V0 Femtoscopy in pPb @ 8.16 TeV
Analysis of V0's at CMS in pPb@8.16TeV. The main idea is to do this analysis using K0s and Lambdas and study the strong iterations.
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V0 Reconstruction Cuts:
aa
Femtoscopy Cuts:
High Purity
|η| < 2.4
pT > 0.2 GeV
NV0 >= 2
Nmix = 5
Daughters with at least 1 pixel hit (remove some contamination)
Mass Signal and Sideband are extracted by mass fits (using mean and sigma - see section X)
Mean - 2*sigma < Mass Signal < Mean + 2*sigma
Mean - 5*sigma < Mass Sideband or Mass Sideband > Mean + 5*sigma
Padova Selection (remove splitting tracks and duplicated) -> we decide to use that in our analysis
cos θij < 0.99996
ΔpT < 0.04 GeV
Padova cuts require qinv > 0.04 GeV (i will include some plots to show that)
Daughter Matching (ΔX = xi - xj, where xi and xj are the daughter with the same charge comming from different V0)
ΔpT < 0.04 GeV
Δφ < 0.04
Δη < 0.04
Compatible with Padova cuts (i will include some plots to show that)
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-> Tests using charged hadrons
--
denerslemos - 2019-04-11
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K0pPb
Topic revision: r1 - 2019-04-11 - denerslemos
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