Flow of identified particles in small collision systems
Analyzers:
Presentations:
Analysis Note:
The analysis note can be found
here
Analysis review committee: Katarina Krizkova Gajdosova, Francesco Noferini
Paper:
Paper proposal: October 2022
Paper committee: Zuzana Moravcova (chair), Lucia Anna Tarasovicova, You Zhou, Cvetan Cheshkov
Internal review committee: TBA
Many thanks to Laura and Vytautas for help along the way!
Preliminaries:
The figure group of approved preliminaries for the Quark Matter 2022 can be found
here
Documentation:
- Correlation function $C(\Delta \eta, \Delta \varphi)$ as a function of pT (in the note, it was only shown for one pT bin to save space): TPC-TPC correlation function - Obsolete
- Systematic uncertainties, primary identified particles, TPC - TPC correlations, p-Pb: Evaluation - Obsolete
- Systematic uncertainties, primary identified particles, TPC - FMD correlations, p-Pb: Evaluation - Obsolete
- Template fits as a function of pT from TPC - TPC correlations: pPb - Obsolete
- Scaling of peripheral subtraction: p-Pb collisions - Obsolete
- Correlation function $C(\Delta \eta, \Delta \varphi)$ as a function of pT, same event, mixed event and final correlation function for FMD-FMD correlation and all trigger particles in both systems: Pion_pp, Kaon_pp, Proton_pp, K0s_pp, Lambda_pp, Pion_pPb, Kaon_pPb, Proton_pPb, K0s_pPb, Lambda_pPb
- Efficiencies study: primary identified particles p-Pb, pp, V0 particles pp and p-Pb
- Comparison of template fit from TPC - FMD correlations with and without track-by-track (TPC) efficiencies: pPb, pPb, MC
- Parameters of the improved template fit in pp and p-Pb collisions (with and without fixing the F parameter): parameters
- Comparison of flow of particles and anti-particles calculated separately, performed in pPb collision system: Comparison
- Comparison of Vndelta from TPC-FMDA, TPC-FMDC, and FMDA-FMDC obtained with the template fit in AMPT and EPOS for generated and reconstructed FMD: Secondary correction in FMD study
- Studies in the AMPT (instead of MC closure test) and effects of the reconstruction of TPC, FMD, and both: MC
- Extraction of the V0 signal in pp and p-Pb collisions: signal
- The teplate fits in pp and p-Pb collisions
- The systematic uncertainty study of identified charged particles and V0
- Check on different Delta eta range: deltaEtaCheck
- Influence of the side-band subtraction on the v2: pPb
- Fits in the high pT region of Lambda in pp collisions, i.e., the reason why Lambda in pp is measured only up to 6 GeV /c (detailed study by Vytautas): Fits