Wehavetostudysemiconductormaterialsanddevices.Andmanufacturalequipmenthastobeoperatedandmaintainedbyyourself.Youcanbeactiveinvariousfieldsofelectricalmanufacturer,materialsandequipment.Highperformanceelectronicdeviceswithnanometerscalehavebeeninvestigatedbytheminiaturizationandusinganovelmaterials.Andrecently,itisnecessarythatfurtheraddedvaluesshouldbeappliedtothecontinuationevolvingperformanceinordertoutilizeforinterdisciplinaryfusionsuchaslifescience.Fromthebackground,wefocus“layeredmaterials”,whichhasanomalouselectronicproperties.Wehaveresearchedthatthecreationofnovelelectronicmaterialswithanomalousbehavioranddeviceapplications.Additionally,wewillinvestigatethefusionbetweenphysicalpropertiesrelatedelectronicandelectronengineering(charge,spin,phononandphoton)fortheproposalanddemonstrationofnovelprincipledevices.Althoughphysicalpropertiesoflayeredmaterialshavebeenreceivedmuchattention,onlyfewinvestigationsexistfordeviceapplications.Wewillworktorealizeinnovativeelectronicdevicesthatbreaktheconventionalsensethroughthecreationofnovelmaterialsanddesign/developmentoffunctionaldevicehavebeeninvestigatedinourlaboratory.Researchresultshavebeendisseminatedtotheworld.Assistant ProfessorPh.D.(Engineering) Toyohashi University of technology. Research topics ･Crystal growth･Electrical and electronic materialsResearch on Anomalous Behavior MaterialsDevelopment of Novel Fundamental TechnologyNoriyuki UrakamiIn the FutureAfter GraduationElectrical& Computer EngineeringMeasurement equipment operated by students.For optical evaluation.upper:scanningelectronmicroscopyimageoflayeredmaterial,andschematicofin-planecrystalstructure.lower:cross-sectionaltransmissionelectronmicroscopyimageoflayeredmaterial,andschematicofcrystalstructure.地デジHiroyuki OkazakiWeconductresearchincryptology.ThecryptologyisoneoftheessentialinfrastructuresthatsupportstheICTsociety.However,itishardtounderstandthecryptologybecausetheitisbasedonvarioustechnicalfieldssuchastheinformationtheory,thecomputationtheoryandmathematics,etc.Ouraimistoprovethesecurityofthecryptosystemsusingthecomputer-aidedformalverificationsystem.Securityproofsforcryptographicsystemsareveryimportant.Theultimateobjectiveofourstudyistoprovethesecurityofcryptographicsystemsusingcomputer-aidedproofcheckingsystems.Wehopeourstudentswillbeengineerswhocanapplytheoriesandknowledgeaftertheygraduate.Associate ProfessorHe received his Doctor of Engineering from Kyoto Institute of Technology. His research interests include, cryptology, formal verification Formal Verification of CryptosystemsAfter GraduationIn the FutureElectrical& Computer Engineering
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