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固体電子分光の研究者です

真空紫外線やX線を用いた電子分光法(光電子分光、吸収分光、共鳴非弾性散乱)を用いて固体諸物性の発現メカニズムを電子状態の視点から解明し、新規デバイス・材料開拓の電子設計指針を提案していきます。

特に、機能性の富んだ遷移金属化合物の電子状態に興味があります。

By using VUV and X-ray electron spectroscopy (Photoemission, Absorption, Resonant inelastic scattering), I will elucidate the mechanism of various physical properties in solids from the viewpoint of electronic states and provide electronic design guidelines for exploring new devices and materials.

In particular, I'm interested in the electronic states of strongly correlated electron materials and transition metal complexes with high functionality.