DyesensitivesolarcellAnano-structureformedinasupramoleculargelbyalow-molecular-weightgellingagent,thegelelectrolyteofadye-sensitivesolarcell,TiO2castproduction,andapplicationasacell-culturesubstrateSupermoleculargels formed from organic solutions using an L-amino acid-based low-molecular-weight gelling agent. We have created solid gels that do not fall out, even when held upside-down.Gelling agent structureSuprampoleculrgelItisimportanttodesignthetotalsystemwheretheindividualtechnologiescanbecombinedsuccessfullyforefficientCO2utilizationandpreventionofglobalwarming.Membranecontactorusing finehollowfiberswith nano-scaleporesTiO2nanoFiberCulturingfibroblastsSolidfuelfrombiomass withhighenergydensityCompositeadsorbentfromcoffeewasteProfessorSUZUKIMasahiroProfessorSuzukitookhiscurrentpositionin2015afterworkingasanandassociateprofessorattheShinshuUniversityInterdisciplinaryGraduateSchoolofScienceandTechnology.Hisprincipalareasofresearchincludelow-molecular-weightgellingagents,functionalpolymermaterials,andartificialphotosynthesis.ProfessorTAKAHASHINobuhideAfterobtaininghisdoctorateattheUniversityofTokyo,ProfessorTakahashiworkedasanassistantprofessorandassociateprofessorintheFacultyofTextileScienceandTechnologyatShinshuUniversitybeforetakinghiscurrentpositionin2014.Hisareasofspecializationarechemicalengineeringandenvironmentalengineering,andhebaseshisresearchontheconceptthatCO2+water+soil+sunlight+knowledgetosustainablesociety.assistantprofessortechnologylead+fortheseMuchresearchintoapplicationsmaterialsfocusesonlow-molecular-weightgellingagentsbecausetheyformnanofiberswithinsupramoleculargels.Itisexpectedthatlowmolecular-weightagentswillpermeatedailylifeinmuchthesamewaythatpolymershave.gellingskillsasanddiversepaths30AcetoneSiloconoilTolueneEthanolNitrobenzeneOutlook for researchOutlook for students after graduationGraduatesareprimarilyemployedbychemicalmanufacturers.chemicalresearchersenablethemtofindworkinawidevarietyoffields.TheirOutlook for researchInadditiontoCO2separationandcollectiontechnology,myresearchhasramificationsfortree-plantingindryareasaswellasefficientconversionofwoodbiomasstosolidfuelandusefuladsorbents.IwouldliketocontributetoenergyproblemswithwellutilizingCO2,whichisavaluablecarbonsourceandwehumanbeingsrelyon,inthecarboncirculationsystem.environmentalsolvingOutlook for students after graduationpursueGraduatestoemploymentatnotonlychemicalplantmanufacturersandenvironmentalengineeringcompaniesbutalsochemicalsandfoodmanufacturersandsoon.IamresearchingtechnologiesforseparatingandcollectingCO2fromtheatmosphereoreffluentgases.Specifically,byapplyinganabsorbingliquidthatreactswithCO2totheinsideofacylindricalhollowfibermembrane,IhopetoabsorbonlytheCO2fromtheeffluentgasontheoutside.Ifthistechnologycanbedeveloped,IexpectittolowerthecostofCO2separationandcollection.Creating gels from numerous liquids throughout the world and investigating a wide array of applications for supramolecular gelsSupermoleculargels from organic solutionsIamcarryingoutresearchintothedevelopmentandapplicationoflow-molecular-weightgellingagentsforgellingsuchliquidsasoils,organicsolutions,andwatersolutions.Thereishighdemandforlow-molecular-weightincludingoil-processinggellingagentsinmanyfields,agents,cosmetics,medicalpharmaceuticalapplications,foods,writingsupplies,paintsandinks,electronicdevices,andLCDs.andChemistry and MaterialsChemistry and MaterialsDepartment ofDepartment ofFiber as the key to preventing global warming: CO2sequestrationfromtheatmosphereandefficientutilizationofCO2
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