Quantum Physics in Condensed Matter

The objective of our group is to study new functional materials and devices through chemical and physical approaches. Main research subjects are to develop superconductors with high transition temperature and novel physical properties, and to exploit new functional devices made of organic molecules, two-dimensional layered materials, and topological materials.

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	Assoc. Prof. GOTO Hidenori E-mail: p57f8bcq [at] okayama-u.ac.jp solid-state chemistry, superconductor, two-dimensional layered material, organic FET   Directory of Researchers

optical microscope image of graphene device

Field-effect transistors are micro-fabricated using two-dimensional layered materials such as graphene, transition-metal dichalcogenides, and topological insulators. Their characteristic electronic properties are studied to develop novel functional devices.