Electrical& Computer Electrical& Computer Electrical& Computer Electrical& Computer Highperformanceelectronicdeviceswithnanometerscalehavebeeninvestigatedbytheminiaturizationandusinganovelmaterials.Andrecently,itisnecessarythatfurtheraddedvaluesshouldbeappliedtothecontinuationevolvingperformanceinordertoutilizeforinterdisciplinaryfusionsuchaslifescience.Fromthisbackground,wefocus“layeredmaterials”,whichhasanomalouselectronicproperties.Wehaveresearchedthatthecreationofnovelelectronicmaterialswithanomalousbehavioranddeviceapplications.Additionally,wewillinvestigatethefusionbetweenphysicalpropertiesrelatedelectricalandelectronengineering(charge,spin,phononandphoton)theproposalanddemonstrationofnovelprincipledevices.Weconductresearchincryptology.ThecryptologyisoneoftheessentialinfrastructuresthatsupportstheICTsociety.However,itishardtounderstandthecryptologybecausetheitisbasedonvarioustechnicalthecomputationtheoryandmathematics,etc.Ouraimistoprovethesecurityofthecomputer-aidedformalverificationsystem.fieldssuchastheinformationtheory,thecryptosystemsusingAlthoughphysicalpropertiesoflayeredmaterialshavebeenreceivedmuchattention,onlyfewinvestigationsexistfordeviceapplications.Wewillworktorealizeinnovativeelectronicdevicesthatbreaktheconventionalsensethroughthecreationofnovelmaterialsanddesign/developmentoffunctionaldevicehavebeeninvestigatedinourlaboratory.Researchresultshavebeendisseminatedtotheworld.Wehavetostudysemiconductormaterialsanddevices.Andmanufacturalequipmenthastobeoperatedandmaintainedbyyourself.Youcanbeactiveinvariousfieldsandofequipment.electricalmanufacturer,materialsforupper:scanningelectronmicroscopyimageoflayeredmaterial,andschematicofin-planecrystalstructure.lower:cross-sectionaltransmissionelectronmicroscopyimageoflayeredmaterial,andschematicofcrystalstructure.Graphitic carbon nitride; semiconducting property, film growable, low-cost synthesis, controllable of emission wavelength, doping.Research topics ?Crystal growth?Electrical and electronic materialsNoriyuki UrakamiAssistant ProfessorPh.D.(Engineering) Toyohashi University of technology. Hiroyuki OkazakiAssociate ProfessorHe received his Doctor of Engineering from Kyoto Institute of Technology. His research interests include, cryptology, formal verification EngineeringEngineeringEngineeringEngineeringIn the FutureAfter GraduationIn the FutureSecurityproofsforcryptographicsystemsareveryimportant.Theultimateobjectiveofourstudyistoprovethesecurityofcryptographicsystemsusingcomputer-aidedproofcheckingsystems.After GraduationWehopeourstudentswillbeengineerswhocanapplytheoriesandknowledgeaftertheygraduate.Discovery and Application of NovelUnique MaterialsDevelopment of Novel Fundamental Technology地デジFormal Verification of Cryptosystems
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