Search for electroweak production of charginos, neutralinos and sleptons using leptonic final states in pp collisions at √s = 8 TeV

Abstract

(Note: This revision of the original 2012/11/27 document includes a correction in the same-sign analysis section.) Final states with exactly three leptons, four leptons, two same-sign leptons, two opposite-sign-same-flavor leptons plus two jets, or two opposite-sign leptons inconsistent with Z boson decay, are studied using a data sample consisting of an integrated luminosity of 9.2 fb-1 of proton-proton collision data collected in 2012 with the CMS detector at √s = 8 TeV. The observed event rates are in agreement with expectations from the standard model. The results are used to set limits on the direct production of charginos, neutralinos, and sleptons. (The limits are unaffected by the same-sign analysis correction).

Detailed documentation can be found at SUS-12-022.

Approved Tables and Plots from SUS-12-022

( click on plot to get .pdf )

Introduction

Tables and Figures Abbreviated Caption
Figure 1a: Chargino-neutralino production at LHC leading to a three-lepton final state with missing transverse energy. The dotted and dashed lines indicate unstable particles and the LSP, respectively.
Figure 1b: Chargino-neutralino production at LHC leading to a three-lepton final state with missing transverse energy. The dotted and dashed lines indicate unstable particles and the LSP, respectively.
Figure 2a: Chargino-neutralino production leading on-shell W and Z bosons with missing transverse energy.
Figure 2b: Neutralino-neutralino production leading to two on-shell Z bosons with missing transverse energy.
Figure 3a: Chargino-pair production leading to opposite-sign lepton pairs with missing transverse energy. Each chargino can decay via either mode, giving four possible diagrams sharing the same final state.
Figure 3b: Slepton-pair production leading to opposite-sign lepton pairs with missing transverse energy. In this diagram, the sleptons and thus the daughter leptons share the same flavor.

Search in the three-lepton final state

Tables and Figures Abbreviated Caption
Figure 4: MT versus Mll for the trilepton data events with an OSSF dilepton pair.
Figure 5: Observed missing transverse energy distribution for the data events with an OSSF dilepton pair. Standard model expectations are also shown. ”Rare” refers to standard model processes such as ZZ, ttZ, ttW, and triboson production.
Figure 6: MT versus Mll for the trilepton data events without an OSSF dilepton pair.
Figure 7: Observed MET distribution for the data events without an OSSF dilepton pair or a hadronic tau-lepton. SM expectations are also shown. ”Rare” refers to standard model processes such as ZZ, ttZ, ttW, and triboson production.
Figure 8: MT versus Mll for the trilepton data events containing a same-sign dilepton pair and a hadronically reconstructed tau-lepton.
Figure 9: Observed MET distribution for the data events with a same-sign dilepton pair but with one hadronically reconstructed tau-lepton. SM expectations are also shown. ”Rare” refers to standard model processes such as ZZ, ttZ, ttW, and triboson production.
Figure 8a: MT versus Mll for the trilepton data events containing an opposite-sign opposite-flavor dilepton pair and a hadronically reconstructed tau-lepton.
Figure 9a: Observed MET distribution for the data events with an OSOF dilepton pair and a hadronic tau-lepton. SM expectations are also shown. ”Rare” refers to standard model processes such as ZZ, ttZ, ttW, and triboson production.
Table 1: SM expectations and observations for events with an ee or mm OSSF pair, where the third lepton is either an electron or muon.
Table 2: SM expectations and observations for eem and emm events without an OSSF pair or a hadronic tau lepton candidate.
Table 3: SM expectations and observations for events with a same-sign ee, em or mm pair and a hadronic tau candidate.
Table 4: SM expectations and observations for events with an opposite-sign em pair and a hadronic tau candidate.

Search in the four-lepton final state

Tables and Figures Abbreviated Caption
Figure 10: MET versus Mll for four-lepton data events with an on-Z OSSF pair and no taus. The legend indicates the flavor breakdown of events.
Table 5: Expected SM backgrounds and observed yields for exclusive channels of four-lepton final states. All categories have four leptons including an OSSF pair consistent with a Z boson. The three sections refer, respectively, to events with only one OSSF dilepton pair with no taus, one OSSF dilepton pair with one tau, and two OSSF pairs with no taus.

Search in the same-sign two-lepton final state

Tables and Figures Abbreviated Caption
Figure 11: MET versus HT for same-sign dilepton candidate events. This plot tries to show how the candidate events distribute along the MET, HT plane. The horizontal line at MET 200 GeV divides the total sample into a control (120<MET<200 GeV) and a signal (MET > 200 GeV) region. The first is used to asses the validity of our background estimation method, the latter is used to search for any hint of new physics.
Table 6: Summary of background predictions and observed yields for search regions: 120<MET<200 GeV, Njets ≤ 2 and Nbjets = 0, and MET >200 GeV, with and without 3rd lepton veto applied (including taus). Uncertainties include statistical and systematic contributions. This table has been revised since its original release to reflect a correction in the fake background estimation.The limits are unaffected by this correction.

Search in the WZ/ZZ + MET final state with two leptons and two jets

Tables and Figures Abbreviated Caption
Table 7: Summary of results in the Z + dijet analysis. The total background is the sum of the Z + jets background predicted from the MET templates method (Z + jets bkg), the same-flavor background predicted from eμ events, and the WZ, ZZ, and rare SM backgrounds predicted from MC. All uncertainties include both the statistical and systematic components.
Figure 12: Results of the Z + dijet analysis. The observed MET distribution (black points) is compared with the sum of the predicted MET distributions from Z + jets, flavor-symmetric (FS), sum of WZ and ZZ (WZ+ZZ), and rare SM backgrounds. The ratio of observed to predicted yields in each bin is indicated. The error bars indicate the statistical uncertainty in the data and the shaded band indicates the total background uncertainty.

Search with non-resonant opposite-sign dileptons

Tables and Figures Abbreviated Caption
Figure 13a: The MCT⊥ distributions in data (black points) and background prediction (filled histogram) for same-flavor dileptons. The background estimate is normalized in the 5 to 100 GeV region. The number of observed events in the MCT⊥ > 100 GeV signal region is consistent with the data-driven background estimate. The large event yield in the lowest bin is an expected feature of the MCT⊥ variable, as a large region of phase space gives MCT⊥ = 0.
Figure 13b: The MCT⊥ distributions in data (black points) and background prediction (filled histogram) for opposite (different)-flavor dileptons. The background estimate is normalized in the 5 to 100 GeV region. The number of observed events in the MCT⊥ > 100 GeV signal region is consistent with the data-driven background estimate. The large event yield in the lowest bin is an expected feature of the MCT⊥ variable, as a large region of phase space gives MCT⊥ = 0.
Table 8: Results from shape fit to data in the low MCT⊥ control region and extrapolation to the high MCT⊥ signal region in both channels. Since the contributions of the individual backgrounds in the low MCT⊥ region are derived from a fit to data, they by definition add to the number of events in that region in data.

Interpretations of the searches

The lower plot in each case shows the same information in an alternate style. The digital format of each exclusion is available under "root version" links.
Tables and Figures Abbreviated Caption
png version root version png version Figure 14: The shading in the mχ0 versus mχ0 (= mχ± ) plane indicates the 95% CL upper limit on the chargino-neutralino production NLO cross section times branching fraction in the flavor-democratic scenario, for the three-lepton search. The contours bound the mass regions excluded at 95% CL for a branching fraction of 50%, as appropriate for the visible decay products in this scenario. The contours based on the observations are shown; in addition, the expected bound is shown.
png version root version png version Figure 15a: The shading in the mχ0 versus mχ0 (= mχ± ) plane indicates the 95% CL upper limit on the chargino-neutralino production NLO cross section times branching fraction in the flavor-democratic scenario with x_slep = 0.05, for the three-lepton search. The contours bound the mass regions excluded at 95% CL for a branching fraction of 50%, as appropriate for the visible decay products in this scenario. The contours based on the observations are shown; in addition, the expected bound is shown. Red contours demonstrate separate mass exclusions for the three-lepton search and the same-sign dilepton search alone.
png version root version png version Figure 15b: The plot corresponding to Figure 15a, but for x_slep = 0.95.
png version root version png version Figure 16a: The exclusion contours for τ-enriched scenario corresponding to results in Figure 14 for x_slep = 0.05
png version root version png version Figure 16b: The exclusion contours for τ-enriched scenario corresponding to results in Figure 14 for x_slep = 0.5
png version root version png version Figure 16c: The exclusion contours for τ-enriched scenario corresponding to results in Figure 14 for x_slep = 0.95
png version root version png version Figure 17: The exclusion contours for τ-dominated scenario corresponding to results in Figure 14.
png version root version png version Figure 18: Interpretation of the dilepton WZ + MET and the three-lepton results. The dilepton observed, three-lepton observed, their combination, and combined expected contours are shown.
png version Figure 19: Interpretation of the Z + dijet and four-lepton analyses in the GMSB model dis- cussed in the text. The observed and expected cross section upper limits are indicated as a function of the mass parameter μ, and are compared to the theory cross section. The region μ < 370 GeV is excluded at 95% confidence level.
png version root version png version Figure 20: Limits on chargino pair production cross section times branching ratio for charginos decaying as in Fig. 3. These limits are set by the MCT⊥ based analysis using both the opposite and same flavor channels.
png version root version png version Figure 21: Limits on slepton pair production cross section times branching ratio for sleptons decaying as in Fig. 3. These limits are set by the MCT⊥ based analysis using only the same flavor channel.

Summary

Tables and Figures Abbreviated Caption
png version Figure 22: A summary of results from four of the scenarios we investigated. Where applicable, the x value used to calculate the slepton mass is 0.5.

Additional Material

Search in the three-lepton final state

Tables and Figures Abbreviated Caption
Data-Monte Carlo comparison of the MET distribution in an on-Z, MT > 20 GeV, MET > 30 GeV control region
Data-Monte Carlo comparison of the MT distribution in an on-Z, MT > 20 GeV, MET > 30 GeV control region
Dilepton invariant mass distribution in a control region for llmu events
Dilepton invariant mass distribution in a control region for lle events
MT versus Mll for the trilepton data events with an OSSF dilepton pair and a hadronically-decaying tau.
Figure 9b: Observed MET distribution for the data events with an opposite-sign same-flavor dilepton pair and with one hadronically reconstructed tau-lepton. SM expectations are also shown. ”Rare” refers to standard model processes such as ZZ, ttZ, ttW, and triboson production.
Table 3b: Three lepton search results with an opposite-sign same flavor pair and one hadronically decaying tau.
Observed yields and predicted backgrounds for a tri-lepton with an opposite sign same flavour lepton pair present as a function of transverse mass for MET > 50 GeV: M(ll) > 105 GeV.
Observed yields and predicted backgrounds for a tri-lepton with an opposite sign same flavour lepton pair present as a function of transverse mass for MET > 50 GeV: M(ll) < 75 GeV.
Observed yields and predicted backgrounds for a tri-lepton with an opposite sign same flavour lepton pair present as a function of transverse mass for MET > 50 GeV: 75 GeV < M(ll) < 105 GeV.
Observed yields and predicted backgrounds for a tri-lepton without an opposite sign same flavour lepton pair present as a function of transverse mass for MET > 50 GeV.
Observed yields and predicted backgrounds for a tri-lepton with a same sign di-lepton and a hadronically decaying tau as a function of transverse mass for MET > 50 GeV.
Estimated from Monte Carlo backgrounds for tri-lepton channel with an opposite sign same flavor pair on Z, MET > 50 GeV.
Estimated from Monte Carlo backgrounds for tri-lepton channel with an opposite sign same flavor pair off Z, MET > 50 GeV.
Estimated from Monte Carlo backgrounds for tri-lepton channel without an opposite sign same flavor pair, MET > 50 GeV.
Estimated from Monte Carlo backgrounds for tri-lepton channel with a same sign di-lepton and a hadronically decaying tau, MET > 50 GeV.
Result of a Monte Carlo closure test for a method to estimate backgrounds from non-prompt or misidentified light leptons: comparison of the MC truth observed yield and MC predicted yield as a function of transverse mass.
Comparison of MET distributions for internal and external conversions in data.
Response of u1 component of the hadronic recoil in data and MC.
Response of u2 component of the hadronic recoil in data and MC.
Resolution of u1 component of the hadronic recoil in data and MC.
Resolution of u2 component of the hadronic recoil in data and MC.

Search in the four-lepton final state

Tables and Figures Abbreviated Caption
Validation of the ZZ Monte Carlo simulation in the low MET region

Search in the same-sign two-lepton final state

Tables and Figures Abbreviated Caption
Data with no identified b-jets.
Data with at least one identified b-jet.
Fake ratios for muons for the SS analysis.
Fake ratios for muons for the SS analysis.
Fake ratios for electrons for the SS analysis.
Fake ratios for electrons for the SS analysis.
Validation of WZ simulation in a WZ-enriched control region. This region has the Z veto inverted and MET > 120 GeV.
Cross-check of background prediction method in the baseline region.
Cross-check of background prediction method in the baseline region.
Same Sign predicted and observed yields in the two search regions with and without the search region. This figure has been revised since its original release to reflect a correction in the fake background estimation.The limits are unaffected by this correction

Search in the WZ/ZZ + MET final state with two leptons and two jets

Tables and Figures Abbreviated Caption
Dilepton invariant mass distribution for events in the preselection region
Event yields for the preselection region
Dilepton invariant mass after preselection and dijet requirement
Event yields after preselection and dijet requirements
Data-Monte Carlo comparison in dijet invariant mass
Results in the ee channel
Results in the mumu channel

Most important channels in limit setting

Flavor-democratic x_slep = 0.05
Flavor-democratic x_slep = 0.5
Flavor-democratic x_slep = 0.95
Tau-enriched x_slep = 0.05
Tau-enriched x_slep = 0.5
Tau-enriched x_slep = 0.95
Tau-dominated x_slep = 0.5
Decays with a W and a Z boson

-- FedorRatnikov - 10-Nov-2012

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PNGpng data_mc_z_sf.pdf_thumb.png r1 manage 53.8 K 2012-11-10 - 22:11 NicholasEggert  
PNGpng datamc_mjj.png r1 manage 277.2 K 2012-11-13 - 01:51 NicholasEggert  
PNGpng dijet_yields.png r1 manage 258.8 K 2012-11-13 - 01:51 NicholasEggert  
PNGpng ee_results.png r1 manage 96.7 K 2012-11-13 - 01:51 NicholasEggert  
PDFpdf exclusion_Combined.pdf r1 manage 17.1 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_Combined.pdf_thumb.png r1 manage 63.7 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_Combined.png r1 manage 204.5 K 2012-11-11 - 20:35 NicholasEggert  
PDFpdf exclusion_GMSB.pdf r1 manage 15.7 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_GMSB.pdf_thumb.png r1 manage 69.1 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_GMSB.png r1 manage 219.4 K 2012-11-11 - 20:35 NicholasEggert  
PDFpdf exclusion_SS_TChiSlepSnu_2a_0_5.pdf r1 manage 22.7 K 2012-11-12 - 15:12 FedorRatnikov  
PDFpdf exclusion_TChiSlepSnu_2a_0.5.pdf r1 manage 25.0 K 2012-11-10 - 20:30 NicholasEggert  
PDFpdf exclusion_TChiSlepSnu_2a_0.95.pdf r1 manage 25.2 K 2012-11-10 - 20:30 NicholasEggert  
PDFpdf exclusion_TChiSlepSnu_2a_0_05.pdf r1 manage 25.2 K 2012-11-10 - 20:33 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2a_0_05.pdf_thumb.png r1 manage 109.5 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2a_0_05.png r1 manage 296.9 K 2012-11-11 - 20:35 NicholasEggert  
Unknown file formatroot exclusion_TChiSlepSnu_2a_0_05.root r1 manage 46.6 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiSlepSnu_2a_0_5.pdf r1 manage 24.7 K 2012-11-10 - 20:33 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2a_0_5.pdf_thumb.png r2 r1 manage 133.8 K 2012-11-12 - 15:08 FedorRatnikov  
PNGpng exclusion_TChiSlepSnu_2a_0_5.png r2 r1 manage 364.2 K 2012-11-12 - 15:08 FedorRatnikov  
Unknown file formatroot exclusion_TChiSlepSnu_2a_0_5.root r1 manage 44.7 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiSlepSnu_2a_0_95.pdf r1 manage 24.9 K 2012-11-10 - 20:33 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2a_0_95.pdf_thumb.png r1 manage 108.8 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2a_0_95.png r1 manage 296.1 K 2012-11-11 - 20:35 NicholasEggert  
Unknown file formatroot exclusion_TChiSlepSnu_2a_0_95.root r1 manage 47.9 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiSlepSnu_2i_0.05.pdf r1 manage 25.5 K 2012-11-10 - 20:30 NicholasEggert  
PDFpdf exclusion_TChiSlepSnu_2i_0.5.pdf r1 manage 25.2 K 2012-11-10 - 20:30 NicholasEggert  
PDFpdf exclusion_TChiSlepSnu_2i_0.95.pdf r1 manage 25.3 K 2012-11-10 - 20:30 NicholasEggert  
PDFpdf exclusion_TChiSlepSnu_2i_0_05.pdf r1 manage 25.2 K 2012-11-10 - 20:33 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2i_0_05.pdf_thumb.png r1 manage 110.5 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2i_0_05.png r1 manage 303.6 K 2012-11-11 - 20:35 NicholasEggert  
Unknown file formatroot exclusion_TChiSlepSnu_2i_0_05.root r1 manage 42.7 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiSlepSnu_2i_0_5.pdf r2 r1 manage 24.9 K 2012-11-12 - 15:12 FedorRatnikov  
PNGpng exclusion_TChiSlepSnu_2i_0_5.pdf_thumb.png r2 r1 manage 133.3 K 2012-11-12 - 15:08 FedorRatnikov  
PNGpng exclusion_TChiSlepSnu_2i_0_5.png r4 r3 r2 r1 manage 365.9 K 2012-11-12 - 15:42 FedorRatnikov  
Unknown file formatroot exclusion_TChiSlepSnu_2i_0_5.root r1 manage 41.2 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiSlepSnu_2i_0_95.pdf r1 manage 25.0 K 2012-11-10 - 20:33 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2i_0_95.pdf_thumb.png r1 manage 110.9 K 2012-11-10 - 20:35 NicholasEggert  
PNGpng exclusion_TChiSlepSnu_2i_0_95.png r1 manage 303.8 K 2012-11-11 - 20:34 NicholasEggert  
Unknown file formatroot exclusion_TChiSlepSnu_2i_0_95.root r1 manage 43.9 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiStauSnu_0.5.pdf r1 manage 20.9 K 2012-11-10 - 20:30 NicholasEggert  
PDFpdf exclusion_TChiStauSnu_0_5.pdf r2 r1 manage 20.7 K 2012-11-12 - 15:12 FedorRatnikov  
Empty transparent 16x16 spacer exclusion_TChiStauSnu_0_5.pdf_thumb. r1 manage 98.6 K 2012-11-12 - 15:08 FedorRatnikov  
PNGpng exclusion_TChiStauSnu_0_5.pdf_thumb.png r1 manage 78.2 K 2012-11-10 - 20:35 NicholasEggert  
PNGpng exclusion_TChiStauSnu_0_5.png r1 manage 285.1 K 2012-11-12 - 15:08 FedorRatnikov  
Unknown file formatroot exclusion_TChiStauSnu_0_5.root r1 manage 42.8 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChiWZ.pdf r2 r1 manage 24.3 K 2012-11-10 - 20:32 NicholasEggert  
PNGpng exclusion_TChiWZ.pdf_thumb.png r1 manage 104.1 K 2012-11-10 - 20:35 NicholasEggert  
PNGpng exclusion_TChiWZ.png r1 manage 306.2 K 2012-11-11 - 20:34 NicholasEggert  
Unknown file formatroot exclusion_TChiWZ.root r1 manage 36.5 K 2013-06-26 - 12:25 LesyaShchutska  
Unknown file formatroot exclusion_TChiWZ_hig.root r1 manage 37.5 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TChipmSlepSnu.pdf r1 manage 20.6 K 2012-11-10 - 20:32 NicholasEggert  
PNGpng exclusion_TChipmSlepSnu.pdf_thumb.png r1 manage 76.5 K 2012-11-10 - 20:34 NicholasEggert  
PNGpng exclusion_TChipmSlepSnu.png r1 manage 237.8 K 2012-11-11 - 20:35 NicholasEggert  
Unknown file formatroot exclusion_TChipmSlepSnu.root r1 manage 42.4 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf exclusion_TSlepSlep.pdf r2 r1 manage 19.7 K 2012-11-10 - 20:32 NicholasEggert  
PNGpng exclusion_TSlepSlep.pdf_thumb.png r1 manage 73.0 K 2012-11-10 - 20:35 NicholasEggert  
PNGpng exclusion_TSlepSlep.png r1 manage 223.3 K 2012-11-11 - 20:40 NicholasEggert  
Unknown file formatroot exclusion_TSlepSlep.root r1 manage 43.1 K 2013-06-26 - 12:25 LesyaShchutska  
PDFpdf fancy_exclusion_TChiSlepSnu_2a_0.05.pdf r1 manage 25.5 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0.05.pdf_thumb.png r1 manage 111.5 K 2012-11-10 - 22:22 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2a_0.5.pdf r1 manage 25.0 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0.5.pdf_thumb.png r1 manage 109.8 K 2012-11-10 - 22:22 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2a_0.95.pdf r1 manage 25.2 K 2012-11-10 - 22:22 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0.95.pdf_thumb.png r1 manage 111.0 K 2012-11-10 - 22:22 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2a_0_05.pdf r1 manage 25.5 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0_05.pdf_thumb.png r1 manage 85.1 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0_05.png r1 manage 278.3 K 2012-11-11 - 20:40 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2a_0_5.pdf r2 r1 manage 24.9 K 2012-11-12 - 15:14 FedorRatnikov  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0_5.pdf_thumb.png r3 r2 r1 manage 44.4 K 2012-11-12 - 15:36 FedorRatnikov  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0_5.png r3 r2 r1 manage 34.4 K 2012-11-12 - 15:36 FedorRatnikov  
PDFpdf fancy_exclusion_TChiSlepSnu_2a_0_95.pdf r1 manage 25.2 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0_95.pdf_thumb.png r1 manage 82.9 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2a_0_95.png r1 manage 280.8 K 2012-11-11 - 20:40 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2i_0.05.pdf r1 manage 25.5 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0.05.pdf_thumb.png r1 manage 111.9 K 2012-11-10 - 22:24 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2i_0.5.pdf r1 manage 25.2 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0.5.pdf_thumb.png r1 manage 109.4 K 2012-11-10 - 22:24 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2i_0.95.pdf r1 manage 25.3 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0.95.pdf_thumb.png r1 manage 112.3 K 2012-11-10 - 22:24 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2i_0_05.pdf r1 manage 25.5 K 2012-11-10 - 22:22 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0_05.pdf_thumb.png r1 manage 89.3 K 2012-11-10 - 22:22 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0_05.png r1 manage 283.9 K 2012-11-11 - 20:39 NicholasEggert  
PDFpdf fancy_exclusion_TChiSlepSnu_2i_0_5.pdf r2 r1 manage 25.1 K 2012-11-12 - 15:14 FedorRatnikov  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0_5.pdf_thumb.png r3 r2 r1 manage 45.9 K 2012-11-12 - 15:36 FedorRatnikov  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0_5.png r3 r2 r1 manage 35.3 K 2012-11-12 - 15:40 FedorRatnikov  
PDFpdf fancy_exclusion_TChiSlepSnu_2i_0_95.pdf r1 manage 25.3 K 2012-11-10 - 22:22 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0_95.pdf_thumb.png r1 manage 87.4 K 2012-11-10 - 22:22 NicholasEggert  
PNGpng fancy_exclusion_TChiSlepSnu_2i_0_95.png r1 manage 290.8 K 2012-11-11 - 20:39 NicholasEggert  
PDFpdf fancy_exclusion_TChiStauSnu_0.5.pdf r1 manage 20.9 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TChiStauSnu_0.5.pdf_thumb.png r1 manage 77.8 K 2012-11-10 - 22:24 NicholasEggert  
PDFpdf fancy_exclusion_TChiStauSnu_0_5.pdf r2 r1 manage 20.9 K 2012-11-12 - 15:14 FedorRatnikov  
PNGpng fancy_exclusion_TChiStauSnu_0_5.pdf_thumb.png r3 r2 r1 manage 38.1 K 2012-11-12 - 15:36 FedorRatnikov  
PNGpng fancy_exclusion_TChiStauSnu_0_5.png r3 r2 r1 manage 30.4 K 2012-11-12 - 15:36 FedorRatnikov  
PDFpdf fancy_exclusion_TChiWZ.pdf r1 manage 24.6 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TChiWZ.pdf_thumb.png r1 manage 102.1 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TChiWZ.png r1 manage 425.0 K 2012-11-11 - 20:39 NicholasEggert  
PDFpdf fancy_exclusion_TChipmSlepSnu.pdf r1 manage 20.7 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChipmSlepSnu.pdf_thumb.png r1 manage 84.1 K 2012-11-10 - 22:21 NicholasEggert  
PNGpng fancy_exclusion_TChipmSlepSnu.png r1 manage 355.4 K 2012-11-11 - 20:40 NicholasEggert  
PDFpdf fancy_exclusion_TSlepSlep.pdf r1 manage 19.9 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TSlepSlep.pdf_thumb.png r1 manage 79.2 K 2012-11-10 - 22:24 NicholasEggert  
PNGpng fancy_exclusion_TSlepSlep.png r1 manage 347.9 K 2012-11-11 - 20:42 NicholasEggert  
PDFpdf fourLeptons_METvsMll.pdf r1 manage 14.8 K 2012-11-10 - 18:58 NicholasEggert  
PNGpng fourLeptons_METvsMll.pdf_thumb.png r2 r1 manage 39.3 K 2012-11-10 - 20:18 NicholasEggert  
PNGpng h_Four_invm2l_2OSSF.png r2 r1 manage 18.2 K 2012-11-12 - 15:45 StefanWayand updated labels
PNGpng h_WZControl_met_onz.png r2 r1 manage 18.1 K 2012-11-12 - 15:52 StefanWayand updated labels
PNGpng h_WZControl_mt.png r1 manage 17.9 K 2012-11-12 - 15:55 StefanWayand  
PNGpng h_ZGammaControll_mlle.png r2 r1 manage 19.5 K 2012-11-12 - 15:57 StefanWayand  
PNGpng h_ZGammaControll_mllm.png r2 r1 manage 19.7 K 2012-11-12 - 15:58 StefanWayand updated labels
PNGpng histo_2D_h_mll_vs_mt_allLight_fakes.png r2 r1 manage 12.1 K 2012-11-12 - 16:19 StefanWayand  
PNGpng histo_2D_h_mll_vs_mt_allTTJets.png r2 r1 manage 13.2 K 2012-11-12 - 16:18 StefanWayand updated labels
PNGpng histo_2D_h_mll_vs_mt_allWZ.png r2 r1 manage 12.4 K 2012-11-12 - 16:21 StefanWayand  
PDFpdf internal_externalconv.pdf r1 manage 15.5 K 2012-11-12 - 10:36 PieterEveraerts  
PNGpng internal_externalconv_1.png r1 manage 22.2 K 2012-11-12 - 10:36 PieterEveraerts  
PDFpdf leadinChannels_TChiSlepSnu_2a_0.05.pdf r1 manage 18.0 K 2012-11-10 - 22:43 NicholasEggert  
PNGpng leadinChannels_TChiSlepSnu_2a_0.05.pdf_thumb.png r1 manage 72.3 K 2012-11-10 - 22:43 NicholasEggert  
PDFpdf leadinChannels_TChiSlepSnu_2a_0.5.pdf r1 manage 17.3 K 2012-11-10 - 22:43 NicholasEggert  
PNGpng leadinChannels_TChiSlepSnu_2a_0.5.pdf_thumb.png r1 manage 59.9 K 2012-11-10 - 22:43 NicholasEggert  
PDFpdf leadinChannels_TChiSlepSnu_2a_0.95.pdf r1 manage 18.1 K 2012-11-10 - 22:43 NicholasEggert  
PNGpng leadinChannels_TChiSlepSnu_2a_0.95.pdf_thumb.png r1 manage 74.3 K 2012-11-10 - 22:43 NicholasEggert  
PDFpdf leadinChannels_TChiSlepSnu_2i_0.05.pdf r1 manage 19.0 K 2012-11-10 - 22:43 NicholasEggert  
PNGpng leadinChannels_TChiSlepSnu_2i_0.05.pdf_thumb.png r1 manage 77.3 K 2012-11-10 - 22:43 NicholasEggert  
PDFpdf leadinChannels_TChiSlepSnu_2i_0.5.pdf r1 manage 18.1 K 2012-11-10 - 22:43 NicholasEggert  
PNGpng leadinChannels_TChiSlepSnu_2i_0.5.pdf_thumb.png r1 manage 60.3 K 2012-11-10 - 22:43 NicholasEggert  
PDFpdf leadinChannels_TChiSlepSnu_2i_0.95.pdf r1 manage 18.2 K 2012-11-10 - 22:44 NicholasEggert  
PNGpng leadinChannels_TChiSlepSnu_2i_0.95.pdf_thumb.png r1 manage 61.3 K 2012-11-10 - 22:44 NicholasEggert  
PDFpdf leadinChannels_TChiStauSnu_0.5.pdf r1 manage 16.5 K 2012-11-10 - 22:44 NicholasEggert  
PNGpng leadinChannels_TChiStauSnu_0.5.pdf_thumb.png r1 manage 79.2 K 2012-11-10 - 22:44 NicholasEggert  
PDFpdf leadinChannels_TChiWZ.pdf r1 manage 17.2 K 2012-11-10 - 22:44 NicholasEggert  
PNGpng leadinChannels_TChiWZ.pdf_thumb.png r1 manage 60.5 K 2012-11-10 - 22:44 NicholasEggert  
PDFpdf mT_Mll_3l_scatter.pdf r2 r1 manage 26.2 K 2012-11-27 - 14:59 LesyaShchutska  
PNGpng mT_Mll_3l_scatter.pdf_thumb.png r3 r2 r1 manage 67.4 K 2012-11-27 - 15:00 LesyaShchutska  
PDFpdf mT_Mll_OSemutau_scatter.pdf r1 manage 16.0 K 2012-11-12 - 23:03 LesyaShchutska  
PNGpng mT_Mll_OSemutau_scatter.pdf_thumb.png r2 r1 manage 55.0 K 2012-11-27 - 15:01 LesyaShchutska  
PDFpdf mT_Mll_SStau_scatter.pdf r2 r1 manage 14.9 K 2012-11-27 - 15:01 LesyaShchutska  
PNGpng mT_Mll_SStau_scatter.pdf_thumb.png r3 r2 r1 manage 39.7 K 2012-11-27 - 15:03 LesyaShchutska  
PDFpdf mT_Mll_noOSSF_scatter.pdf r2 r1 manage 14.4 K 2012-11-27 - 15:04 LesyaShchutska  
PNGpng mT_Mll_noOSSF_scatter.pdf_thumb.png r3 r2 r1 manage 37.2 K 2012-11-27 - 15:04 LesyaShchutska  
PDFpdf mt_Mll_OSemutau_scatter.pdf r1 manage 16.0 K 2012-11-27 - 15:00 LesyaShchutska  
PNGpng mumu_results.png r1 manage 94.5 K 2012-11-13 - 01:51 NicholasEggert  
PDFpdf noOSSF_bin20.pdf r1 manage 16.5 K 2012-11-10 - 23:38 LesyaShchutska  
PNGpng noOSSF_bin20.pdf_thumb.png r1 manage 55.7 K 2012-11-10 - 23:38 LesyaShchutska  
PDFpdf ossf0tau0.pdf r3 r2 r1 manage 22.9 K 2012-11-27 - 14:48 LesyaShchutska  
PNGpng ossf0tau0.pdf_thumb.png r4 r3 r2 r1 manage 109.1 K 2012-11-27 - 14:49 LesyaShchutska  
PDFpdf ossf0tau1.pdf r4 r3 r2 r1 manage 23.5 K 2012-11-27 - 14:49 LesyaShchutska  
PNGpng ossf0tau1.pdf_thumb.png r5 r4 r3 r2 r1 manage 100.5 K 2012-11-27 - 14:50 LesyaShchutska  
PDFpdf ossf0tau1_C2.pdf r2 r1 manage 23.2 K 2012-11-27 - 14:50 LesyaShchutska  
PNGpng ossf0tau1_C2.pdf_thumb.png r2 r1 manage 117.3 K 2012-11-27 - 14:50 LesyaShchutska  
PDFpdf ossf1tau0.pdf r3 r2 r1 manage 29.7 K 2012-11-27 - 14:51 LesyaShchutska  
PNGpng ossf1tau0.pdf_thumb.png r4 r3 r2 r1 manage 106.9 K 2012-11-27 - 14:51 LesyaShchutska  
PDFpdf ossf1tau1.pdf r2 r1 manage 28.9 K 2012-11-27 - 14:55 LesyaShchutska  
PNGpng ossf1tau1.pdf_thumb.png r2 r1 manage 106.2 K 2012-11-27 - 14:56 LesyaShchutska  
PNGpng preselection_yields.png r1 manage 239.5 K 2012-11-13 - 01:50 NicholasEggert  
PDFpdf ttBar_Closure_MT.pdf r2 r1 manage 34.9 K 2012-11-12 - 08:55 LesyaShchutska  
PNGpng ttBar_Closure_MT.pdf_thumb.png r2 r1 manage 29.4 K 2012-11-12 - 08:56 LesyaShchutska  
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