Electrical& Computer ・Synthesisand application of compound semiconductors・Development of renewable ・Development of artificial Electrical& Computer Tocontributetotheglobalsocietybymeansofinnovatingsustainableenergydevices(SED)andenvironment-friendlymaterials(EFM).TopromotetheapplicationsofSEDandEFMinvariousindustrialfieldsinordertoreducetheenvironmentalpollution.Toestablishgreenelectronicproductionlowpollution35MyoThan HtayYamamotoAssociate ProfessorB.E, EcE, Yangon Technological Univ.PhD (Engineering) Shinshu Univ.Noriyuki UrakamiAssistant ProfessorPh.D.(Engineering) Toyohashi University of technology. In the FutureAfter GraduationResearch fields:・Synthesis and application of nanostructuresenergy devicessynapseResearch topics ･Crystal growth･Electrical and electronic materialsEngineeringEngineeringIn the FutureAfter GraduationHighperformanceelectronicdeviceswithnanometerscalehavebeeninvestigatedbytheminiaturizationandusinganovelmaterials.Andrecently,itisnecessarythatfurtheraddedvaluesshouldbeappliedtothecontinuationevolvingperformanceinordertoutilizeforinterdisciplinaryfusionsuchaslifescience.Fromthisbackground,wefocus“layeredmaterials”,whichhasanomalouselectronicproperties.Wehaveresearchedthatthecreationofnovelelectronicmaterialswithanomalousbehavioranddeviceapplications.Additionally,wewillinvestigatethefusionbetweenphysicalpropertiesrelatedelectricalandelectronengineering(charge,spin,phononandphoton)theproposalanddemonstrationofnovelprincipledevices.Iamnowexploringanewsustainablesystemthatcangenerateelectricityfromrenewablesolarenergyandseawaterefficiently.I’malsofocusingontheresearchofcompoundsemiconductorsanditsapplicationonartificialsynapse,whichisoneofthefundamentalbuildingblockofthefutureneuromorphiccomputers.Althoughphysicalpropertiesoflayeredmaterialshavebeenreceivedmuchattention,onlyfewinvestigationsexistfordeviceapplications.Wewillworktorealizeinnovativeelectronicdevicesthatbreaktheconventionalsensethroughthecreationofnovelmaterialsanddesign/developmentoffunctionaldevicehavebeeninvestigatedinourlaboratory.Researchresultshavebeendisseminatedtotheworld.Wehavetostudysemiconductormaterialsanddevices.Andmanufacturalequipmenthastobeoperatedandmaintainedbyyourself.Youcanbeactiveinvariousfieldsandofequipment.Graduatestudentswillgetchangestobecomeactivescientistsorengineersofthefuturebyexperiencingadvancedresearchesinenvironmental-friendlyelectronicatourLab.electricalmanufacturer,materialsbasedonprocesstechnologiesfieldtheofforVarious structures of ZnOnano structures prepared from our Lab.We are exploring a new material that can be utilized in renewable energy devices.Ultrasonic spray pyrolysis system developed in our Lab.WearepursuingtorealizeasustainablesocietybymeansofdiscoveringanddevelopingsustainableelectronicsmaterialsanddevicesUpperlayeredmolybdenumdisulfide(MoS2)crystal.Upperright:singlelayerMoS2filmpreparedbymechanicalexfoliation.Lowerleft:OpticalmicroscopeimageofMoS2channeltwo-dimensionalfieldeffecttransistor(FET).Lowerright:transfercharacteristicofMoS2channelFET.Graphitic carbon nitride; semiconducting property, film growable, low-cost synthesis, controllable of emission wavelength, doping.Artificial synapses fabricated at our Lab.left:Discovery and Application of NovelUnique MaterialsDevelopment of Novel Fundamental TechnologyResearch of Sustainable ElectronicMaterials & Devices
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