Experimental results

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Define cut as dPhi(MET, Ele) < (Pt(Pair) / 80)
Define cut as dPhi(MET, Ele) < (Pt(Pair) / 80)
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''1 TeV u*'': 0.94<br>
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''Channel'': Cut efficiency (Total event efficiency)
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''TT+Jets'': 0.52<br>
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''1 TeV u*'': 0.94 (0.77)<br>
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''Z+Jets'': 0.50<br>
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''TT+Jets'': 0.52 ()<br>
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''W+Jets'': 0.50<br>
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''Z+Jets'': 0.50 ()<br>
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''W+Jets'': 0.50 ()<br>
== Hadronic W/Z Reconstruction ==
== Hadronic W/Z Reconstruction ==

Revision as of 13:44, 25 June 2009

Contents

Boosted W /Z Experimental Results

Dumping ground for 'results'...

Leptonic Boosted Z Efficiency

James

Toy MC result for Z to ee (tuned to fit CMS fullsim):

Leptonic Boosted W Reconstruction

James

Define neutrino momentum 3-vector as:

Reconstructed W mass from 1 TeV u* (PGS):

Signal reconstructed P_t (LHC full-sim):

Good discriminant is to plot against angular separation in phi between MET and lepton (PGS is on the left, LHC full-sim on the right):

Various backgrounds:

Efficiency Measurements

Define cut as dPhi(MET, Ele) < (Pt(Pair) / 80)

Channel: Cut efficiency (Total event efficiency) 1 TeV u*: 0.94 (0.77)
TT+Jets: 0.52 ()
Z+Jets: 0.50 ()
W+Jets: 0.50 ()

Hadronic W/Z Reconstruction

Heather and Muge

Note: See also here for some results from Muge.

Signature determination and analysis approach

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