Signal Samples $W_R \to e N_\mu \to e \mu {\rm ~dijet}$ and $W_R \to \mu N_e \to \mu e {\rm ~dijet}$

Physics name ID Description Xsec (pb) Links Full dataset name
Pythia_LRSM_WR_600_50_emu 105282 $W_R(600 GeV) N_R(50 GeV)$ 23.81 validation mc08.105282.Pythia_LRSM_WR_600_50_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_600_100_emu 105283 $W_R(600 GeV) N_R(100 GeV)$ 22.74 validation mc08.105283.Pythia_LRSM_WR_600_100_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_600_300_emu 105284 $W_R(600 GeV) N_R(300 GeV)$ 16.09 validation mc08.105284.Pythia_LRSM_WR_600_300_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_600_500_emu 105285 $W_R(600 GeV) N_R(500 GeV)$ 3.71 validation mc08.105285.Pythia_LRSM_WR_600_500_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_800_50_emu 105256 $W_R(800 GeV) N_R(50 GeV)$ 7.70 validation mc08.105256.Pythia_LRSM_WR_800_50_emu.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_100_emu 105257 $W_R(800 GeV) N_R(100 GeV)$ 7.50 validation mc08.105257.Pythia_LRSM_WR_800_100_emu.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_300_emu 105258 $W_R(800 GeV) N_R(300 GeV)$ 6.19 validation mc08.105258.Pythia_LRSM_WR_800_300_emu.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_500_emu 105259 $W_R(800 GeV) N_R(500 GeV)$ 3.78 validation mc08.105259.Pythia_LRSM_WR_800_500_emu.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_50_emu 105286 $W_R(1000 GeV) N_R(50 GeV)$ 3.05 validation mc08.105286.Pythia_LRSM_WR_1000_50_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_200_emu 105287 $W_R(1000 GeV) N_R(200 GeV)$ 2.85 validation mc08.105287.Pythia_LRSM_WR_1000_200_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_500_emu 105288 $W_R(1000 GeV) N_R(500 GeV)$ 2.02 validation mc08.105288.Pythia_LRSM_WR_1000_500_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_800_emu 105289 $W_R(1000 GeV) N_R(800 GeV)$ 0.61 validation mc08.105289.Pythia_LRSM_WR_1000_800_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_50_emu 105290 $W_R(1200 GeV) N_R(50 GeV)$ 1.36 validation mc08.105290.Pythia_LRSM_WR_1200_50_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_200_emu 105291 $W_R(1200 GeV) N_R(200 GeV)$ 1.30 validation mc08.105291.Pythia_LRSM_WR_1200_200_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_600_emu 105292 $W_R(1200 GeV) N_R(600 GeV)$ 0.91 validation mc08.105292.Pythia_LRSM_WR_1200_600_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_1000_emu 105293 $W_R(1200 GeV) N_R(1000 GeV)$ 0.20 validation mc08.105293.Pythia_LRSM_WR_1200_1000_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_50_emu 105294 $W_R(1500 GeV) N_R(50 GeV)$ 0.48 validation mc08.105294.Pythia_LRSM_WR_1500_50_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_300_emu 105295 $W_R(1500 GeV) N_R(300 GeV)$ 0.45 validation mc08.105295.Pythia_LRSM_WR_1500_300_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_800_emu 105296 $W_R(1500 GeV) N_R(800 GeV)$ 0.28 validation mc08.105296.Pythia_LRSM_WR_1500_800_emu.merge.AOD.e438_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_1300_emu 105297 $W_R(1500 GeV) N_R(1300 GeV)$ 0.05 validation mc08.105297.Pythia_LRSM_WR_1500_1300_emu.merge.AOD.e438_s462_s520_r808_r838/

Background Samples

$t\bar{t}$

Physics name ID Description Xsec (pb) Links Full dataset name
T1_McAtNlo_Jimmy 105200 No fully hadronic decay. Top mass is 172.5 GeV. 217.06 TWiki mc08.105200.T1_McAtNlo_Jimmy.merge.AOD.e357_s462_s520_r809_r838/
AcerMCttbarHerwig 105206 No fully hadronic decay. Top mass is 172.5 GeV. 218.37 TWiki mc08.105206.AcerMCttbarHerwig.merge.AOD.e429_s462_s520_r808_r838/
TTbar_PowHeg_Pythia 105861 No fully hadronic decay. 217.13 TWiki mc08.105861.TTbar_PowHeg_Pythia.merge.AOD.e444_s495_s520_r808_r838/
TTbar_PowHeg_Jimmy 105860 No fully hadronic decay. 217.13 TWiki mc08.105860.TTbar_PowHeg_Jimmy.merge.AOD.e444_s495_s520_r808_r838/

$t$

Physics name ID Description Xsec (pb) Links Full dataset name
AcerMC_tchan 105502 tchannel, leptonic decay. 43.18 TWiki mc08.105502.AcerMC_tchan.merge.AOD.e352_s462_s520_r808_r838/
AcerMC_Wt_dilep 105503 Only dileptonic decay. 2.76 TWiki mc08.105503.AcerMC_Wt_dilep.merge.AOD.e352_s462_s520_r808_r838/
AcerMC_Wt 105500 Both single and di-leptonic decay. 14.27 TWiki mc08.105500.AcerMC_Wt.merge.AOD.e352_s462_s520_r808_r838/
st_tchan_enu_McAtNlo_Jimmy 108340 tchannel, leptonic decay. 14.46 TWiki mc08.108340.st_tchan_enu_McAtNlo_Jimmy.merge.AOD.e405_s495_s520_r808_r838/
st_tchan_munu_McAtNlo_Jimmy 108341 tchannel, leptonic decay. 14.46 TWiki mc08.108341.st_tchan_munu_McAtNlo_Jimmy.merge.AOD.e405_s495_s520_r808_r838/

$W,Z$

Physics name ID Description Xsec (pb) Links Full dataset name
WZ_Herwig 105987 All final states but with a filter requiring at least one lepton within the acceptance. 8.82 TWiki mc08.105987.WZ_Herwig.merge.AOD.e368_s462_s520_r808_r838/
WW_Herwig 105985 All final states but with a filter requiring at least one lepton within the acceptance. 26.4 TWiki mc08.105985.WW_Herwig.merge.AOD.e379_s462_s520_r808_r838/
ZZ_Herwig 105986 All final states but with a filter requiring at least one lepton within the acceptance. 1.93 TWiki mc08.105986.ZZ_Herwig.merge.AOD.e379_s462_s520_r808_r838/
PythiaZtautau 106052   1128.37 TWiki mc08.106052.PythiaZtautau.merge.AOD.e347_s462_s520_r809_r838/
PythiaZtautauJet_Ptcut 106072   606.05 TWiki mc08.106072.PythiaZtautauJet_Ptcut.merge.AOD.e352_s462_s520_r808_r838/
PythiaZtautaull_2Leptons 109236   140.51 AMI mc08.109236.PythiaZtautaull_2Leptons.merge.AOD.e379_s462_s520_r808_r838/
McAtNlo0331_JIMMY_WmZ_qqll 105972   11.01 AMI mc08.105972.McAtNlo0331_JIMMY_WmZ_qqll.merge.AOD.e372_s462_s520_r808_r838/
McAtNlo0331_JIMMY_WpZ_qqll 105942   18.58 AMI mc08.105942.McAtNlo0331_JIMMY_WpZ_qqll.merge.AOD.e372_s462_s520_r808_r838/
McAtNlo0331_JIMMY_WpWm_enumunu 105922   0.83 TWiki mc08.105922.McAtNlo0331_JIMMY_WpWm_enumunu.merge.AOD.e367_s462_s520_r808_r838/
McAtNlo0331_JIMMY_WpWm_munuenu 105925   0.83 TWiki mc08.105925.McAtNlo0331_JIMMY_WpWm_munuenu.merge.AOD.e367_s462_s520_r808_r838/

$W_R \to l N_l \to l l {\rm ~dijet}$, $l = e, \mu, \tau$

Physics name ID Description Xsec (pb) Links Full dataset name
Pythia_LRSM_WR_600_50 107284 $W_R(600 GeV) N_R(50 GeV)$ 35.16 AMI mc08.107284.Pythia_LRSM_WR_600_50.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_600_100 107285 $W_R(600 GeV) N_R(100 GeV)$ 34.16 AMI mc08.107285.Pythia_LRSM_WR_600_100.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_600_300 107286 $W_R(600 GeV) N_R(300 GeV)$ 24.12 AMI mc08.107286.Pythia_LRSM_WR_600_300.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_600_500 107287 $W_R(600 GeV) N_R(500 GeV)$ 5.62 AMI mc08.107287.Pythia_LRSM_WR_600_500.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_800_50 107288 $W_R(800 GeV) N_R(50 GeV)$ 11.59 AMI mc08.107288.Pythia_LRSM_WR_800_50.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_800_100 105692 $W_R(800 GeV) N_R(100 GeV)$ 11.29 AMI mc08.105692.Pythia_LRSM_WR_800_100.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_800_300 105655 $W_R(800 GeV) N_R(300 GeV)$ 9.24 AMI mc08.105655.Pythia_LRSM_WR_800_300.merge.AOD.e352_s462_s520_r808_r838/
Pythia_LRSM_WR_800_500 105656 $W_R(800 GeV) N_R(500 GeV)$ 5.71 AMI mc08.105656.Pythia_LRSM_WR_800_500.merge.AOD.e352_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_50 107289 $W_R(1000 GeV) N_R(50 GeV)$ 4.52 AMI mc08.107289.Pythia_LRSM_WR_1000_50.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_200 107290 $W_R(1000 GeV) N_R(200 GeV)$ 4.32 AMI mc08.107290.Pythia_LRSM_WR_1000_200.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_500 105695 $W_R(1000 GeV) N_R(500 GeV)$ 3.07 AMI mc08.105695.Pythia_LRSM_WR_1000_500.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_800 107291 $W_R(1000 GeV) N_R(800 GeV)$ 0.91 AMI mc08.107291.Pythia_LRSM_WR_1000_800.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_50 107292 $W_R(1200 GeV) N_R(50 GeV)$ 2.05 AMI mc08.107292.Pythia_LRSM_WR_1200_50.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_200 107293 $W_R(1200 GeV) N_R(200 GeV)$ 1.94 AMI mc08.107293.Pythia_LRSM_WR_1200_200.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_600 107294 $W_R(1200 GeV) N_R(600 GeV)$ 1.35 AMI mc08.107294.Pythia_LRSM_WR_1200_600.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_1000 107295 $W_R(1200 GeV) N_R(1000 GeV)$ 0.31 AMI mc08.107295.Pythia_LRSM_WR_1200_1000.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_50 107296 $W_R(1500 GeV) N_R(50 GeV)$ 0.71 AMI mc08.107296.Pythia_LRSM_WR_1500_50.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_300 107297 $W_R(1500 GeV) N_R(300 GeV)$ 0.65 AMI mc08.107297.Pythia_LRSM_WR_1500_300.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_800 107298 $W_R(1500 GeV) N_R(800 GeV)$ 0.42 AMI mc08.107298.Pythia_LRSM_WR_1500_800.merge.AOD.e424_s462_s520_r808_r838/
Pythia_LRSM_WR_1500_1300 107299 $W_R(1500 GeV) N_R(1300 GeV)$ 0.07 AMI mc08.107299.Pythia_LRSM_WR_1500_1300.merge.AOD.e424_s462_s520_r808_r838/

$Z_R \to l N_l \to l l {\rm ~dijet}$, $l = e, \mu, \tau$

Physics name ID Description Xsec (pb) Links Full dataset name
Pythia_LRSM_ZR_1000_300 105657 $Z_R(1000 GeV) N_R(300 GeV)$ 1.11 AMI mc08.105657.Pythia_LRSM_ZR_1000_300.merge.AOD.e355_s462_s520_r808_r838/

$jj$

Physics name ID Description Xsec (pb) Links Full dataset name
J0_pythia_jetjet 105009 8-17GeV 1.170E+10 TWiki mc08.105009.J0_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J1_pythia_jetjet 105010 17-35GeV 8.668E+8 TWiki mc08.105010.J1_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J2_pythia_jetjet 105011 35-70GeV 5.601E+7 TWiki mc08.105011.J2_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J3_pythia_jetjet 105012 70-140GeV 3.280E+6 TWiki mc08.105012.J3_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J4_pythia_jetjet 105013 140-280GeV 1.516E+5 TWiki mc08.105013.J4_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J5_pythia_jetjet 105014 280-560GeV 5.122E+3 TWiki mc08.105014.J5_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J6_pythia_jetjet 105015 560-1120GeV 1.119E+2 TWiki mc08.105015.J6_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J7_pythia_jetjet 105016 1120-2240GeV 1.075 TWiki mc08.105016.J7_pythia_jetjet.merge.AOD.e344_s479_s520_r809_r838/
J8_pythia_jetjet 105017 2240-GeV 1.112E-3 TWiki no merged sample exist

$Drell-Yan$

Physics name ID Description Xsec (pb) Links Full dataset name
PythiaDYtautau_200M 105123   1.64 AMI mc08.105123.PythiaDYtautau_200M.merge.AOD.e355_s462_s520_r808_r838/

$Other LRSM samples$

Physics name ID Description Xsec (pb) Links Full dataset name
Pythia_LRSM_WR_800_200 105693 $W_R(800 GeV) N_R(200 GeV)$     mc08.105693.Pythia_LRSM_WR_800_200.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_1000_300 105694 $W_R(1000 GeV) N_R(300 GeV)$     mc08.105694.Pythia_LRSM_WR_1000_300.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_300 105696 $W_R(1200 GeV) N_R(300 GeV)$     mc08.105696.Pythia_LRSM_WR_1200_300.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_ZR_1000_300 105657 $W_R(1000 GeV) N_R(300 GeV)$     mc08.105657.Pythia_LRSM_ZR_1000_300.merge.AOD.e355_s462_s520_r808_r838/
Pythia_LRSM_WR_1400_300 105698 $W_R(1400 GeV) N_R(300 GeV)$     mc08.105698.Pythia_LRSM_WR_1400_300.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_1400_500 105699 $W_R(1400 GeV) N_R(500 GeV)$     mc08.105699.Pythia_LRSM_WR_1400_500.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_1200_500 105697 $W_R(1200 GeV) N_R(500 GeV)$     mc08.105697.Pythia_LRSM_WR_1200_500.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_1800_300 105650 $W_R(1800 GeV) N_R(300 GeV)$     mc08.105650.Pythia_LRSM_WR_1800_300.merge.AOD.e364_s462_s520_r808_r838/
Pythia_LRSM_WR_800_N_50_500_1000 105306 $W_R(800 GeV) N_{e}(50 GeV) N_{\mu}(500 GeV)$ 1.87 validation mc08.105306.Pythia_LRSM_WR_800_N_50_500_1000.merge.AOD.e420_s495_s520_r808_r838/
Pythia_LRSM_WR_800_N_50_500_1000 105306 $W_R(800 GeV) N_{e}(50 GeV) N_{\mu}(500 GeV)$ 1.87 validation mc08.105306.Pythia_LRSM_WR_800_N_50_500_1000.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_N_50_300_1000 105307 $W_R(800 GeV) N_{e}(50 GeV) N_{\mu}(300 GeV)$ 3.30 validation mc08.105307.Pythia_LRSM_WR_800_N_50_300_1000.merge.AOD.e420_s495_s520_r808_r838/
Pythia_LRSM_WR_800_N_50_300_1000 105307 $W_R(800 GeV) N_{e}(50 GeV) N_{\mu}(300 GeV)$ 3.30 validation mc08.105307.Pythia_LRSM_WR_800_N_50_300_1000.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_N_500_50_1000 105308 $W_R(800 GeV) N_{e}(500 GeV) N_{\mu}(50 GeV)$ 1.86 validation mc08.105308.Pythia_LRSM_WR_800_N_500_50_1000.merge.AOD.e420_s495_s520_r808_r838/
Pythia_LRSM_WR_800_N_500_50_1000 105308 $W_R(800 GeV) N_{e}(500 GeV) N_{\mu}(50 GeV)$ 1.86 validation mc08.105308.Pythia_LRSM_WR_800_N_500_50_1000.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_N_300_50_1000 105309 $W_R(800 GeV) N_{e}(300 GeV) N_{\mu}(50 GeV)$ 3.30 validation mc08.105309.Pythia_LRSM_WR_800_N_300_50_1000.merge.AOD.e402_s462_s520_r808_r838/
Pythia_LRSM_WR_800_N_300_50_1000 105309 $W_R(800 GeV) N_{e}(300 GeV) N_{\mu}(50 GeV)$ 3.30 validation mc08.105309.Pythia_LRSM_WR_800_N_300_50_1000.merge.AOD.e420_s495_s520_r808_r838/

-- KirillSkovpen - 2009-08-29

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