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

BACK  Fabrication of nano&microspaces for control of electric field of incident light using ordered porous structures
Department of Applied Chemistry, Tokyo Metropolitan University
Hideki MASUDA, Professor
[e-mail] masuda-hideki c.metro-u.ac.jp
[Speciality] Electrochemistry, Materials chemistry
[Keywords] Porous alumina, Nanohole array, Dot array, Nanomaterial
[Research Group Activities]
1. Self-organization based on electrochemical process
2. Highly ordered nanohole array
3. Templating for nanomaterials
4. Highly ordered 3-dimensional array
[Member] Kazuyuki NISHIO, Associate Professor / Department of Applied Chemistry, Tokyo Metropolitan University
[Member] Takashi YANAGISHITA, Assistant professor / Department of Applied Chemistry, Tokyo Metropolitan University
[Member] Toshiaki KONDO, Researcher / Special Research Laboratory, Kanagawa Academy of Science and Technology

BACK  Analysis of photon-localization within integrated functional structures using narrow-band laser microimaging spectroscopy
Research Institute for Electronic Science, Hokkaido University
Keiji SASAKI, Professor
[e-mail] sasaki es.hokudai.ac.jp
[Speciality] Applied Physics, Applied Optics, Quantum Optics
[Keywords] Microcavity, Microspectroscopic imaging, Nanomicrostructures, Photon localization, Enhanced photophysical reaction
[Research Group Activities]
1. Enhancement of light-molecule interaction using a taper fiber coupled microspherical cavity
2. Analysis of laser operation in a microstructure using a FDTD method combined with rate equations
3. Development of narrow-band laser microimaging spectroscopy system
[Member] Hideki FUJIWARA, Associate Professor / Research Institute for Electronic Science, Hokkaido University

BACK  Spatial-arrangement of nano-objects based on monolayer lithography
Department of Materials Science and Engineering, Kyoto University
Hiroyuki SUGIMURA, Professor
[e-mail] hiroyuki-sugimura mtl.kyoto-u.ac.jp
[Speciality] Materials Science and Engineering
[Keywords] Self-Assembled Monolayer, Microfabrication, Surface Finishing, Scanning Probe Microscopy
[Research Group Activities]
1. Microfabrication and surface fishing using vacuum ultra-violet light
2. Electrochemical process for surface finishing
3. Regulated surface chemical reractions in minute domains toward nanostructuring
4. Scanning probe microscopy for surface sensing in nano - molecular scales
[Member] Kuniaki MURASE, Associate Professor / Department of Materials Science and Engineering, Kyoto University
[Member] Takashi ICHII, Assistant Professor/ Department of Materials Science and Engineering, Kyoto University
[Member] Nobuo SATOH, Assistant Professor/ Department of Materials Science and Electrial Engineering, Kyoto University

BACK  Fabrication and integration of nano-structured optical devices for strong photons-molecules coupling fields
Research Institute for Electronic Science, Hokkaido University, Professor
Junji NISHII, Principal Researcher
[e-mail] nishii es.hokudai.ac.jp
[Speciality] Optical Device
[Keywords] Grating, Surface Plasmon, Microfabrication
[Research Group Activities]
1. Fluorescence imaging enhanced by grating-coupled surface plasmon resonacne
2. Fabirication process of sub-wavelength periodic structure devices
[Member] Keiko TAWA, Senior Researcher / Research Institute for Cell Engineering, AIST
[Member] Kenji KINTAKA, Senior Researcher / Photonics Research Institute, AIST
[Member] Hironobu HORI, Postdoctoral fellow / Research Institute for Cell Engineering, AIST
[Member] Xiaoqiang CUI, Postdoctoral fellow / Research Institute for Cell Engineering, AIST

BACK  Photochemical reaction of hybrid structures composed of metal nanoparticle and organic layer studied by time- and space-resolved spectroscopy
Department of Applied Physics, Osaka University
Tsuyoshi ASAHI, Associate Professor
[e-mail] asahi ap.eng.osaka-u.ac.jp
[Speciality] Photochemistry
[Keywords] Nanoparticle, Locarized surface plasmon, Photochemical reaction, Single particle spectroscopy
[Research Group Activities]
1. Single gold nanoparticle spectroscopy
2. Plasmonic enhancement effect on photochromic reaction
3. Mechanism of fluorescnce enhancement by single gold nanoparticles
3. Fabrication of organic nanoparticles by laser ablation in water
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