PhysicsResultsSUS10005 < CMSPublic

CMSPublic Web>PhysicsResults>PhysicsResultsSUS>PhysicsResultsSUS10005 (2011-07-15, PietVerwilligen) (raw view)

---+!! Inclusive search for new physics at CMS with the jets and missing momentum signature

---++ Abstract

A search for new physics is presented based on an event signature of at least three jets accompanied by large missing transverse momentum using a data sample of 36/pb of proton-proton collisions at &#8730;s=7TeV acquired by the CMS detector at the LHC in 2010. There are three main background components. One is irreducible, from Z+jets events, with the Z decaying to neutrinos. A second comes from W+jets and top events where W decay yields a lepton that is not identified or a tau that decays hadronically. The third arises from QCD multi-jets where the missing momentum originates from jet mis-measurements, heavy-flavour decays, or instrumental effects. All these backgrounds are estimated from the data. No excess of events over backgrounds is observed. Exclusion limits are presented for the Constrained Minimal Supersymmetric extension of the Standard Model (CMSSM). Cross section limits are also presented using simplified models with generic particles decaying to one or two jets and an undetected particle.


---++ Plots from SUS-10-005 PAPER (<i> click on plot to get .pdf </i>)
%TABLE{ datavalign="middle" }%
| *Figure * | *Abbreviated Caption* |
| [[%ATTACHURLPATH%/MHT.pdf][<img src="%ATTACHURLPATH%/MHT.png" alt="MHT.png" width=300/>]] | MHT distribution data-MC comparison. The data MHT distribution is saved in the this [[%ATTACHURL%/SUS10005_ht_mht_data_distribution.root][file]] |
| [[%ATTACHURLPATH%/HT.pdf][<img src="%ATTACHURLPATH%/HT.png" alt="HT.png" width=300/>]] | HT distribution data-MC comparison.The data HT distribution is saved in this [[%ATTACHURL%/SUS10005_ht_mht_data_distribution.root][file]]  |
| [[%ATTACHURL%/QCD170toInfpythia6_rs_vs_mc_spectra_baseline_mht.pdf][<img src="%ATTACHURLPATH%/QCD170toInfpythia6_rs_vs_mc_spectra_baseline_mht.png" alt="QCD170toInfpythia6_rs_vs_mc_spectra_baseline_mht.png" width='300' />]] | The MHT distribution from the R&S method applied to simulation events, compared to the actual MC distribution (MC truth). |
| [[%ATTACHURL%/QCD170toInfpythia6_rs_vs_mc_spectra_baseline_ht.pdf][<img src="%ATTACHURLPATH%/QCD170toInfpythia6_rs_vs_mc_spectra_baseline_ht.png" alt="QCD170toInfpythia6_rs_vs_mc_spectra_baseline_ht.png" width='300' />]] | The HT distribution from the R&S method applied to simulation events, compared to the actual MC distribution (MC truth). |
| [[%ATTACHURL%/pf_ptRes_wrt_badFrac_logy.pdf][<img src="%ATTACHURLPATH%/pf_ptRes_wrt_badFrac_logy.png" alt="pf_ptRes_wrt_badFrac_logy.png" width='300' />]] | Resolution distribution of simulated jets for various values of expected momentum loss due to masked ECAL channels, as stated in the legend. |
| [[%ATTACHURL%/pf_ptRes_populations_logy.pdf][<img src="%ATTACHURLPATH%/pf_ptRes_populations_logy.png" alt="pf_ptRes_populations_logy.png" width='300' />]] | Contributions to the total resolution distribution of simulated jets, categorised into populations as stated in the legend. |
| [[%ATTACHURL%/SigAccMHT_m0_m12_tb10.pdf][<img src="%ATTACHURLPATH%/SigAccMHT_m0_m12_tb10.png" alt="SigAccMHT_m0_m12_tb10.png" width='300' />]] | Total signal efficiency for the MHT selection as a function of m0 and m1/2. Other param are tb10, mu>0, A0=0. |
| [[%ATTACHURL%/SigAccHT_m0_m12_tb10.pdf][<img src="%ATTACHURLPATH%/SigAccHT_m0_m12_tb10.png" alt="SigAccHT_m0_m12_tb10.png" width='300' />]] | Total signal efficiency for the HT selection as a function of m0 and m1/2. Other param are tb10, mu>0, A0=0. |
| [[%ATTACHURL%/Exclusion_m0_m12_tb10_NoSigHypPseudoData_NoAtlas.pdf][<img src="%ATTACHURLPATH%/Exclusion_m0_m12_tb10_NoSigHypPseudoData_NoAtlas.png" alt="Exclusion_m0_m12_tb10_NoSigHypPseudoData_NoAtlas.png" width='300' />]] | The expected and observed 95% CL upper limits in the CMSSM m0-m1/2 mass planes for LO and NLO cross sections. The \pm 1 standard deviation (sigma) band corresponds to the expected limit. The contours are the combination of the HT and MHT selections such that the contours are the enveloppe with respect to the best sensitivity. CMSSM param are tb10, mu>0, A0=0. |
| [[%ATTACHURL%/Exclusion_mGl_mSql_tb10_NoSigHypPseudoData.pdf][<img src="%ATTACHURLPATH%/Exclusion_mGl_mSql_tb10_NoSigHypPseudoData.png" alt="Exclusion_mGl_mSql_tb10_NoSigHypPseudoData.png" width='300' />]] | The expected and observed 95% CL upper limits in the CMSSM gluino-squark mass planes for LO and NLO cross sections. The \pm 1 standard deviation (sigma) band corresponds to the expected limit. The contours are the combination of the HT and MHT selections such that the contours are the enveloppe with respect to the best sensitivity. CMSSM param are tb10, mu>0, A0=0. |
| [[%ATTACHURL%/acc_T1_MHT.pdf][<img src="%ATTACHURLPATH%/acc_T1_MHT.png" alt="acc_T1_MHT.png" width='300' />]] | Total high-MHT selection efficiency for gluino production as a function of the gluino mass and the LSP mass. |
| [[%ATTACHURL%/acc_T2_MHT.pdf][<img src="%ATTACHURLPATH%/acc_T2_MHT.png" alt="acc_T2_MHT.png" width='300' />]] | Total high-MHT selection efficiency for squark production as a function of the squark mass and the LSP mass. |
| [[%ATTACHURL%/limit_T1_MHT.pdf][<img src="%ATTACHURLPATH%/limit_T1_MHT.png" alt="limit_T1_MHT.png" width='300' />]] | CL upper limits on the gluino pair-production cross sections for the high-MHT selection, as a function of the gluino mass and the LSP mass. The contours where the reference cross section and three times this cross section can be excluded are shown. |
| [[%ATTACHURL%/limit_T2_MHT.pdf][<img src="%ATTACHURLPATH%/limit_T2_MHT.png" alt="limit_T2_MHT.png" width='300' />]] | CL upper limits on the squark pair-production cross sections for the high-MHT selection, as a function of the squark mass and the LSP mass. The contours where the reference cross section and three times this cross section can be excluded are shown. |

  

---++ Plots from SUS-10-005 PAS (not appearing in the paper) (<i> click on plot to get .pdf </i>)
%TABLE{ datavalign="middle" }%
| *Figure * | *Abbreviated Caption* |
| [[%ATTACHURLPATH%/MHTMHT_r.pdf][<img src="%ATTACHURLPATH%/MHTMHT_r.png" alt="MHTMHT_r.png" width=300/>]] | Closure Test of !LostLepton Method in MHT|
| [[%ATTACHURLPATH%/HTHT_r.pdf][<img src="%ATTACHURLPATH%/HTHT_r.png" alt="HTHT_r.png" width=300/>]] | Closure Test of !LostLepton Method in HT|
| [[%ATTACHURL%/QCD170toInfpythia6_rs_vs_mc_spectra.pdf][<img src="%ATTACHURLPATH%/QCD170toInfpythia6_rs_vs_mc_spectra.png" alt="QCD170toInfpythia6_rs_vs_mc_spectra.png" width='748' height='261' />]] | Spectra of R+S prediction compared to fully simulated MC distributions, for events passing cuts as indicated in the legend. |
| [[%ATTACHURL%/QCD170toInfpythia6_R_plus_S_performance.pdf][<img src="%ATTACHURLPATH%/QCD170toInfpythia6_R_plus_S_performance.png" alt="QCD170toInfpythia6_R_plus_S_performance.png" width='748' height='261' />]] | Ratio of R+S predicted over fully simulated MC distributions, for events passing cuts as indicated in the legend. The grey shaded area indicate where all denominators vanish. |

| [[%ATTACHURLPATH%/TailSig25-Inf_PF_EtaBin0_PtBin2_Pt3Bin0_PtSmearAsymTail.pdf][<img src="%ATTACHURLPATH%/TailSig25-Inf_PF_EtaBin0_PtBin2_Pt3Bin0_PtSmearAsymTail.png" alt="TailSig25-Inf_PF_EtaBin0_PtBin2_Pt3Bin0_PtSmearAsymTail.png" width=300/>]] | Di-jet asymmetry for adjusted Monte Carlo and data. The area starting from the red line defines the window which is kept fixed during the extrapolation down to prelT,3 = 0. For comparison, the green shaded area show the fraction of events in the asymmetry window under the hypothesis of a purely Gaussian shape |
| [[%ATTACHURLPATH%/TailSig25-Inf_PF_EtaBin0_PtBin2_Extrapolation.pdf][<img src="%ATTACHURLPATH%/TailSig25-Inf_PF_EtaBin0_PtBin2_Extrapolation.png" alt="TailSig25-Inf_PF_EtaBin0_PtBin2_Extrapolation.png" width=300/>]] | Extrapolation of non fraction of events with high diJet asymmetry down to prelT,3 = 0. For comparison, green markers show the fraction of events in the asymmetry window under the hypothesis of a purely Gaussian shape |
| [[%ATTACHURLPATH%/TailScalingFactorsSig25-Inf_PF_Eta0.pdf][<img src="%ATTACHURLPATH%/TailScalingFactorsSig25-Inf_PF_Eta0.png" alt="TailScalingFactorsSig25-Inf_PF_Eta0.png" width=300/>]] | Not in PAS: Tail scaling factors as function of pT for &Iota;eta&Iota;<1.1 |
| [[%ATTACHURLPATH%/TailScalingFactorsSig25-Inf_PF_Eta1.pdf][<img src="%ATTACHURLPATH%/TailScalingFactorsSig25-Inf_PF_Eta1.png" alt="TailScalingFactorsSig25-Inf_PF_Eta1.png" width=300/>]] | Not in PAS:  Tail scaling factors as function of pT for 1.1<&Iota;eta&Iota;<1.7  |
| [[%ATTACHURLPATH%/MHTSlicesGaussFits.pdf][<img src="%ATTACHURLPATH%/MHTSlicesGaussFits.png" alt="MHTSlicesGaussFits.png" width=300/>]] | Distribution of !DeltaPhiMin in slices of HT for simulated QCD events.  Gaussian fits with a fixed mean=0 are applied |
| [[%ATTACHURLPATH%/DataQCD_SlicesPlot.pdf][<img src="%ATTACHURLPATH%/DataQCD_SlicesPlot.png" alt="DataQCD_SlicesPlot.png" width=300/>]] | Sigma of the Gaussian fits of MHT slices from simulation and compared to data. The deviation at high MHT from the exponential dependence for the data is due to contamination from SM background with real MHT. |
| [[%ATTACHURLPATH%/Closure_ExpoGauss_MadGraph.pdf][<img src="%ATTACHURLPATH%/Closure_ExpoGauss_MadGraph.png" alt="Closure_ExpoGauss_MadGraph.png" width=300/>]] | Closure test of the factorization method for the baseline selection of the ratio r for a MADGRAPH QCD sample |
| [[%ATTACHURLPATH%/Closure_ExpoGauss_All.pdf][<img src="%ATTACHURLPATH%/Closure_ExpoGauss_All.png" alt="Closure_ExpoGauss_All.png" width=300/>]] | Factorization method: Background prediction for different simulations. Bins 1–2 show PYTHIA and MADGRAPH QCD simulation, bins 3–7 show pseudo-simulated QCD samples (4–5: scaling the jet response tail, 6: additional jet resolution smearing of 20%, 7: increased low jet energy response tail). |

| [[%ATTACHURL%/ra2_results_table.pdf][<img src="%ATTACHURLPATH%/ra2_results_table.png" alt="ra2_results_table.png" width='617' height='218' />]] | Predicted event yields from the different background estimation methods for the baseline selection and for the high-MHT and high-HT search selections. In the limit calculations the background estimates used are the R+S method for QCD, Z&rarr;&nu;&nu; from photons, and the W/ttbar lost-lepton and hadronic tau predictions. |
<!
| [[%ATTACHURLPATH%/SigAccHT_m0_m12_tb10.pdf][<img src="%ATTACHURLPATH%/SigAccHT_m0_m12_tb10.png" alt="SigAccHT_m0_m12_tb10.png" width=300/>]] | Signal Acceptance for the HT selection in the m0 - m1/2 plane for CMSSM for tan(beta)=10. |
| [[%ATTACHURLPATH%/SigAccMHT_m0_m12_tb10.pdf][<img src="%ATTACHURLPATH%/SigAccMHT_m0_m12_tb10.png" alt="SigAccMHT_m0_m12_tb10.png" width=300/>]] | Signal Acceptance for the MHT selection in the m0 - m1/2 plane for CMSSM for tan(beta)=10. |
| [[%ATTACHURLPATH%/CMSSM_m0_m12_tb10.pdf][<img src="%ATTACHURLPATH%/CMSSM_m0_m12_tb10.png" alt="CMSSM_m0_m12_tb10.png" width=300/>]] | Exclusion contour in the m0 - m1/2 plane for CMSSM for tan(beta)=10. The shown exclusion contour is the best envelope of the obtained contours using the MHT and HT search selection. For low m0 ~< 500 !GeV the MHT selection is more sensitive than the HT selection. The background estimation is obtained by data-driven methods and therefore subject to possible signal-contamination. The possible signal contamination at a given point in the parameter space, which varies with the CMSSM cross-section and acceptance, is subtracted from the background event yield. The lines of the observed and expected limits can cross each other, because (i) of the two different selections combined in this plot, and because (ii) the signal contamination and therefore the corrected backgound estimation varies slightly with m0 and m1/2.  |
| [[%ATTACHURLPATH%/CMSSM_m0_m12_tb10_Bayes.pdf][<img src="%ATTACHURLPATH%/CMSSM_m0_m12_tb10_Bayes.png" alt="CMSSM_m0_m12_tb10_Bayes.png" width=300/>]] | Exclusion contour in the m0 - m1/2 plane for CMSSM for tan(beta)=10. Two independent statistical methods (CLs and Bayes) were used to calculated the two NLO limits compared in this plot. See above for a description of the limit contours.|
| [[%ATTACHURLPATH%/CMSSM_mGl_mSql_tb10.pdf][<img src="%ATTACHURLPATH%/CMSSM_mGl_mSql_tb10.png" alt="CMSSM_mGl_mSql_tb10.png" width=300/>]] | Exclusion contour in the gluino mass - squark mass plane for CMSSM for tan(beta)=10.  See above for a description of the limit contours.|
| [[%ATTACHURLPATH%/CMSSM_m0_m12_tb3.pdf][<img src="%ATTACHURLPATH%/CMSSM_m0_m12_tb3.png" alt="CMSSM_m0_m12_tb3.png" width=300/>]] | Exclusion contour in the m0 - m1/2 plane for CMSSM for tan(beta)=3.  See above for a description of the limit contours.|
| [[%ATTACHURLPATH%/CMSSM_m0_m12_tb50.pdf][<img src="%ATTACHURLPATH%/CMSSM_m0_m12_tb50.png" alt="CMSSM_m0_m12_tb50.png" width=300/>]] | Exclusion contour in the m0 - m1/2 plane for CMSSM for tan(beta)=50.  See above for a description of the limit contours.|
| [[%ATTACHURLPATH%/CMSSM_m0_m12_Comp.pdf][<img src="%ATTACHURLPATH%/CMSSM_m0_m12_Comp.png" alt="CMSSM_m0_m12_Comp.png" width=300/>]] | Exclusion contour in the m0 - m1/2 plane for CMSSM for the three different values of tan(beta)=3, 10, 50. The NLO expected and observed limits are shown. This plot shows, that there is basically no dependence of the limits on the value of tan(beta).  See above for a description of the limit contours.|
!>
The following result are saved in the electronic format in [[%ATTACHURLPATH%/RA2_SMS_results.root][RA2_SMS_results.root]].(N.B. use the colz option to draw the histograms)
| *topology* | *Acceptance * | * Relative Experimental Uncertainty * | * Relative Theoretical uncertainty  * | * 95% exclusion limit cross section x BR  * | *Abbreviated Caption* |
|  |          |    jet energy scale and resolution, MCstatistics     |   initial and final state radiation, PDF |  this take into account the Experimental and Theoretical Uncertainties and an additional absolute uncertainty of 2% to taken into account for trigger and cleaning efficiency and 4% for the luminosity; the reference cross section is drawn in center of the bin excluded |     |
| [[%ATTACHURL%/T1.pdf][<img src="%ATTACHURLPATH%/t1.png" alt="t1.png" width='150' height='125' />]] | [[%ATTACHURL%/acc_T1_MHT.pdf][<img src="%ATTACHURLPATH%/acc_T1_MHT.png" alt="acc_T1_MHT.png" width='250' height='250' />]] | [[%ATTACHURL%/exp_T1_MHT.pdf][<img src="%ATTACHURLPATH%/exp_T1_MHT.png" alt="exp_T1_MHT.png" width='250' height='250' />]] | [[%ATTACHURL%/teo_T1_MHT.pdf][<img src="%ATTACHURLPATH%/teo_T1_MHT.png" alt="teo_T1_MHT.png" width='250' height='250' />]]  | [[%ATTACHURL%/limit_T1_MHT.pdf][<img src="%ATTACHURLPATH%/limit_T1_MHT.png" alt="limit_T1_MHT.png" width='250' height='250' />]]  |  Signal acceptance, experimental and theoretical uncertainties, and exclusion limit cross section for high MHT search region and gluino pair production.| 
| [[%ATTACHURL%/T1.pdf][<img src="%ATTACHURLPATH%/t1.png" alt="t1.png" width='150' height='125' />]] | [[%ATTACHURL%/acc_T1_HT.pdf][<img src="%ATTACHURLPATH%/acc_T1_HT.png" alt="acc_T1_HT.png" width='250' height='250' />]] | [[%ATTACHURL%/exp_T1_HT.pdf][<img src="%ATTACHURLPATH%/exp_T1_HT.png" alt="exp_T1_HT.png" width='250' height='250' />]] | [[%ATTACHURL%/teo_T1_HT.pdf][<img src="%ATTACHURLPATH%/teo_T1_HT.png" alt="teo_T1_HT.png" width='250' height='250' />]] | [[%ATTACHURL%/limit_T1_HT.pdf][<img src="%ATTACHURLPATH%/limit_T1_HT.png" alt="limit_T1_HT.png" width='250' height='250' />]]  |  Signal acceptance, experimental and theoretical uncertainties, and exclusion limit cross section  for high HT search region and gluino pair production.|
| [[%ATTACHURL%/T2.pdf][<img src="%ATTACHURLPATH%/t2.png" alt="t2.png" width='150' height='125' />]] | [[%ATTACHURL%/acc_T2_MHT.pdf][<img src="%ATTACHURLPATH%/acc_T2_MHT.png" alt="acc_T2_MHT.png" width='250' height='250' />]] | [[%ATTACHURL%/exp_T2_MHT.pdf][<img src="%ATTACHURLPATH%/exp_T2_MHT.png" alt="exp_T2_MHT.png" width='250' height='250' />]] | [[%ATTACHURL%/teo_T2_MHT.pdf][<img src="%ATTACHURLPATH%/teo_T2_MHT.png" alt="teo_T2_MHT.png" width='250' height='250' />]]  |  [[%ATTACHURL%/limit_T2_MHT.pdf][<img src="%ATTACHURLPATH%/limit_T2_MHT.png" alt="limit_T2_MHT.png" width='250' height='250' />]] |  Signal acceptance, experimental and theoretical  uncertainties, and exclusion limit cross section for high MHT search region and squark pair production.|
| [[%ATTACHURL%/T2.pdf][<img src="%ATTACHURLPATH%/t2.png" alt="t2.png" width='150' height='125' />]]  | [[%ATTACHURL%/acc_T2_HT.pdf][<img src="%ATTACHURLPATH%/acc_T2_HT.png" alt="acc_T2_HT.png" width='250' height='250' />]] | [[%ATTACHURL%/exp_T2_HT.pdf][<img src="%ATTACHURLPATH%/exp_T2_HT.png" alt="exp_T2_HT.png" width='250' height='250' />]] | [[%ATTACHURL%/teo_T2_HT.pdf][<img src="%ATTACHURLPATH%/teo_T2_HT.png" alt="teo_T2_HT.png" width='250' height='250' />]]  | [[%ATTACHURL%/limit_T2_HT.pdf][<img src="%ATTACHURLPATH%/limit_T2_HT.png" alt="limit_T2_HT.png" width='250' height='250' />]]  |  Signal acceptance, experimental and theoretical uncertainties, and exclusion limit cross section for high HT search region and squark pair production.|

| [[%ATTACHURL%/148953-49-70626194-700GeVrhophi.pdf][<img src="%ATTACHURLPATH%/148953-49-70626194-700GeVrhophi.png" alt="148953-49-70626194-700GeVrhophi.png" width='407' height='385' />]] | Event 70626194, in luminosity section 49 of run 148953. r-&phi; view of the highest-/HT event passing the search selections. |

Attachments

Topic attachments
I	Attachment	History	Action	Size	Date	Who
pdf	148953-49-70626194-700GeVrhophi.pdf	r1	manage	107.1 K	2011-03-16 - 20:53	SueAnnKoay
png	148953-49-70626194-700GeVrhophi.png	r1	manage	137.6 K	2011-03-16 - 20:53	SueAnnKoay
pdf	CMSSM_m0_m12_Comp.pdf	r1	manage	17.3 K	2011-03-14 - 12:09	ChristianAutermann
png	CMSSM_m0_m12_Comp.png	r1	manage	85.6 K	2011-03-14 - 12:08	ChristianAutermann
pdf	CMSSM_m0_m12_tb10.pdf	r2 r1	manage	26.8 K	2011-04-02 - 12:07	ChristianAutermann
png	CMSSM_m0_m12_tb10.png	r2 r1	manage	163.9 K	2011-04-02 - 12:08	ChristianAutermann
pdf	CMSSM_m0_m12_tb10_Bayes.pdf	r2 r1	manage	27.1 K	2011-04-02 - 12:09	ChristianAutermann
png	CMSSM_m0_m12_tb10_Bayes.png	r2 r1	manage	193.7 K	2011-04-02 - 12:09	ChristianAutermann
pdf	CMSSM_m0_m12_tb3.pdf	r1	manage	25.3 K	2011-04-02 - 12:13	ChristianAutermann
png	CMSSM_m0_m12_tb3.png	r1	manage	192.5 K	2011-04-02 - 12:13	ChristianAutermann
pdf	CMSSM_m0_m12_tb50.pdf	r1	manage	23.4 K	2011-04-02 - 12:14	ChristianAutermann
png	CMSSM_m0_m12_tb50.png	r1	manage	117.6 K	2011-04-02 - 12:13	ChristianAutermann
pdf	CMSSM_mGl_mSql_tb10.pdf	r1	manage	17.7 K	2011-04-02 - 12:15	ChristianAutermann
png	CMSSM_mGl_mSql_tb10.png	r1	manage	95.1 K	2011-04-02 - 12:14	ChristianAutermann
pdf	Closure_ExpoGauss_All.pdf	r1	manage	14.7 K	2011-03-15 - 17:34	ChristianSander
png	Closure_ExpoGauss_All.png	r1	manage	62.7 K	2011-03-15 - 17:35	ChristianSander
pdf	Closure_ExpoGauss_MadGraph.pdf	r1	manage	25.5 K	2011-03-15 - 17:35	ChristianSander
png	Closure_ExpoGauss_MadGraph.png	r1	manage	68.4 K	2011-03-15 - 17:35	ChristianSander
pdf	DataQCD_SlicesPlot.pdf	r1	manage	15.8 K	2011-03-15 - 17:35	ChristianSander
png	DataQCD_SlicesPlot.png	r1	manage	58.3 K	2011-03-15 - 17:36	ChristianSander
eps	HTHT_r.eps	r2 r1	manage	14.6 K	2011-03-16 - 16:18	UnknownUser
pdf	HTHT_r.pdf	r2 r1	manage	6.3 K	2011-03-16 - 16:19	UnknownUser
png	HTHT_r.png	r5 r4 r3 r2 r1	manage	65.7 K	2011-03-16 - 17:34	UnknownUser
eps	MHTMHT_r.eps	r2 r1	manage	14.9 K	2011-03-16 - 16:21	UnknownUser
pdf	MHTMHT_r.pdf	r2 r1	manage	5.8 K	2011-03-16 - 16:22	UnknownUser
png	MHTMHT_r.png	r5 r4 r3 r2 r1	manage	65.0 K	2011-03-16 - 17:35	UnknownUser
pdf	MHTSlicesGaussFits.pdf	r1	manage	22.7 K	2011-03-15 - 17:36	ChristianSander
png	MHTSlicesGaussFits.png	r1	manage	98.1 K	2011-03-15 - 17:36	ChristianSander
pdf	QCD170toInfpythia6_R_plus_S_performance.pdf	r1	manage	20.0 K	2011-03-16 - 19:36	SueAnnKoay
png	QCD170toInfpythia6_R_plus_S_performance.png	r1	manage	30.4 K	2011-03-16 - 19:36	SueAnnKoay
pdf	QCD170toInfpythia6_rs_vs_mc_spectra.pdf	r2 r1	manage	24.7 K	2011-03-24 - 18:17	SueAnnKoay
png	QCD170toInfpythia6_rs_vs_mc_spectra.png	r2 r1	manage	41.0 K	2011-03-24 - 18:18	SueAnnKoay
root	RA2_SMS_results.root	r1	manage	62.2 K	2011-04-08 - 16:11	MariarosariaDalfonso
root	SUS10005_ht_mht_data_distribution.root	r1	manage	4.6 K	2011-06-15 - 22:31	MariarosariaDalfonso
pdf	T1.pdf	r1	manage	33.7 K	2011-04-08 - 16:23	MariarosariaDalfonso
pdf	T2.pdf	r1	manage	26.9 K	2011-04-08 - 16:23	MariarosariaDalfonso
pdf	TailScalingFactorsSig25-Inf_PF_Eta0.pdf	r1	manage	9.4 K	2011-03-15 - 18:33	ChristianSander
png	TailScalingFactorsSig25-Inf_PF_Eta0.png	r1	manage	60.8 K	2011-03-15 - 18:33	ChristianSander
pdf	TailScalingFactorsSig25-Inf_PF_Eta1.pdf	r1	manage	9.3 K	2011-03-15 - 18:33	ChristianSander
png	TailScalingFactorsSig25-Inf_PF_Eta1.png	r1	manage	60.1 K	2011-03-15 - 18:33	ChristianSander
pdf	TailSig25-Inf_PF_EtaBin0_PtBin2_Extrapolation.pdf	r1	manage	11.4 K	2011-03-15 - 18:33	ChristianSander
png	TailSig25-Inf_PF_EtaBin0_PtBin2_Extrapolation.png	r1	manage	93.3 K	2011-03-15 - 18:34	ChristianSander
pdf	TailSig25-Inf_PF_EtaBin0_PtBin2_Pt3Bin0_PtSmearAsymTail.pdf	r1	manage	15.4 K	2011-03-15 - 18:34	ChristianSander
png	TailSig25-Inf_PF_EtaBin0_PtBin2_Pt3Bin0_PtSmearAsymTail.png	r1	manage	93.7 K	2011-03-15 - 18:34	ChristianSander
pdf	acc_T1_HT.pdf	r2 r1	manage	15.9 K	2011-03-16 - 23:21	SueAnnKoay
pdf	acc_T2_HT.pdf	r2 r1	manage	15.8 K	2011-03-16 - 23:26	SueAnnKoay
pdf	exp_T1_MHT.pdf	r2 r1	manage	15.9 K	2011-03-16 - 23:31	SueAnnKoay
pdf	exp_T2_HT.pdf	r2 r1	manage	15.9 K	2011-03-16 - 23:32	SueAnnKoay
pdf	exp_T2_MHT.pdf	r2 r1	manage	15.9 K	2011-03-16 - 23:32	SueAnnKoay
pdf	lostlepton.pdf	r1	manage	51.5 K	2011-03-15 - 12:09	ChristianAutermann
png	lostlepton.png	r1	manage	65.6 K	2011-03-15 - 12:08	ChristianAutermann
pdf	lowest_unprescaled_HT_trigger_eff_2010data.pdf	r3 r2 r1	manage	15.9 K	2011-03-17 - 00:07	SueAnnKoay
png	lowest_unprescaled_HT_trigger_eff_2010data.png	r2 r1	manage	20.2 K	2011-03-16 - 21:13	SueAnnKoay
pdf	pf_ptRes_populations_logy.pdf	r3 r2 r1	manage	197.4 K	2011-06-07 - 17:58	SueAnnKoay
png	pf_ptRes_populations_logy.png	r3 r2 r1	manage	353.1 K	2011-06-07 - 18:00	SueAnnKoay
pdf	pf_ptRes_wrt_badFrac_logy.pdf	r2 r1	manage	220.8 K	2011-06-07 - 17:58	SueAnnKoay
png	pf_ptRes_wrt_badFrac_logy.png	r2 r1	manage	380.3 K	2011-06-07 - 18:02	SueAnnKoay
pdf	ra2_results_table.pdf	r2 r1	manage	28.4 K	2011-03-25 - 16:52	StevenLowette
png	ra2_results_table.png	r4 r3 r2 r1	manage	40.2 K	2011-03-25 - 16:52	StevenLowette
png	t1.png	r2 r1	manage	60.0 K	2011-04-08 - 16:34	MariarosariaDalfonso
png	t2.png	r2 r1	manage	56.2 K	2011-04-08 - 16:35	MariarosariaDalfonso
pdf	teo_T1_MHT.pdf	r2 r1	manage	15.7 K	2011-03-16 - 23:33	SueAnnKoay
pdf	teo_T2_HT.pdf	r2 r1	manage	15.7 K	2011-03-16 - 23:34	SueAnnKoay
pdf	teo_T2_MHT.pdf	r2 r1	manage	15.7 K	2011-03-16 - 23:35	SueAnnKoay

Topic revision: r42 - 2011-07-15 - PietVerwilligen

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