inorganic hybrid materials by plasmonic interference
3.Photoelectrochemistry between TiO2 nano patterns and Au
4.Fabrication of nano optics

BACK  Photoexited carrier dynamics and photovoltaic properties due to multiple exciton generation and surface plasomon effect
Department of Applied Physics and Chemistry, The University of Electro-Communications
Taro TOYODA, Professor
[e-mail] toyoda pc.uec.ac.jp
[Speciality] Applied Physics
[Keywords] Quantum dot, Sensitized solar cell, Multiple exciton generation, Surface plasmon effect
[Research Group Activities]
1. Characterization of ultrafast photoexcited carrier dynamics
2. Semiconductor quantumdot-senseitized photovoltaic device
[Member] Qing SHEN, Assistant Professor / Department of Applied Physics and Chemistry, The University of Electro-Communication

BACK  Plasmon microscopy with an axicon prism and its application to observation of self-organized polymer
Faculty of Engineering, Shizuoka University
Yoshimasa KAWATA, Professor
[e-mail] kawata eng.shizuoka.ac.jp
[Speciality] Applied Physics, Photonics
[Keywords] Plasmon, Near-field, Electric field enhancement, Microscopy, Self-organization
[Research Group Activities]
1. High Density Optical Data Storage
2. Near-Field Microscopy with Electric Microscopy
3. Compact Femto-Second Plused Fiber Laser
4. Light Control of Self-Orgnized Process
[Member] Wataru INAMI, Assistant Professor/ Division of Global Reserch Leaders, Shizuoka University
[Member] Atsuo MIYAKAWA, Resercher/ Faculty of Engineering, Shizuoka University

BACK  Inorganic-organic nanorods for photoelectrochemical devices
Institute for Integrated Cell-Material Sciences, Kyoto University
Hiroshi IMAHORI, Professor
[e-mail] imahori scl.kyoto-u.ac.jp
[Speciality] Organic chemistry, Photochemistry
[Keywords] Organic solar cell, Nanorod, Surface plasmon
[Research Group Activities]
1. Creation of artificial photosynthetic systems
2. Development of high-performance organic solar cells
3. Functionalization of nanocarbons
4. Construction of novel drug delivery systems

BACK  Enhanced photo-response of organic-inorganic hybrid materials doped with functional centers
Graduate School of Engineering, Osaka Prefecture University
Masahide TAKAHASHI, Professor
[e-mail] masa photomater.com
[Speciality] Materials science, Nano materials
[Keywords] Organic-inorganic hybrid materials, Photonics
[Research Group Activities]
1. Development of functional organic-inorganic hybrid materials
2. Self-organized fabrication of micro to macro structures and their applicaton
3. Novel functional materials by solventless reactions

BACK  Creation of enhanced photon fields by nonmetallic nanostructures
Graduate School of Engineering, Kobe University
Shinji HAYASHI, Professor
[e-mail] hayashi eedept.kobe-u.ac.jp
[Speciality] Mesoscopic Materials
[Keywords] Nanomaterials, Nanophotonics, Plasmonics
[Research Group Activities]
1. Si Nanophotonics
2. Enhanced light emission mediated by surface plasmons
3. Synthesis and optical properties of mesoscopic materials
[Member] Minoru FUJII, Professor / Graduate School of Engineering, Kobe University

BACK  Inorganic-hybrid nanostructure coupling to light fabricated by intense light field
Natural Science Center for Basic Research and Development, Hiroshima University
Ken-ichi SAITOW, Associate Professor
[e-mail] saitow hiroshima-u.ac.jp
[Speciality] Physical Chemistry, Photoscience of condensed matter
[Keywords] Laser ablation, Supercritical fluid, Nanocrystal, Condensed matter, SERS
[Research Group Activities]
1. Nobel nanostructured materials fabricated by supercritical fluid and laser ablation
2. Visible light emitting silicon nanocrystal
3. Nanostructured gold generating huge local electric field
4. Local structure of supercritical fluid studied by Raman spectroscopy

BACK  Development of plasmonic crystalline substrate for monitoring interfacial reactions and its expansion to IR frequencies
FC-Cubic, AIST
Ichizo YAGI, Team Leader
[e-mail] i-yagi aist.go.jp
[Speciality] Electrochemistry, Interfacial Spectroscopy
[Keywords] Electrochemical Interface, Plasmonic Crystalline, SERS, Microscopic Reflectance
[Research Group Activities]
1. Electrochemically stable plasmonic crystalline structured substrates
2. Direct observation of surface plasmon standing waves by microscopic reflectance
3. Plasmonic structures sensitive to the vibrational structures at solid/liquid interfaces
4. Electrocatalysis in nano-space
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