Nanofunctional Chemistry（Yamauchi Lab.）

We synthesize nanometer-seized materials to exhibit high functionalities in catalysis, ion conduction, gas storage and magnetics for the realization of sustainable society. Electric structures, compositions and morphologies of the materials composed of alloys and oxides nanoparticles are controlled to achieve highly efficient energy and material conversions. Composite materials of porous coordination polymers demonstrate novel catalytic and ion conduction abilities through cooperative interactions among ligands and metal species. Prepared nanomaterials are applied as a device for electric power charge/discharge, catalytic materials transformation, hydrogen storage and permanent magnetism. Our final goal is elucidation of guiding principles to realize functionalities of materials and demonstration of higher functionalities based on our own principles.