+OOOOOOOO31ProfessorTAKAHASHINobuhideAfterobtaininghisdoctorateattheUniversityofTokyo,ProfessorTakahashiworkedasanassistantprofessorandassociateprofessorintheFacultyofTextileScienceandTechnologyatShinshuUniversitybeforetakinghiscurrentpositionin2014.Hisareasofspecializationarechemicalengineeringandenvironmentalengineering,andhebaseshisresearchontheconceptthatCO2+water+soil+sunlight+knowledgetosustainablesociety.ProfessorNISHIIYoshinoriProfessorNishiitookhiscurrentpositionin2018afterservingasadoctoralresearcherattheUniversityofPittsburghandparticipatingintheSpecialResearchProgramatRIKENandworkingasanasassistantanassociateShinshuUniversity.Hisprincipalareasofresearchincludeorganicchemistryfororganicchemistry,andorganicsyntheticreactions.IamresearchingtechnologiesforseparatingandcollectingCO2fromtheatmosphereoreffluentgases.Specifically,byapplyinganabsorbingliquidthatreactswithCO2totheinsideofacylindricalhollowfibermembrane,IhopetoabsorbonlytheCO2fromtheeffluentgasontheoutside.Ifthistechnologycanbedeveloped,IexpectittolowerthecostofCO2separationandcollection.Iuseorganicchemistryasasurgeon'sknifetodelveintolifeandbiologicalphenomena.Forinstance,mylabsuccessfullysynthesizedanaturalsubstancewithantiviralandbloodplateletis,wesynthesizedasubstancethatisidenticaltoanaturalsubstanceinaflask).Wehavealsosynthesizedbiologicallyactivesubstancessuchasantibacterialandbactericidalsubstancesandpheromones.technologyleadPostdoctorateprofessorprofessorandatsubstances,naturalproperties(thatanddiversepathslevelusetheItisimportanttodesignthetotalsystemwheretheindividualtechnologiescanbecombinedsuccessfullyforefficientCO2utilizationandpreventionofglobalwarming.Membranecontactorusing finehollowfiberswith nano-scaleporesOMeOMeWeareconductingR&Dworktocreateabactericidalsubstancetohelpfarmersdealwithadiseasethataffectsthetrunksofpearandappletrees.Mylabhasbeensuccessfulinsynthesizingseveralnaturalsubstanceswithantiviralandanti-HIVpropertiesaswellasbloodplateletcoagulation-inhibitingproperties.Solidfuelfrombiomass withhighenergydensityCompositeadsorbentfromcoffeewasteWearealsoinvolvedinresearchtouncoverfishpheromonesandexplaintheirmolecularstructureandtherelationshipbetweenstructureandactivity.Department ofDepartment ofcoagulation-inhibitingOutlook for researchInadditiontoCO2separationandcollectiontechnology,myresearchhasramificationsfortree-plantingindryareasaswellasefficientconversionofwoodbiomasstosolidfuelandusefuladsorbents.IwouldliketocontributetoenergyproblemswithwellutilizingCO2,whichisavaluablecarbonsourceandwehumanbeingsrelyon,inthecarboncirculationsystem.environmentalsolvingOutlook for students after graduationpursueGraduatestoemploymentatnotonlychemicalplantmanufacturersandenvironmentalengineeringcompaniesbutalsochemicalsandfoodmanufacturersandsoon.Outlook for researchExcitingpotentialapplicationsmadepossiblebyexaminationatincludedevelopmentofmedicationsthatlearnfromnaturalsubstances,developmentofmedicinaltreatmentsforpreviouslyuntreatablediseases,treatmentsforcropdiseases,captureofharmfulorganismsusingpheromones,andcontrolofvaluableofpheromones.themolecularorganosmsthroughOutlook for students after graduationMostgraduatesareemployedbypharmaceuticalandchemicalmanufacturers.Theyareactiveinawiderangeofresearchdomainsthroughoutsociety.OMeOMeMeOChemistry and MaterialsChemistry and MaterialsUtilizing organic chemistry to solve biological phenomena: Searching for biologically active substances and developing new reactions and medicinesFiber as the key to preventing global warming: CO2sequestrationfromtheatmosphereandefficientutilizationofCO2
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