Changes between Version 15 and Version 16 of Korea2017-08-ATL-PHYS-PROC-2016-117


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Timestamp:
Aug 15, 2017, 11:40:02 PM (8 years ago)
Author:
Eric CONTE
Comment:

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  • Korea2017-08-ATL-PHYS-PROC-2016-117

    v15 v16  
    7272=== 3.3 Cut-flow chart ===
    7373
    74 * '''Common:''' *
     74* '''Common:'''
    7575
    7676  * 0. Trigger confirmation: at least one lepton (muon/electron) with PT > 25 GeV
    … …  
    8888* '''2. Analysis 2: trilepton analysis'''
    8989   
    90       * 2.1. Exactly 3 leptons
    91       * 2.2. 2 opposite sign, same flavour leptons, and
    92       * 2.2. Leading lepton with PT > 25 GeV, the other leptons with PT > 20 GeV
    93       * 2.3. Defining 4 signal regions according the final states:
    94          * 3l-Z-1b4j
    95          * 3l-Z-2b3j
    96          * 3l-Z-2b4j
    97          * 3l-noZ-2b
    98       * 2.4. Compatibility with a Z:
    99          * [3l-Z-1b4j]+[3l-Z-2b3j]+[3l-Z-2b4j]: compatible with a Z i.e. (invM-MZ)<10 GeV
    100          * [3l-noZ-2b]: not compatible with a Z i.e. (invM-MZ)>10 GeV
    101       * 2.5. Number of light jets (no b-jet):
    102          * [3l-Z-2b3j]: #jets = 3
    103          * [3l-Z-1b4j]+[3l-Z-3b4j]: #jets >= 4
    104          * [3l-noZ-2b]: #jets = 2, 3 or 4
    105       * 2.6. Number of b-jets:
    106          * [3l-Z-1b4j]: #b-jets = 1
    107          * [3l-Z-2b3j]+[3l-Z-3b4j]+[3l-noZ-2b]: #b-jets >= 2
     90  * 2.1. Exactly 3 leptons
     91  * 2.2. 2 opposite sign, same flavour leptons, and
     92  * 2.2. Leading lepton with PT > 25 GeV, the other leptons with PT > 20 GeV
     93  * 2.3. Defining 4 signal regions according the final states:
     94    * 3l-Z-1b4j
     95    * 3l-Z-2b3j
     96    * 3l-Z-2b4j
     97    * 3l-noZ-2b
     98  * 2.4. Compatibility with a Z:
     99    * [3l-Z-1b4j]+[3l-Z-2b3j]+[3l-Z-2b4j]: compatible with a Z i.e. (invM-MZ)<10 GeV
     100    * [3l-noZ-2b]: not compatible with a Z i.e. (invM-MZ)>10 GeV
     101  * 2.5. Number of light jets (no b-jet):
     102    * [3l-Z-2b3j]: #jets = 3
     103    * [3l-Z-1b4j]+[3l-Z-3b4j]: #jets >= 4
     104    * [3l-noZ-2b]: #jets = 2, 3 or 4
     105  * 2.6. Number of b-jets:
     106    * [3l-Z-1b4j]: #b-jets = 1
     107    * [3l-Z-2b3j]+[3l-Z-3b4j]+[3l-noZ-2b]: #b-jets >= 2
    108108
    109    * '''3. Analysis 3: tetralepton analysis'''
     109* '''3. Analysis 3: tetralepton analysis'''
    110110
    111       * 3.1 Exactly 4 leptons
     111  * 3.1 Exactly 4 leptons
    112112
    113113