Analysis proposals from femtoscopy

Please submit Your analysis proposals in the form shown below. I would prefer if each femto member can add his proposals by editing this page. Please do not forget to put Your name after the proposal!

Analysis proposal
Physics: Pion femtoscopic 1D and 3D correlation functions as a function of pair momentum kt
PWG subgroup: femtoscopy
Code status: All the code ready and committed to PWG2/FEMTOSCOPY in SVN
Configuration macro: Ready
-- AdamKisiel - 11 Feb 2009
---
Physics: Pion femtoscopic correlation function is spherical harmonics
PWG2 subgroup: femtoscopy
Code status: Code private, tested withing AliRoot, ready to be submitted to SVN
Configuration macro: private version tested
-- AdamKisiel - 11 Feb 2009
---
Physics: Pion femtoscopic 3D correlation function vs kt and y with UNICOR
PWG2 subgroup: femtoscopy
Code status: Code private, tested withing AliRoot, close to be submitted to SVN
Configuration macro: private version tested
-- DariuszMiskowiec - 18 Feb 2009
---
- - -> Put Your proposal here <- - - ---
Etc.

The main purpose of collecting analysis proposals is to determine which analyses are in an advanced enough state, so that they can be considered for the inclusion in the coming train and which should wait for the next one. It is also necessary to monitor the development of each analysis, in order to gain experience on how much time it takes to develop code/configuration macros for a given analysis.
Please specify You initials in the physics description, so that we can identify persons resposible for given tasks/code/configuration macros.
Examples of analysis blocks
When a physics analysis proposal has the corresponding code and configuration macro in a working state, it should be added to the table below.
Please fill in the additional information specified below.
Physics description Required input Type of output Libraries used Macro status Suggested train
Pion CF vs. kt (AK) ESD or AOD 2x <kt bins> TH1D data
3x <kt bin> TH3D data
~10x <kt bin>!TH2D control histos
~10x <kt bin>!TH1D control histos
PWG2femtoscopy
PWG2femtoscopyUser
Done
<ALICE HOME>/trains/train1/ConfigFemtoAnalysis.C
pp 10 TeV 1M events
Pion CF vs. kt vs. mult (AK) ESD or AOD 2x <mult bins> x <kt bins> TH1D data
3x <mult bin> x <kt bins> TH3D data
~10x <mult bin> x <kt bins> TH2D control histos
~10x <mult bin> x <kt bins> TH1D control histos
PWG2femtoscopy
PWG2femtoscopyUser
Done
<ALICE HOME>/trains/train2/ConfigFemtoAnalysis.C
pp 10 TeV 100M events
Pion CF in Spherical Harmonics (AK) ESD or AOD/Kinematics 20 x TH1D data
2x TH3D data
PWG2femtoscopy
PWG2femtoscopyUser
Done
<ALICE HOME>/trains/train2/ConfigFemtoAnalysisSH.C
pp 10 TeV 1M events
pp 10 TeV 100M events
Pion-kaon CF (AK) ESD or AOD 12 x TH1D data
~20 TH2D control histos
~20 TH1D control histos
PWG2femtoscopy
PWG2femtoscopyUser
In preparation pp 10 TeV 100M events
Kaon-kaon CF (JINR-ITEP) ESD or AOD/Kinematics 12 x TH1D data
~23 TH2D control histos
~30 TH1D control histos
PWG2femtoscopy
PWG2femtoscopyUser
In preparation pp 10 TeV 100M events

-- AdamKisiel - 11 Feb 2009

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Topic revision: r5 - 2009-02-23 - BorisHippolyte
 
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