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Tomonori Ohba is an Associate Professor in the Graduate School of Science at Chiba University, where he leads the Molecular Nanochemistry research group in the Department of Chemistry. He earned his doctorate from Chiba University. His research centers on nanotechnology and nanostructured chemistry, with a focus on understanding molecular properties and behaviors in nanospaces and at interfaces. Key areas include adsorption mechanisms in nanopores, the development and functionalization of low-dimensional nanomaterials such as graphene and carbon nanotubes, separation processes using graphene-related materials, and the design of nanocatalysts for carbon dioxide reduction and other thermocatalytic applications. He employs computational chemistry techniques, including molecular dynamics simulations, alongside experimental methods to investigate these phenomena.
Ohba has received multiple awards recognizing his contributions, including the Espec Environmental Research Encouragement Award in 2017, the Advanced Science Award from Chiba University and the Japan Chemical Society Colloid and Interface Chemistry Division Scientific Encouragement Award in 2015, the Kao Research Encouragement Award in 2015, the Young Scientist Award from the Ministry of Education, Culture, Sports, Science and Technology in 2015, and earlier honors from the Carbon Society of Japan and the Japan Society on Adsorption. He serves on various committees and editorial boards, including as an operating committee member of the Japan Society on Adsorption, a discussion committee member of the Colloid and Surface Chemistry Division of the Chemical Society of Japan, and past editorial roles for journals such as Nanomaterials and others. His work has produced numerous peer-reviewed publications on topics including water adsorption in graphitic nanopores, fullerene-pillared porous graphene, and CO2-related catalytic processes.
Explore Chiba University's viciazites, nitrogen-doped carbons enabling CO2 release below 60°C, slashing CCS costs. Insights into research, implications for Japan.
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