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--> Frontier Research Institute for Interdisciplinary SciencesTohoku University Directions 日本語 English CONTACT 日本語 English About FRISGreetingsOverviewMissionsOrganizationTenure track system in FRISMaps & DirectionsPublicationAnnual MeetingAbstract for Annual MeetingConsultation DeskResearcherAdvanced Interdisciplinary Research DivisionHiroshi MasumotoTakehito ShimatsuTakashi ItohKenji TomaShinsuke NiwaTakaaki TomaiCreative Interdisciplinary Research DivisionYuanyuan GuoMasaki OkumuraNguyen Tuan HungHiroshi UenoToshiharu IchinoseYuta KudoHiroya AbeYuta NakayasuNaoya KitajimaDaniel Pastor-GalanYasunori OkamotoTakuro IshiiMasaki YamadaYuta YamaneKexin XiongKohei ShimokawaShinichi SatoKotaro YasuiSUN SaiYuji SaitoAtsushi TaharaKyoko ChibaYuka HatanoHakuto SuzukiKaoru HiramotoHideaki T. MatsubayashiAseel Mahmoud Suleiman MarahlehSakura KiuchiShigeo S. 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Academic Society Membership The Japan Institute of Metals and Materials, Catalysis Society of Japan, The Magnetics Society of Japan, The Surface Science Society of Japan Research Outline   A catalyst is a material that promotes a chemical reaction without being consumed itself. For example, although accidental CO poisoning frequently occurs since almost no reaction occurs by mixing CO and O2 gases, a reaction smoothly proceeds and produces CO2 in the presence of catalysts (Fig). Catalysts have been widely used in industry, such as for various industrial chemical processes, automotive exhaust gas cleanup, and fuel cells. As catalysts, large amount of noble metals have been consumed. A prospective increase in demand of noble metals is unavoidable due to significant growth of developing countries such as China and India. Therefore, reduction or replacement of noble metals is required. However, it is still very difficult because the origin of catalytic function has never been perfectly understood. A chemical reaction is exchange of electrons. At elementary processes of catalytic reactions, atoms exchange electrons. Thus, catalytic properties are considered to be dominated by electronic states. Electrons have a magnetic property, “spin”. Therefore, magnetism may also affect catalytic properties, but there are a small number of research reports on a relation between magnetic and catalytic properties. I’m trying to reveal it. This study by fusion of magnetism and catalytic chemistry gives a new factor, magnetism, to catalytic design. I would like to create a new catalytic function by utilization of magnetism for replacement of noble metals in future. 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