30DistinguishedProfessorSUGIMOTOWataru(1999,WasedaDr.Eng.Univ.);AssistantProfessor(1999Univ.);AssociateProfessor(2007,ShinshuUniv.);Professor(2013,ShinshuUniv.)ProfessorSUZUKIMasahiroProfessorSuzukitookhiscurrentpositionin2015afterworkingasanandassociateprofessorattheShinshuUniversityInterdisciplinaryGraduateSchoolofScienceandTechnology.Hisprincipalareasofresearchincludelow-molecular-weightgellingagents,functionalpolymermaterials,andartificialphotosynthesis.Cleanandefficientelectrochemicalenergyconversionandstorage:Thefightagainstenvironmentalandenergyissues.Ourresearchisfocusedonusingnano-materials(NANOSHEETSinparticular)forsupercapacitorsandfuelcells,whichareimportantdevicesforrealizingasustainablesociety.Theelectrodematerialswesynthesizehavetremendouslylargesurfaceareaandhighactivity,thusprovidingatechnologicalbasisforcleanandefficientenergyutilization.Anenergydevicethatcanfullychargein3minutesandcanbeimplantedinyourbody?Yes,thismaybepossiblewithyourideas!Joinourteaminrealizingsuchadream.ShinshuassistantprofessorOurcoretechnologyisbasedoninnovativenano-materialsandadvancedmethodsofsynthesis.OurspecialtyisNANOSHEETS,whicharematerialsthathaveathicknessofonly1nm.Conductingstate-of-the-artresearchinfundamentalscienceandpracticalapplicationsallowsstudentstoacquirenotonlyskillsinmaterialsandchemicalengineering,butalsoadditionalexpertisesothattheywillbeabletoserveasresearcherswithaglobalmind.Graduateshavepursuedcareersinavastvarietyofincludingautomotive,materialsandchemicalindustries.andfortheseMuchresearchintoapplicationsmaterialsfocusesonlow-molecular-weightgellingagentsbecausetheyformnanofiberswithinsupramoleculargels.Itisexpectedthatlowmolecular-weightagentswillpermeatedailylifeinmuchthesamewaythatpolymershave.gellingskillsasA fuel-cell catalyst with Pt nanoparticles supported on carbon. Fuel cells are the key energy devices for the H2 economy since they generate clean energy.Anano-structureformedinasupramoleculargelbyalow-molecular-weightgellingagent,thegelelectrolyteofadye-sensitivesolarcell,TiO2castproduction,andapplicationasacell-culturesubstrateEthanolNitrobenzeneDepartment ofDepartment ofOutlook for researchOutlook for students after graduationfields,Outlook for researchOutlook for students after graduationGraduatesareprimarilyemployedbychemicalmanufacturers.chemicalresearchersenablethemtofindworkinawidevarietyoffields.Their50 nmTop: ElectrochemistryequipmentBottom: English seminarheld every morning at 8:302 nm Pt nano particleAnanosheetistheultimatenanocrystal,fewnanometersinthickness.Conductingnanosheetsareusedtocreateultrafastchargestorage.justaSupermolecular gels from organic solutionsAcetoneSilocon oilTolueneElectrochemical catalytic reactions occurs on the surface of nano-sized PtCarbon is used as an electroconductingsupport which conducts electronsCarbon Support50 nmDyesensitivesolarcellSupermoleculargels 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 structureSuprampoleculrgelTiO2nanoFiberCulturingfibroblastsCreating gels from numerous liquids throughout the world and investigating a wide array of applications for supramolecular gelsIamcarryingoutresearchintothedevelopmentandapplicationoflow-molecular-weightgellingagentsforgellingsuchliquidsasoils,organicsolutions,andwatersolutions.Thereishighdemandforlow-molecular-weightincludingoil-processinggellingagentsinmanyfields,agents,cosmetics,medicalpharmaceuticalfoods,writingsupplies,paintsandinks,applications,electronicdevices,andLCDs.Chemistry and MaterialsChemistry and MaterialsSmall is BIG: Developing state-of-the-art nano-materials for use in fuel cells and supercapacitors
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