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RESEARCH PRODUCT
Calorimetry triggering in ATLAS
A. Di MattiaB. BaussJuraj BracinikA. Dos AnjosA. R. GillmanD. SilversteinM. WesselsMartin TripianaM. GrollA. BogaertsImma RiuU. SchferJ. T. ChildersW. QianC. N. P. GeeKarsten KoenekeDaniel WhitesonReiner HauserRashid M. DjilkibaevJ. SjlinP. Conde MuiñoWerner WiedenmannM. AharroucheV. AndreiP. A. DelsartC. Santamarina RiosD. RodriguezJ. R.a. BoothV. Perez RealeE. PerezS. GadomskiJohannes HallerB. ÅSmanE. SeguraS. FratinaMark StocktonNeil CollinsC. SantamarinaM. LosadaRainer StamenValerio VercesiS. B. SilversteinM. BendelJohn BainesC L A TanP. J. BellA. ReinschNikolaos KonstantinidisPer WernerJ. FerlandSerguei SivoklokovF. FhlischIwona Grabowska-boldP. HankeMartine BosmanMurrough LandonXin WuE. DobsonCarlo SchiaviM. C. TamsettPhillip UrquijoS. SushkovDave CharltonDenis Oliveira DamazioF. QuinonezE.-e. KlugeJames BoydSarah DemersX. S. AnduagaStefan TapproggeDeywis MorenoAldo SaavedraJ. N. LilleyO. IgonkinaWilliam BrooksBrian PetersenA. HidvgiJiri MasikRostislav KonoplichM. A. DufourV. LendermannD OlvitoS. KlousC. J. CurtisD Enoque Ferreira De LimaV.j.o. PereraG. KhoriauliAllen MincerA. KalinowskiAndrea NegriF. MllerM. JohansenA. De SantoH Garitaonandia ElejabarrietaY. RogriquezB. OltmannArno StraessnerTracey BerryMarco Aurelio DiazJohn MorrisBoris PanesMogens DamJuergen ThomasB. BrelierKyle CranmerSimon GeorgeB. DemirkozNicolas EllisP. D. ThompsonK. MahboubiR. Coura TorresDiego CasadeiPilar CasadoC. OsunaD. P. F. PrieurZ. CzyczulaJ. DegenhardtC. T. PotterJ. IdarragaA. NeusiedlDmitry EmeliyanovHans-christian Schultz-coulonMaria-teresa DovaJ. E. FlecknerAndrew D. HamiltonJonathan A. KirkH. ZobernigK. BenslamaGabriela NavarroT. MoaS. EckweilerF. ProkishinRicardo GonçaloChristopher BeeXiaowen LeiDave SankeyThomas LecompteS. RiekeBrigitte VachonMichael FlowerdewFrank WinklmeierD. R. HadleyC. GringerT. WeidbergR. P. MiddletonBruce BarnettPeter NemethyS. J. Wheeler-ellisJ.m. De SeixasP. WeberChristian BohmS. BacklundR. AchenbachW. EhrenfeldF. BucciC. PadillaM. WangG. PinzonK. MeierScott H. RobertsonA.o. DavisPedro UrrejolaTetiana Hryn'ovaHenning FlacherP.j.w. FaulknerR. KweeL. ZhaoTill EifertP. BeheraE. ÖZcanFernando MonticelliD. M. StromI.p. BrawnT. Fonseca-martinK. A. JohnsStefania XellaE. EisenhandlerS. BrunetI. AracenaF. RhrF. ParodiDiego Romero MaltranaC. P. MarinoS. MaettigV. VorwerkP. M. WatkinsD. A. ScannicchioM P GallacherMark SuttonM. WildtE. TorrenceS. HellmanMonika WielersJ. StelzerStephen HillierF. LedroitP. AdragnaAlan WatsonG. MahoutSrinivasan RajagopalanK. SchmittAlessandro CerriG. AlexandreR.j. StaleyTomasz BoldTomasz Boldsubject
PhysicsHistoryParticle physicstrigger systemPhotonAtlas (topology)Physics::Instrumentation and DetectorsATLAS experimentMonte Carlo methodFísicaATLAS experimentCosmic rayComputer Science ApplicationsEducationCalorimeterNuclear physicsData acquisitionMeasuring instrument[PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]calorimeter systemHigh Energy Physics::ExperimentCiencias Exactasdescription
The ATLAS experiment is preparing for data taking at 14 TeV collision energy. A rich discovery physics program is being prepared in addition to the detailed study of Standard Model processes which will be produced in abundance. The ATLAS multi-level trigger system is designed to accept one event in 2 105 to enable the selection of rare and unusual physics events. The ATLAS calorimeter system is a precise instrument, which includes liquid Argon electro-magnetic and hadronic components as well as a scintillator-tile hadronic calorimeter. All these components are used in the various levels of the trigger system. A wide physics coverage is ensured by inclusively selecting events with candidate electrons, photons, taus, jets or those with large missing transverse energy. The commissioning of the trigger system is being performed with cosmic ray events and by replaying simulated Monte Carlo events through the trigger and data acquisition system.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2009-04-01 |