Graduate School of Science and Technology,

Department of Optoelectronics and Nanostructure Science

Hamamatsu

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Capacity 12 Campus Hamamatsu

- Optical communication and sensing - Optical waveguides and circuits - Ultra-high density optical memory and information processing - Quantum material properties and magnetic science - Novel optical and functional materials

Research Area Optical Data Storage, Optical MeasurementResearch Detail He has been researching laser scanning microscopy and its application such as high density data storage and 3D optical measurment.

Chikara EgamiProfessor

Shizuoka

Hideyuki Itagaki

Research Area Polymer Chemistry, Photophysical Chemistry, Soft Materails (including gels)Research Detail We have developed gel systems such as capturing harmful ions, and obtained microscopic information by our photophysical techniques.

ProfessorFutoshi Iwata

Research Area Precision measurements, Nano fabrication, Surface scienceResearch Detail Based on precision engineering, we have been developing novel techniques of nanometer-scale measurement and fabrication.

Hamamatsu

Professor

Ryusuke Kita

Research Area High-temperature superconducting material, thin film growthResearch Detail We study high-temperature superconducting materials for trapping magnetic flux, and cost-effective HTS films by metal-organic deposition in order to apply them to electric power devices.

Hamamatsu

Professor

Toshiaki Okabayashi

Research Area Physical Chemistry, Molecular Science, Molucular SpectroscopyResearch Detail We have been studing on physico-chemical properties of transient species (radicals and clusters) using molecular spectroscopy.

Shizuoka

Professor

Atsushi Kubono

Research Area Organic and Polymeric Thin Films / Liquid CrystalsResearch Detail Our research topics include a novel preparation technique of polymeric thin films with highly ordered structures, namely polymer superlattice, and basic studies for high-performanced organic optoelectronic devices such as liquid crystal displays, sensors and organic transistors.

Hamamatsu

Professor

Kenji Kobayashi

Research Area Supramolecular Chemistry, Organic Function Chemstry

Research Detail Based on supramolecular chemistry and organic structural chemstry, we study on the molecular design, synthesis, and self-assembly of novel organic materials directed to molecular devices.

Shizuoka

ProfessorKenkichiro Kobayashi

Research Area Quantum dots, oxide filmsResearch Detail The development of a new chemical vapor deposition technique for the fabrication of self-assembled quantum dots, and an application of quantum dots to flexible flat panel displays.

Hamamatsu

Professor

Graduate School of Science and Technology,

Department of Optoelectronics and Nanostructure Science

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Jun Kondoh

Research Area Wave electronics Engineering, Sensor engineeringResearch Detail We have been developing sensors and actuators using surface waves, such as surface acoustic waves and surface plasmon waves.

Hamamatsu

ProfessorShizuoka

Mitsuru Kondo

Research Area Coordination ChemistryResearch Detail We have focused on coordination materials that show unique functions based on the structural frameworks. Removals of toxic anions by molecular capsules, dioxygen activation by metal complexes, and dynamic coordination framework that changes responding to external stimuli have been developed.

Professor

Akinori Konno

Research Area Photoelectrochemistry, Organic ElectrochemistryResearch Detail Development of Efficient Dye-sensitized Solar Cells which is low cost alternative for conventional Silicon Solar Cell

Hamamatsu

ProfessorKenkichi Sakamoto

Research Area Organoelement Chemistry, Organophotochemistry, Physical Oraganic ChemistryResearch Detail We focus on synthesis and properties of organosilicon compounds aiming for novel functional materials.

Shizuoka

Professor

Hisao Suzuki

Research Area Materials Science, Chemical Processing of Ferroelectric Thin Films and Oxide NanoparticlesResearch Detail We have been developing ferroeolectric thin films and hybrid nanoparticles by chemical solution deposition (CSD) to apply novel devices.

Hamamatsu

Professor

Shigeru Tasaka

Research Area Physical Properties of Polymer Materials　Research Detail Surface molecular motions of polymeric materials are evaluated by thermal and elelctrical measurements.

Hamamatsu

Professor

Research Area Semiconductor Engineering, electrical and electronic materialsResearch Detail We develop safe and abundant materials for opto-electronic and thermoelectric applications. We also try to improve optical and thermoelectric properties of the materials by nano-scaled structural control.

Hirokazu Tatsuoka

Hamamatsu

Professor

Masaru ShimomuraProfessor Hamamatsu

Research Area Surface Chemistry, Physical Properties of Surfaces and InterfacesResearch Detail Development of New Functional Materials Utilizing Unique Properties of Interfaces Between Organic and Inorganic Materials.

Graduate School of Science and Technology,

Department of Optoelectronics and Nanostructure Science

（3/ 5)

Hajime Torii

Research Area Theoretical Chemistry, Molecular Spectroscopy, Solution Chemistry

Research Detail Dynamics, functions, and interactions of liquids (such as water) and biomolecular systems (such as proteins) are analyzed theoretically. Special emphasis is laid on analysis of the cooperative dynamics in those systems that give rise to their various properties and on fundamentals for its optical detection. .

Professor Shizuoka

Hamamatsu

Yasuhiro Hayakawa

Research Area Electronic Materials　Research Detail We aim to fabricate the device to convert light and heat into electricity. For this purpose, we have been investigating the effect of gravity on the growth and developing growth techniques for alloy semiconductors of high quality.

ProfessorHamamatsu

Nobuhisa Fujima

Research Area Theory of Properies and Structures of Materials. Ab Initio Calculations for Non-crystalline materialsResearch Detail First principles calculations for structures and properties in amorphous alloys and non-particles. Computational design for new materials.

Professor

Hamamatsu

Desheng Fu

Research Area Multi-functional oxides (dielectrics/piezoelectrics/ pyroelectrics/electro-optics), solid state physicsResearch Detail Our group focuses on searching for the novel green multi-funtional oxide materials. Through understanding the physical properties and the underlying physics of thematerials, we aim at providing new guides for material design and novel materials for potential applicaitons.

ProfessorYasuhisa Maeda

Research Area Photoelectrochemistry, PhotocatalystResearch Detail Based on photoelectrochemical reaction, we have investigated photocatalyst and energy conversion.

Hamamatsu

Professor

Nobuyuki Mase

Research Area Bioorganic Chemistry, Organocatalytic ChemistryResearch Detail "Development of organic synthetic methodology based on process and green chemistry" aiming at contribution to the enhancement of fundamental technology in the chemical industry

Hamamatsu

Professor

Organocatalyst

MNB Generator

Tetsu Mieno

Research Area Plasma Science, Carbon-Cluster Science & Space-Environment ScienceResearch Detail Production, analysis & applications of carbon nano-clusters. Experimental study of reactive plasmas. Simulation experiment related with space environment.

Shizuoka

Professor

Makoto Tomita

Research Area Quantum optics, Quantum electronicsResearch Detail Radiation and propagation of light in complex photonic systems, including random media, nano structured photonic systems.

Shizuoka

Professor

Graduate School of Science and Technology,

Department of Optoelectronics and Nanostructure Science

（4/ 5)

Hidemi Yoda

Research Area Synthetic Organic Chemistry, Bioactive Natural Products SynthesisResearch Detail Development and Total Synthesis of Biologically Active Materials. Design of New Chemzymes and Application to Catalytic Asymmetric Reactions.

Hamamatsu

Professor

Haruhisa Kinoshita

Research Area Plasma Process Apparatus, Plasma Material ApplicationResearch Detail Using multi-functional supermagnetron plasma apparatus developed by us, we have evaluated its performance, and applied it to the formation of electro-conductive a-CNx:H films and photovoltaic cells.

Hamamatsu

Associate Professor

Naoki WakiyaProfessorHamamatsu

Research Area Materials Science, Processing of Functional Nano-ceramics such as Electric and Magnetic Thin Films through Vapor PhaseResearch Detail We focus on science and technology of ceramic thin film processing especially self-assembled nano-structure.

Takao Ebihara

Research Area High quality single crystal growth in rare earth and 3d-transition intermetallic compounds. Investigation of electrotransport properties.Research Detail Investigation of electrotransport properties in high quality single crystals of rare earth and 3d-transition intermetalliccompounds.

Associate ProfessorShizuoka

Kazuo Shimizu

Research Area Atmospheric microplasma applicationResearch Detail Plasma medicine, plasma actuator, surface treatment on GaN, solar cell, indoor air treatment

Hamamatsu

Associate Professor

Rika Sekine

Research Area Computational Chemistry, Theoretical Chemistry, Quantum ChemistryResearch Detail Study on structure, properties, and reactivity for inorganic compounds and materials by molecular orbital method, molecular dynamics, and graph theory.

Associate Professor Shizuoka

Research Area Lithium ion battery, Supramolecular ChemistryResearch Detail We are designing and synthesizing novel electrolyte so as to develop batteries for the following generation.

Yasutaka TanakaAssociate Professor Hamamatsu

Kenji Murakami

Research Area Electronic Materials Science, Surface ElectronicsResearch Detail Development of energy converting functional materials and their applications to Dye-sensitized Solar Cells and Mechanoluminescent Devices etc.

Hamamatsu

Professor

Graduate School of Science and Technology,

Department of Optoelectronics and Nanostructure Science

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The latest version http://gsst.shizuoka.ac.jp/printpdf/

Yasumasa Tomita

Research Area Inorganic Solid Materials, Solid State Ionics, Solid State NMR

Research Detail Development and Total Synthesis of Biologically Active Materials. Design of New Chemzymes and Application to Catalytic Asymmetric Reactions.

Associate Professor Hamamatsu

Atsushi Nakamura

Research Area Crystal Growth, Oxide semiconductor, Graphene, 2D materialsResearch Detail Crystal growth of oxide semiconductor, Graphene for nanoelectronic devices. Synthesis of 2D materials.

Hamamatsu

Associate Professor

Tetsuo Narumi

Research Area Bioorganic Chemistry, Medicinal Cheistry, Chemical Biology, Peptide ChemistryResearch Detail Organic Chemistry-based Drug Discovery and Chemical Biology

Hamamatsu

Associate ProfessorKazutaka Hirakawa

Research Area Photochemistry, Physical Chemistry, Biomolecular Science, Nanomaterials ScienceResearch Detail Fundamental Study of Photodynamic Therapy: Development of DNA Targeting Photosensitizers and Oxygen-independent Photosensitizers

Hamamatsu

Associate Professor

Hongpu Li

Research Area Optical Fiber Devices, Nonlinear Optics

Research Detail My current interests include the nonlinear fiber optics, fiber lasers, fiber gratings, all-optical switching, and optical information processing etc.

Hamamatsu

Associate Professor

Masamichi Yamanaka

Research Area Supramolecular Chemistry, Synthetic Organic ChemistryResearch Detail We have been developing organic molecules which can form functional supramolecular structure.

Associate Professor Shizuoka

Daniel Moraru

Research Area nanostructures, nanoelectronics, atomic devices

Research Detail tunneling transport via dopant atoms in nano-transistors and nano-diodes; semiconductor device fabrication

Hamamatsu

Associate Professor