ITER is the world's largest experimental fusion reactor, which is now under construction at the Cadarachefacility in France.http://www.iter.org/gallery/com_image_downloadThe ITER Organization provides images and videos on its public website free of charge for educational and institutional use.Wearestudyingtheatomsandmoleculesinthenear-wallregionbyconstructingnumericalcodesthatsimulatetheirreactionprocesses.ThecodeshavebeenusedinthedesignofITER:ITERisintendedtoprovetheviabilityoffusionasanenergysource,andtocollectthedatanecessaryforthedesignandoperationofthefirstfusionpowerplant.RFplasmadeviceinourlaboratoryisusedtotestourcodesbycomparingthecalculatedandobservedphotoemissionintensitiesoftheatomsandmolecules.RF plasma device in our laboratory.Reaction processes of atoms and molecules.Realizing NuclearFusionEnergyModellingof Hydrogen and Helium in Fusion PlasmaThemostexcitingapplicationofplasmasistheproductionofpowerfromthermonuclearfusion.Fusionplasmasgiveofflargeamountsofheatandveryenergeticparticles.However,theydamagethesurfacesofthereactorwalls.Theprotectionofthewallsisoneoftheremainingcriticalissuesfortherealizationoffusionplants.Neutralatomsandmoleculesinthenear-wallregionoffusionplasmasareexpectedtoactasbuffers.Thusitisimportanttounderstandthereactionprocessesoftheseatomsandmolecules.ProfessorReceived his doctor's degree (engineering) at Kyoto University in 1994.KeijiSawadaIn the FutureMechanical SystemsEngineeringTounderstandinterfacesistounderstandnature;itleadstoplentifulapplications;e.g.,byapplyingacfields,wecanobservestrongvortexflowsduetoinduced-chargeelectro-kineticphenomena(ICEK)aroundaconductivematerial;andbyusingICEK,wecandevelopinnovativemicrofluidicdevices,suchaspump,valve,mixer,etc.Sugiokalaboratoryinvestigatesnovelmicrofluidicsystems,suchasLab-on-a-chipandmicro-TAS,usingICEKforpromisingbiomedicalapplications.Newknowledgeofinterfacesciencemayleadtoinnovativenano-machineandnano-systems.Inparticular,torealizetheinnovativenano-machinethatmimicsalivingformsuchasamicroorganisminwaterandamacrophageinahumanbody,itisessentialtounderstandthesurfacesciencebetweenthefluidandsolid.Thus,wewillpursuethisfieldtorealizesuchultimatemachineshavingthefunctionsthatonlylivingformshaveachievedsofar.ProfessorPh.D. (Engineering), Kyoto University, 2012Bachelor&Master-1985,KeioUniversity.1985 -2015, CanonInc.2015.9-Associate Professor2017.6-Present Post Simple but Diversified Microfluidic Systems using Novel PhenomenaTheresearchexperienceoncomplexmicrofluidicsystemsisverysuitabletoobtainastrongpointasaresearcherwithawiderangeoffundamentalknowledge.Iexpectthatallgraduatesofourlaboratoryobtainfundamentalscientificabilitiestoworkasanexcellentresearcherintheworld.Hideyuki SugiokaIn the FutureMechanical SystemsEngineeringAfter GraduationExperiment of pump: H. Sugioka,Phys. Rev. E 83, 056321 (2011)Experiment of Valve: H. Sugioka,Phys. Rev. E 83, 025302(R) (2011)Theory of pump: H. Sugioka,Phys. Rev. E 78, 057301 (2008)Theory of valve: H. Sugioka,Phys. Rev. E 81, 036301 (2010)Theory of mixer: H. Sugioka,Phys. Rev. E 81, 036306 (2010)Theory of formation: H. Sugioka,Phys. Rev. E 80, 016315 (2009)Theory of Artificial Cilium: H. Sugioka,Phys. Rev. Applied 3, 064001 (2015)Post-ELEKIN 2012
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