Development of novel photochemical reactions in the strong photon-molecule coupling fields |
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BACK Plasmon-assisted photo-energy conversion in organic monolayers |
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Graduate School of Science, Hokkaido University |
| Katsuyoshi IKEDA, Associate Professor |
[e-mail] kikeda  pchem.sci.hokudai.ac.jp |
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[Speciality] Photo-physical chemistry |
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[Keywords] Linear and nonlinear spectroscopy, Self-assembled monolayer
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[Research Group Activities]
1. Fabrication of functionalized surfaces using self-assembled monolayers
2. Observation of surface structures using SPM and nonlinear spectroscopy
3. Plasmon-assisted method for observation and construction of SAMs with nanostructures
4. Development of nonlinear optical microspecope
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[Member] Kohei UOSAKI, Professor / Graduate School of Science，Hokkaido University
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BACK Development of highly efficient photocatalytic reaction by surface-plasmon excitation through mechanistic studies |
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Catalysis Researc Center, Hokkaido University |
| Bunsho OHTANI, Professor |
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[e-mail] ohtani cat.hokudai.ac.jp
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[Speciality] Photocatalysis |
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[Keywords] Surface plasmon resonance, Gold-loaded titania, Oxidative decomposition |
[Research Group Activities]
1. Design and development of highly active photocatalysts
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BACK Study of localized electromagnetic fields by the Green function method |
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Graduate School of Science, Tohoku University |
| Tatsuya NAKAJIMA, Assistant Professor |
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[e-mail] nakajima cmpt.phys.tohoku.ac.jp
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[Speciality] Theoretical condensed-matter physics |
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[Keywords] Band structure calculation |
[Research Group Activities]
1. Metamaterial
2. Plasmonics
3. Quantum Hall effect, Bose condensation
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BACK Protein crystallization by strong photons-molecules coupling fields photochemical reaction |
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Graduate School of Engineering, Gunma University |
| Tetsuo OKUTSU, Associate Professor |
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[e-mail] okutsu chem-bio.gunma-u.ac.jp
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[Speciality] Physical Chemistry, Photochemistry, Crystal Growth
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[Keywords] Crystal growth of protein |
[Research Group Activities]
1. Photochemically-induced nucleation of Protein
2. Morphology control of organic crystals by photochemical reaction
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BACK Development of material systems having long excited lifetime by multi-photon excitation |
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Graduate School of Science and Engineering, Saitama University |
| Masayuki FUTAMATA, Professor |
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[e-mail] futamata chem.saitama-u.ac.jp
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[Speciality] Physical Chemistry
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[Keywords] Extremely-high sensitivity and -high spatial resolution in Raman spectroscopy |
[Research Group Activities]
1. Enhancement mechanism of Single molecule SERS and related experimental techniques
2. Near-field Raman spectroscopy and related experimental techniques
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BACK X-ray pulse emission induced by irradiation of intense laser pulses onto nano-micrometer structured surface |
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School of Science, The Univeristy of Tokyo |
| Koji HATANAKA, Associate Professor |
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[e-mail] hatanaka chem.s.u-tokyo.ac.jp
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[Speciality] Applied Physics
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[Keywords] X-ray pulse, Femtosecond laser, Surface structures |
[Research Group Activities]
1. X-ray pulse emission from surface-structured solids using femtosecond laser pulses
2. X-ray pulse emission from solution using femtosecond laser pulses
3. Various application of X-ray pulses
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BACK Photonics-chemistry of metal nano-particle films using visible MAIR spectrometry |
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Graduagte School of Science and Engineering, Tokyo Institute of Technology |
| Takeshi HASEGAWA, Associate Professor |
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[e-mail] hasegawa.t.ab m.titech.ac.jp
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[Speciality] Spectroscopic analysis of surface and interfaces
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[Keywords] Plasmon polariton, Anisotropic absorption, Metal thin films, MAIR spectrometry, Vibrational spectroscopy |
[Research Group Activities]
1. Devepoment of MAIR spectrometry that reveals anisotropic structure in a thin film
2. Volume effect of metal nano-particles on anisotropic absorption of plasmon-polariton
3. High-sensitive vibrational spectrometry
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BACK Novel strong photon-molecule coupling fields induced by the combination of photon pressure and dynamic surface deformation |
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Graduate School of Materials Science, Nara Institute of Science and Technology |
| Teruki SUGIYAMA, Research Associate Professor |
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[e-mail] sugiyama ms.naist.jp
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[Speciality] Organic Physical Chemistry
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[Keywords] Photon pressure, Solution surface, Crystal polymorph, Polarized light |
[Research Group Activities]
1. Novel strong photon-molecule coupling fields induced by the combination of photon pressure and dynamic surface deformation
2. Laser trapping and crystallization of organic molecules
3. Fablication of organic nanoparticles by laser ablation in a poor solvent
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BACK Surface plasmon coupling-assisted photo-microfabricaton of transparent inorganic materials |
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Graduate School of Advanced Technology and Science, The University of Tokushima |
| Shuichi HASHIMOTO, Professor |
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[e-mail] hashi eco.tokushima-u.ac.jp
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[Speciality] Solid and surface photochemistry
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[Keywords] Metal nanoparticle, Transparent solids, Photochemical etching |
[Research Group Activities]
1. Femtosecond laser-assisted etching of transparent materials
2. Assembly of dye-zeolite composite materials
3. Microscope-based spectroscopy and imaging
4. Laser ablation-induced fabrication of nanopaticles in liquids
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[Member] Takayuki UWADA, Guest Researcher / Graduate School of Materials Science, Nara Institute of Science and Technology
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BACK Development of nano-sized light source and optical modulator composed of gold dimer with optical nonlinearity |
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Institute of Technology and Science, The University of Tokushima |
| Toshihiro OKAMOTO, Assistant Professor |
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[e-mail] okamoto opt.tokushima-u.ac.jp
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[Speciality] Nonlinear Optics, Plasmonics
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[Keywords] Plasmon, Optical Kerr effect, Optical switch, Harmonic generation |
[Research Group Activities]
1. Measurement of the nonlinear scattered light intensity from single nanostructure
2. FDTD simulation for the electromagnetic response of a metal nanostructure
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[Member] Masanobu HARAGUCHI, Associate Professor / Institute of Technology and Science, The University of Tokushima
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BACK Investigation of effects of surface plasmon excitation on the formation process of melal nanostructures |
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Institute of Advanced Materials Chemistry and Engineering, Kyushu University |
| Takeshi TSUJI, Assistant Professor |
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[e-mail] ta-tsuji cm.kyushu-u.ac.jp
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[Speciality] Physical Chemistry, Photochemistry, Nanomaterials Engineering
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[Keywords] Photo-reactions, Photo-processes, Nanostructures |
[Research Group Activities]
1. Development of novel photo-processes for preparation of nanostructures
2. Investigation of plasmon excited state of nanostructures
3. Application of metal nanostructures prepared using novel laser processes on life science
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BACK Novel photochemical reactions on nanoporous hybrid materials |
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Department of Applied Chemistry, Tokyo Metropolitan University |
| Yu NABETANI, Assistant Research Professor |
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[e-mail] nabetani tmu.ac.jp
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[Speciality] Photochemistry, Physical Chemistry
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[Keywords] Local surface plasmon, Nanoporous sphere |
[Research Group Activities]
1. Local surface plasmon resonance on metal nanostructure of nanoporous sphere surface
2. Photochemical reaction in controlled nanospace at molecular level
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[Member] Kazuhisa YANO, Researcher / Toyota Central R&D Labs., Inc.
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BACK Photoreaction at enhanced photoelectric fields of metal nanoparticles covered with photofunctional organic molecular polymer |
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Graduate School of Engineering, Osaka City University |
| Seiya KOBATAKE, Associate Professor |
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[e-mail] kobatake a-chem.eng.osaka-cu.ac.jp
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[Speciality] Functional Materials Chemistry
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[Keywords] Photochromism, Photofunctional Material, Solid State Property, Reaction Control
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[Research Group Activities]
1. Control of Photochemical Reaction of Metal Nanoparticles Covered with Photofunctional Organic Molecules
2. Control of Solid State Properties of Photofunctional Organic Crystals
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BACK Design and synthesis of fluorescent polymers for switchable strong photon-molecule coupling field |
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Faculty of Science and Technology, Seikei University |
| Yuriko MATSUMURA, Assistant Professor |
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[e-mail] matsumura st.seikei.ac.jp
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[Speciality] Polymer Science
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[Keywords] Fluorescence, Stimuli responsive polymer, Confocal laser scanning microscopy |
[Research Group Activities]
1. Design and synthesis of strong photon-molecule coupling field composed of new fluorophore and functional polymers and evaluation of their fluorescence properties
2. Fluorescence analysis using confocal laser scanning microscopy and its application to laser manipulation of neuronal network
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[Member] Chie HOSOKAWA, Researcher / Research Institute of Cell Engineering, National Institute of Advanced Industrial Science and Technology
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BACK Trial to direct demonstration of strong photon-molecular coupling fields for chemical reaction, with use of fludic devices |
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Organic Nanomaterials Center, National Institute for Materials Science |
| Kazushi MIKI, Group Leader |
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[e-mail] miki.kazushi nims.go.jp
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[Speciality] Nanotechnology, Crystal growth, Nano / Maicro fabrication, Organic device
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[Keywords] Near field, MBE, Plamonics, Photo reaction, SAM, Silicon, Condctive polymer, STM |
[Research Group Activities]
1. Fabrication of fludic devices
2. Synthesis of gold nano particle SAM films
3. Measurement of photochemical reaction with use of fludic devices
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[Member] Masahiro ISOZAKI, NIMS postdoctral fellow / Organic Nanomaterials Center, National Institute for Materials Science
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BACK Strong coupling between fluorescent molecules and surface plasmons |
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Nanophotonics Laboratory, RIKEN |
| Takayuki OKAMOTO, Senior Research Scientist |
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[e-mail] okamoto riken.jp
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[Speciality] Plasmonics, Nanophotonics
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[Keywords] Plasmonics, Plasmonic crystal, Plasmonic band gap, Organic light emitting device
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[Research Group Activities]
1. Fabrication technique of plasmonic crystals
2. Numerical analysis of plasmonic crystals with RCWA
3. Plasmon-assisted organic light emitting devices
4. Simultaneous measurement of the orientation and the fluorescence lifetime of single molecules
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BACK Quantitative analysis method for strong photon-molecule coupling system using enhanced nonlinear optical responses and photochemical reaction |
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Health Technology Research Center, AIST |
| Tamitake ITOH, Researcher |
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[e-mail] tamitake-itou aist.go.jp
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[Speciality] Quantum optics, Photochemistry, Molecular spectroscopy |
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[Keywords] Single nanoparticle spectroscopy, Plasmon resonance, Surface enhanced Raman scattering |
[Research Group Activities]
1. Measurements of plasmon and SERS from single Ag nanoparticles dimers
2. SEM observation of structure of SERS active Ag nanoparticles dimers
3. Calculation for SERS optimization using electromagnetic theory
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