Characterizing initial- and final-state effects of relativistic heavy-ion collisions

Strange particles for Run19 Au+Au 14.6 GeV

Request TypeStandard Embedding request (particle in real events)
DescriptionRun19 Au+Au sNN=14.6GeV
Trgsetupname: production_14p5GeV_2019
Production: P21ic
Trigger: (minbias, 650000)
|Vz|<145cm, |Vr|<2cm
Embedded particles: K0s, Lambda, anti-Lambda, Xi, anti-Xi, Omega, anti-Omega, phi
5%*refmult particles embedded in each event
Note: rapidity and pT: PAs will look into the acceptance to optimize the kinematic selection
Note: This embedding requests partially overlaps with 20231101
 
General Information
Request ID20231402
Priority: EC0
Priority: pwgNormal
StatusNew
Physics Working GroupLFS-UPC
Requested byyhleung2
Contact email(s)ywg21@mails.tsinghua.edu.cn, fy21@mails.tsinghua.edu.cn, leung@physi.uni-heidelberg.de
Contact phone(s)
PWG email(s)star-lfsupc-l@lists.bnl.gov
Assigned Deputy: Not assigned
Assigned Helper: Not assigned
Global Simulation Settings
Request type:Standard Embedding request (particle in real events)
Number of events1
Magnetic Field---- SELECT MAGFIELD ----
Collision Type---- SELECT COLLISION TYPE ----
Centrality---- SELECT CENTRALITY ----
BFC tags
Production---- SELECT PRODUCTION TAG ----
Geometry: simu---- SELECT GEOMETRY ----
Geometry: reco---- SELECT GEOMETRY ----
Library---- SELECT STAR LIBRARY ----
Vertex option---- SELECT VERTEX OPTION ----
Pileup optionNo
Detector Set 
Data Sources
Real Data
File lookup 
Single Particle MC
ParticleAlpha
Particle settingsdalitz
Particles per event1
Vertex Z, cm-30 < Vertex < 30
Gaussian sigma in X,Y,Z (cm), if applicable0, 0, 0
Vertex offset: x, mm0
Vertex offset: y, mm0
Φ (phi), radian0 < Φ < 6.29
η (eta)-0.5 < η < 0.5
Pt, GeV0 < Pt < 30

Strange particles for Run21 Au+Au 7.7 GeV

Request TypeStandard Embedding request (particle in real events)
DescriptionRun21 Au+Au sNN=7.7GeV

Trgsetupname: production_7p7GeV_2021
Production: P22ib
Trigger: (minbias, 810010, 810020, 810030,810040)
|Vz|<145cm, |Vr|<2cm
Embedded particles: K0s, Lambda, anti-Lambda, Xi, anti-Xi, Omega, anti-Omega, phi
5%*refmult particles embedded in each event

Note: rapidity and pT: PAs will look into the acceptance to optimize the kinematic selection
 
 
General Information
Request ID20231401
Priority: EC0
Priority: pwgNormal
StatusNew
Physics Working GroupLFS-UPC
Requested byyhleung2
Contact email(s)leung@physi.uni-heidelberg.de, fy21@mails.tsinghua.edu.cn, ywg21@mails.tsinghua.edu.cn
Contact phone(s)
PWG email(s)star-lfsupc-l@lists.bnl.gov
Assigned Deputy: Not assigned
Assigned Helper: Not assigned
Global Simulation Settings
Request type:Standard Embedding request (particle in real events)
Number of events1
Magnetic Field---- SELECT MAGFIELD ----
Collision Type---- SELECT COLLISION TYPE ----
Centrality---- SELECT CENTRALITY ----
BFC tags
Production---- SELECT PRODUCTION TAG ----
Geometry: simu---- SELECT GEOMETRY ----
Geometry: reco---- SELECT GEOMETRY ----
Library---- SELECT STAR LIBRARY ----
Vertex option---- SELECT VERTEX OPTION ----
Pileup optionNo
Detector Set 
Data Sources
Real Data
File lookup 
Single Particle MC
ParticleAlpha
Particle settingsdalitz
Particles per event1
Vertex Z, cm-30 < Vertex < 30
Gaussian sigma in X,Y,Z (cm), if applicable0, 0, 0
Vertex offset: x, mm0
Vertex offset: y, mm0
Φ (phi), radian0 < Φ < 6.29
η (eta)-0.5 < η < 0.5
Pt, GeV0 < Pt < 30

Update on Run15 EEMC Dijet ALL -- SpinPWG 2023-04-05

 

Intention to submit an abstract of QM 2023 - Correlations and Fluctuations PWG

 STAR Deadlines:

Centrality definition for 7.7 GeV

 

Light nuclei directed flow at BES-II

 

qm2023 abstract

 

test entry

 

QM 23 abstract draft

Event shape engineering of charged hadron spectra in isobar collisions at \sqrt{s_{NN}}= 200 GeV at STAR

QM2023 abstract

Quark Matter 2023 Poster

 

QM2023 Abstract (φ-meson global spin alignment)

 

QM 23 Abstract

 

TOF thresholds

Speaker : Akio


Talk time : 12:20, Duration : 00:20

Intent for QM abstract

Intend to submit abstract for QM2023

 

7.7phi_and_14.5phi

 

Phenix Ecal Analysis Methods

Speaker : Alexander Bazilevsky


Talk time : 10:00, Duration : 00:20

Phi production in Run19 Au+Au 14.5 GeV and Run21 Au+Au 7.7GeV

Speaker : Weiguang Yuan


Talk time : 10:20, Duration : 00:20