Semiconductor Engineering, electrical and electronic materials
Research 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.
Organic and Polymeric Thin Films / Liquid Crystals
Research 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.
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.
Multi-functional oxides (dielectrics/piezoelectrics/pyroelectrics/electro-optics), solid state physics
Research Detail
Our group focuses on searching for the novel green multi-funtional oxide materials. Through understanding the physical properties and the underlying physics of the materials, we aim at providing new guides for material design and novel materials for potential applicaitons.
Nobuhisa Fujima Professor / Hamamatsu
Research Area
Theory of Properies and Structures of Materials.Ab Initio Calculations for Non-crystalline materials
Research Detail
First principles calculations for structures and properties in amorphous alloys and non-particles. Computational design for new materials.
Green Organic Chemistry, Process Chemistry, Catalysis
Research Detail
“Development of organic synthetic methodology based on process and green chemistry” aiming at contribution to the nhancement of fundamental technology in the chemical industry
Fiber Optics, Optical Information Processing, and Nanophotonics
Research Detail
Developments for various kinds of fiber gratings including the helical-type fiber gratings, nano/micro fiber gratings, and multichannel fiber gratings and their applications to fiber communications and fiber sensing systems.
Our research group developed a high-frequency plasma and electromagnetic wave for a novel film formation technique. These films are applied to opt-electronic devices, such as dye-sensitized solar cell and UV sensor, as well as TCO films.
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.
We have focused on coordination materials that show unique functions based on the structural frameworks. Removals of toxic anions by molecular capsules, dioxygen activationby metal complexes, and dynamic coordination framework that changes responding to external stimuli have been developed.
Study on structure, properties, and reactivity for inorganic compounds and materials by molecular orbital method, molecular dynamics, and graph theory.
