High v-strip vs high u-strip: pp2006 (long) data [eemc-http-mb-l2gamma:137641 trigger]

High v-strip vs high u-strip: pp2006 (long) data [eemc-http-mb-l2gamma:137641 trigger]

y:x EEMC position for gamma-jet candidates: Pythia gamma-jet sample (~170K events). Partonic pt range 5-35 GeV.

y:x EEMC position for gamma-jet candidates: Pythia gamma-jet sample (~170K events). Partonic pt range 5-35 GeV.

High v-strip vs high u-strip. Pythia gamma-jet sample (~170K events). Partonic pt range 5-35 GeV.

High v-strip vs high u-strip. Pythia gamma-jet sample (~170K events). Partonic pt range 5-35 GeV.

y:x EEMC position for gamma-jet candidates: Pythia QCD bg sample (~4M events). Partonic pt range 3-65 GeV.

y:x EEMC position for gamma-jet candidates: Pythia QCD bg sample (~4M events). Partonic pt range 3-65 GeV.

High v-strip vs high u-strip. Pythia QCD bg sample (~4M events). Partonic pt range 3-65 GeV

High v-strip vs high u-strip. Pythia QCD bg sample (~4M events). Partonic pt range 3-65 GeV

Congratulations to Dr Hanna Zbroszczyk!

Signal to background ratio with the EEMC detector eta cut of 1< eta < 1.4

Signal to background ratio with the EEMC detector eta cut of 1< eta < 1.4

Gamma yield vs pt with the EEMC detector eta cut of 1< eta < 1.4

Gamma yield vs pt with the EEMC detector eta cut of 1< eta < 1.4

Gamma pt distribution with the EEMC detector eta cut of 1< eta < 1.4

Gamma pt distribution with the EEMC detector eta cut of 1< eta < 1.4

signal to background ratio as a function of pt asymmetry (R_cluster >0.99); pt cuts: 7 GeV (both gamma and jet)

signal to background ratio  as a function of pt asymmetry (R_cluster >0.99); pt cuts: 7 GeV (both gamma and jet)

pt asymmetry between gamma and the away side jet (R_cluster >0.9); pt cuts: 7 GeV (both gamma and jet)

pt asymmetry between gamma and the away side jet (R_cluster >0.9); pt cuts: 7 GeV (both gamma and jet)

Signal to background ratio for R_cluster >0.99 (all results divided by the data)

Signal to background ratio for R_cluster >0.99 (all results divided by the data)

Integrated gamma yield vs pt for R_cluster >0.99

Integrated gamma yield vs pt for R_cluster >0.99

Gamma pt distribution for R_cluster >0.99

Gamma pt distribution for R_cluster >0.99

signal to background ratio as a function of pt asymmetry (R_cluster >0.99); pt cut: 7 GeV (gamma) and 5 GeV (jet)

signal to background ratio as a function of pt asymmetry (R_cluster >0.99); pt cut: 7 GeV (gamma) and 5 GeV (jet)

pt asymmetry between gamma and the away side jet (R_cluster >0.99) pt cut: 7 GeV (gamma) and 5 GeV (jet)

pt asymmetry between gamma and the away side jet (R_cluster >0.99) pt cut: 7 GeV (gamma) and 5 GeV (jet)

signal to background ratio (R_cluster >0.9) as a function of pt asymmetry between gamma and the away side jet

signal to background ratio (R_cluster >0.9) as a function of pt asymmetry between gamma and the away side jet

signal to background ratio (R_cluster >0.9) as a functio of pt asymmetry between gamma and the away side jet

signal to background ratio (R_cluster >0.9) as a functio of pt asymmetry between gamma and the away side jet

Vertex z distribution for three different data samples (with pt cuts)

Vertex z distribution for three different data samples (with pt cuts)

Vertex z distribution for three different data samples

Vertex z distribution for three different data samples