MaterialsChemistryMaterialsChemistryArtificial Photosynthetic System 13(a)(c)(b)Yosuke KageshimaAssociate ProfessorPh.D.: The University of TokyoHe started to work as an assistant professor in Shinshu University in 2018, and was promoted to an associate professor in 2023. His research focuses of photoelectrochemistry, material science, and catalysts.Masakazu KataokaAssociateProfessorPh.D.After GraduationEfficientutilizationofsolarenergyhasbeenregardedasoneofthekeytechnologiestosolveworldwideenergyandenvironmentalissues.Incontrast,fluctuationsinsolarirradiationimposeacriticalbarrierforpracticalstorageandconveyance.InKageshimalaboratory,wehasbeenworkingtoconstructanovelartificialphotosyntheticsystemincollaborationwithNishikioriandphotovoltaic-assistedwatersplittingenablestocapturesolarenergyintheformofstorableandconveyablechemicalenergy,hydrogen.Howdoyouthinkaboutlifeandtheapplicationoflifesystem?Mylabhasbeenstudyinglifesciences,molecularbiology,genetics,cellbiology,neurosciencesystemsbiology,syntheticbiology.Lifeisveryinterestingintheviewpointofsystem,design,andphilosophy:forexample,whatisIorweorwhatisahumanbeing.Ibelieveadvancedlifesciencesthatmylabworksoniscertainlyimportantforourfuture.FinallyIusuallywelcomestudentswhoareeagertojointhisexcitingfield.theregional,daily,andseasonallaboratory.Photocatalytic,In the FutureAfter GraduationWhilefuelcellshaveattractedgreatattentionas“green”energydevices,hydrogenusedinthefuelcellsisnowindustriallyproducedfromfossilfuels.Photocatalyticorphotovoltaic-assistedwatersplittingcanproducehydrogenfromonlysolarenergyandwater.Thus,itcanbeexpectedtocontributetoconstructtrulycleanandsustainablesociety.Webelievethatstudentscangainvariousknowledgeandcapability,suchasphysicalpropertiesofmaterial,surfaceanalyticalinstruments,duringresearchesofphotocatalysts.researchesandThroughtheseexperiencesofdiscussion,weeducateourstudentssothattheyhavelogicalmindandguts.Theunderstandingoflifesystemhasprogresseddramaticallyinthepastfiveorsixdecades.Butmanymysteriesremainandtheultimategoal,thatisthecompleteunderstandingoflifeisstillfarbeyondourreach.Weaimattheapplicationofknowledgefrombasicresearch.Thefieldofapplicationisbroadandincludesfood,medical,pharmacy,Aftergraduation,studentsareworkingatcompaniesinthefieldsoffood,medical,pharmacyandsoon.Someareworkingasdomesticcivilservants.property,handlingandphotoelectrochemical,In the Futureof↑Solarspectrum(left)andabsorbanceofvariousphotocatalysts(right).Developmentofphotocatalyticmaterialswithlongerabsorptionedgeisoneofthemostimportantissues(inset).↑(a)Synthesisofthematerialsinaglovebox,(b)assessmentofthephotocatalyticreaction,and(c)thephotoelectrochemicalmeasurements.Practical data handled in Kataoka lab. You can see raw data in the field of molecular biology, biochemistry, structural biology, cell biology and neuroscience, respectively. Summarized images of the synthetic biology. Can we behave as “the God of Sun”? Life Sciences Lab: Creation of Systems Based on Life for Solar Energy Harvesting
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