Engineering-Research-Activity2015｜SHINSHU UNIV.

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Tomita LabWeliveinaworldfulloflight.Wecanseethethingsaroundusbylight.Lightgivesusinformation,suchascolors,shapes.Lightiselectromagneticradiationthatisvisibletotheeye.ElectromagneticwavewhichisnotseeninoureyesaretheInfrared,theUltraviolet,theX-rayandetc..Ifyouwereabletoseealsoelectromagneticwavesotherthanlight,thentheworldaroundyouchangegreatly.Wearenotpossibletoseetheelectromagneticwavesotherthanlight,butbymakinguseofaspecialdetectorcanseethem,weareabletoknowtheinformationthatcannotbeobtainedbyeyes.InTomitalaboratoryisdevelopinganapparatusformeasuringfineparticlesthatfloatingintheairbyusingtheUVlaser.Thistechnologyisexpectedsuccessintheengineeringfield.Moreover,applicationsinvariousfieldssuchasphysics,earthscience,andagriculturearealsoexpected.Bypursuingthepossibilityofelectromagneticwavesinvisibletotheeye,youcanseethenewworldthatwehaveneverseen!Development of the measuring device using light for the natural informationTakayuki Tomita ,Assistant Professor 2014: Assistant Prof. (Shinshu)2012: Postdoctoral (RIKEN)2012: Ph. D (U. of Yamanashi)2008: MS (U. of Yamanashi)2006: BE (U. of Yamanashi)have done around the study of ultra-high energy cosmic rays and laser remote sensing. Thestudentsdotheplanningofmethod,strategyandexperimentforthemethatisgivenundergraduatestudentsinthese-study.Progressinthestudywillbediscussedatthemeetingbiweekly.Inthisway,youwillbeabletomasterthecomprehensiveabilitytopromoteasthecenteroftheproject,andincreasetheappliedskillsthatcanplayanactivepartinsociety.Designofremotesensingdeviceusinganultravioletlaser:Observethefluorescencefromsuspendedmatterintheairbyirradiationofultravioletlaser.Photosofobservationandobservationsystem.ComputerScience &EngineeringAfter GraduationIn the FutureSaito LabWhat’sgoingoninourdailyenvironment?Whatinformationisneededtokeepourlivingenvironmentsecureandsafe?Thefirststepisbeingabletowatchsituationscarefullyandknowthefactsaboutwhatisgoingoninreal-time.WehavebeendevelopingIT(informationtechnology)–basedopticalsensingsystemswhichcanofferlotsofinformationabouttheenvironmentinwhichwelive.Thefusionofoptics&imagingwithITisquitepowerfulinrealizingthisideaanddevelopingthesekindsofsystems.Ourresearchisopentotheworld,butcanalsobefoundintheShinshu-areainsuchfieldsasagriculture.Humanshavecreatedrichandcomfortablelivingenvironmentsbyusingtheenergyof“light”fromtheSunverywell.Let’simaginethefutureworldfullofbrightsun-light.Thechancesandplacesforopticaltechnology,whichisagiftfromnature,willbefoundanywhere.EspeciallytogetherwithIT,itwillbemoreactiveineveryregionoftheworld.IT-basedopticaltechnologywillsurelyopeninnovativeworldsforhumanlivingwithbettersecurityandsafetythanever.YasunoriSaito,Professorsince 2004.Always curious to know what happens in the relationship of humans and nature. Field Informatics, Optical & Spectroscopic Sensing, Imaging Technology, and their applications to Environmental Sensing.Anagriculturalsensingnetworksystem(AgriServer)operatinginObuse-town:Informationonproductsgrowinginthefieldsareprovidedthroughthe“Nou-Live”website.IT-basedopticalsensingsystemsforbetterunderstandingofourlivingenvironmentLIFS(laser-inducedfluorescencespectrum)lidarfieldwork:Remotesensingoflivingenvironmentssuchasair-bornepollen,bio-aerosol,waterquality,plantgrowthstatus,andothers.“Realizeyourideasbytakingaction.Don’tstoptothink,butthinkasyouarerunning.Sometimesyouwillfindyourselfchallengingandbattlingdifficulttrialsagainandagain.Believeyourexperiencesthatyou’vegainedbytheaction,thenyouwillbeabletobeattheproblemsyouwillface.”StudentsinSaitolab.wholivebythismottowillnevergiveupiftheyarediscouragedbyonefailureintherealsociety.ComputerScience &EngineeringAfter GraduationIn the Future51

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