サイズW7.5cm×H4.35cm配置位置横11cm、縦2.5cmAtransmissionelectronmicrographoftitanatenanowiresサイズW3.6cm×H4.35cm配置位置横11cm、縦22.2cmA?high‐resolution?transmission?electron?micrograph?of?cerium‐oxide?nanorods.サイズW3.6cm×H4.35cm配置位置横14.9cm、縦22.2cmOutlook?for?researchOutlook?for?students?after?graduationDepartment?of?Chemistry?and?MaterialsMetal?and?metal?oxidenanomaterialsfor?our?daily?lifeManygraduatesgoontograduateschoolandgetpositionsinabroadrangeofresearchareasinchemicalcompanies.ProfessorNaokiAsaoProfessorAsaojoinedtheFacultyofTextileScienceandTechnologyatShinshuUniversityin2016afterworkingatTohokuUniversity.Hisprincipalareaofresearchismaterialsscience,basedonorganicchemistry,catalyticscience,andmetallurgy.science,basedonorganicchemistry,catalyticscience,andmetallurgy.Recently,wehavedevelopedanewmethodtofabricateultrafinemetaloxidenanomaterialsthatisbasedonadealloyingmethod.Thenanomaterialsexhibitremarkablechemicalpropertiesthatcanbeusedinavarietyofresearchfields.20 nmNanoporousgold?as?a?heterogeneous?catalyst?formolecular?transformationsDepartment?of?Chemistry?and?Materials29Outlook?for?researchOutlook?for?students?after?graduationTapping?organic?EL?to?bring?us?future?productssuch?as?televisions?that?can?be?rolled?up?andcarried?and?ceilings?with?built‐in?lightingIamcarryingoutresearchintoorganicEL(organicLED),anareathatisthefocusofincreasingexpectationsconcerningpotentialapplicationsinnext‐generationdisplaysandlighting.MultinationalcorporationsfromoutsideJapanarealsoshowinginterest,andmylabiscooperatingwiththem.Ifsuccessful,itwillbecomepossibletomakeentireceilingsandwallsintolightingandtomaketelevisionsandcomputermonitorsthatcanberolledupandcarriedaround.Currently,ourmajorchallengeistoreducepowerconsumption.InadditiontoresearchintoorganicEL,researchisalsobeingactivelyconductedintoorganicsemiconductorsandorganicsolarcells,andtheseproductsareexpectedtocontributetotherealizationofanabundantandsustainablesociety.Graduatesareemployedbymaterial,chemical,andelectricalequipmentmanufacturers,whilesomestudentsareemployedbymajorprintingcompaniesthatareinvolvedinorganicELdevelopment.AnorganicEL.UnlikeLEDs,theprincipalcharacteristicofanorganicEL,aconductivepolymeristhatitemitslightfromaformlikeathinmembrane.Anorganicsemiconductormaterialdevelopedintheresearchlabismeltedandappliedtoacircuitboardtocreateatransistor.Wearecarryingoutresearchtocreateexampleusesthatleverageitsproperties.ProfessorMusubuIchikawaProfessorIchikawatookhiscurrentpositionin2013afterworkingattheUbeIndustriesPolymerResearchCenterandasanassistantprofessorandassociateprofessorintheFacultyofTextileScienceandTechnologyatShinshuUniversity.Hisareasofresearcharefunctionalmaterialsanddevicesandphysicalchemistry,includingorganicsemiconductordevicesandorganicphotoelectricmaterials.Inourlaboratory,wearestudyingmaterialssciencethatcontributestoenergyandenvironmentalmatters.Oneofthecentralissuesinnanotechnologyresearchisthefabricationofmetaloxidenanomaterialswhoseshapeandsizeiscontrolled.Thisisimportantasthechemicalandphysicalpropertiesofthenanomaterialsarehighlydependentontheirstructures.Furthermore,wearepreparingmanytypesofnanoporousmetalstobeusedasefficientheterogeneouscatalystsforvariouskindsofmaterialtransformations.
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