Outlook for researchWeaimtodesignnewmoleculesbasedontemperature-responsivepolymersanddevelopingpolymerassembliesthatexhibituniquefunctionsforapplicationsinthefieldofbioandnanotechnology.Throughtheseefforts,wearechallengingthefrontierofmolecularintegrationchemistry.Outlook for students after graduationOutlook for researchIamalsoresearchingpolymersthatwillonlyallowspecifiedsubstancestopassthroughthem.Thispropertycouldbeleveragedtomakeitpossibletoextractonlyoxygenfromtheair,orpurewaterfromtheocean.Medicalapplicationsarealsopossible,suchasfordialysis.Outlook for students after graduationadditionDepartment ofChemistry and MaterialsDepartment ofChemistry and Materialsand became InstituteforandAssociateProfessorHiratatookhiscurrentpositionin2010afterworkingasaseniorassistantprofessorattheMeijiUniversitySchoolofScienceandTechnology,asadoctoralresearcherattheFrenchNationalAgriculturalResearch,andasanassistantprofessorintheFacultyofTextileScienceandTechnologyatShinshuUniversity.Hisprincipalareasresearchincludebarrierfilms,ofdyeseparationmembranes,chemistry.chemicaltoworkingInmanufacturers,graduatesareactiveinawideresearchdomainsthatextendsrangeofbeyondanysingleindustry.forItrytoprovideanenvironmentthatwillnotonlyhelpthemacquireexperimentalmethods,logicalthinkingandpresentationskills,butalsohelpthembuildtheirownuniquestrengthsthatothersdonothave.Ihopethattheywillbecomeactivemembersofsociety.Cell-sized giant vesicles based on the self-assembly of amphiphilic block copolymersAn illustration of liposomes embedded artificial channels based on block copolymersSaltwatercanbeseenontheleftandpurewaterontheright.Asalinometerisbeingusedtomeasurehowmuchsaltpassesthroughthefilmtothepurewaterside.���W3.6cm×H4.35cm�����11cm��22.2cmCelluloseacetateisboiledinammoniatoexaminepolymerchanges.Amphiphilicblockpolymersandgraftpolymerscanself-assembletoformavarietyofassembliessuchasmicelles,cylinders,andvesicles.However,thefabricationofdesiredmolecularassembliesandcontrolofthesizeoftheseassembliesisdifficultinpractice.Inourlab,wedesignvariouspolymersandclarifyhowtheyself-assembleusingquantumbeamssuchasX-raysandneutrons,andelectronmicroscopy,inordertodevelopmethodsforcontrollingthestructureandsizeofmolecularassemblies.Wearealsoinvestigatingthefunctionsthatareexpressedbytheorganizationofthepolymers.Furthermore,wearedevelopingnano-biomaterialssuchasbiocatalyticreactors,artificialcells,andartificialmolecularchannelsusingmolecularassemblies.AssociateProfessorNISHIMURATomokiHe joined Shinshu University as an assistant professor in 2020 an associate professor in 2025. His current research interests include the self-assembly of amphiphilic copolymers and the development of function-for al polymer materials biomedical applications.AssociateProfessorHIRATA YuichiSyntheticresinpolymermembranes,ofwhichPETbottlesarealeadingexample,haveextremelytinyporesthatallowgasestopassthroughthembutnotliquids.Iamworkingtodevelopabarriermaterialforelectronicmaterialsthatwillmakethem1milliontimeslesspermeabletogases.Thisareaofresearchiscurrentlygarneringattention.���W3.6cm×H4.35cm�����14.9cm��22.2cmStudents are also engaged in the creation of membranes using surfactants.35Design, understanding, and applications of macromolecular assembliesExamining the mystery of polymer membranes and using tiny holes in PET bottles
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