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Center for Frontier Science, Chiba University
ProfessorThe LEDs and solar cells we use in everyday life are based on a fundamental electronic device known as a diode. My research focuses on advancing diodes into more functional and socially beneficial technologies. Achieving this requires a deep understanding of charge transport within devices. To this end, I investigate the electronic states of materials and use these insights to design next-generation devices. In addition to my research, I am also involved in managing the Frontier Science Program (FSP), an early-admission initiative that allows gifted students to enroll at Chiba University before graduating from high school.
Recent Topics of Interests
・ Developing materials that enable efficient and controllable charge transport in diodes
・ Establishing device-design guidelines for integrating multiple functionalities into a single diode structure
・ Elucidating doping mechanisms essential for charge control
Motto in Research or in Life:
Cherish coincidences and encounters, and enjoy everything along the way.
Hobby / Holiday:
Sauna, running, and cooking.
Graduate School of Engineering, Chiba University
ProfessorUsing interface-specific spectroscopic techniques, I explore the diverse structures, reactions, and interactions of molecules at surfaces and interfaces. My goal is to uncover unique molecular properties by investing their functionalities in these environments. Our research focuses on elucidating phenomena associated with organic devices, such as organic light-emitting diodes, as well as molecular behavior at adhesive interfaces, and the role of surfactants and trace molecules at liquid interfaces.
Recent Topics of Interest:
Charge transfer at organic device interfaces, the impact of food additives at interfaces, and the interplay between liquid interfaces and environmental factors.
