Pion, Kaon, and Proton Spectra at 3 GeV

Speaker : Ben Kimelman ( UC Davis )


Talk time : 13:10, Duration : 00:25

 

Study of strange matter in STAR with express analysis

Speaker : Ivan Kisel ( FIAS, Uni-Frankfurt )


Talk time : 11:45, Duration : 00:25

 The STAR experiment provides a perfect machinery for studying strange matter for more than two decades.

Update for First Observation of Anti-Hyper Hydrogen-4

Speaker : Junlin Wu


Talk time : 09:55, Duration : 00:20

 

Update on pi, K, p production in Au+Au collisions at sqrt(sNN) = 54.4 GeV

Speaker : Arushi Dhamija


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

 

Pion, Kaon, Proton production beyond mid-rapidity at √s_NN=27GeV (14.6 & 19.6 GeV)

Speaker : Matt Harasty ( University of California, Davis )


Talk time : 09:30, Duration : 09:55

 

SQM2022 Blog: Strange and multi-strange v2 in isobar

 

LFSUPC Business Discussion

Speaker : Daniel Cebra ( UC Davis )


Talk time : 09:00, Duration : 00:30

SQM2022 Blog: Elliptic Flow at 19.6 GeV and 14.6 GeV

Blog page for elliptic Flow in Au+Au collisions at 19.6 GeV and 14.6 GeV at SQM 2022.
Slides and STAR Preliminary figures can be found below as attachment.

Charged particle pseudorapidity densities with the EPD

Speaker : Mate Csanad ( Eötvös U )


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

Correlators in pp Collisions at Sqrt(s)=200GeV from STAR

 

pp 3D substructure paper plans

 

pp 3D substructure paper plans

 

pp 3D substructure paper plans

 

pp 3D substructure paper plans

 

Some helpful links and Omnifold reference

This blog will have some links I want to keep track of and perhaps revisit.
Links:

TPC SC&GL Calibration: Run20 AuAu 11.5 GeV

 
Dataset Description:
  --> Production tag: production_11p5GeV_2020

Materials for b to e paper

 

Multiplicity in FPS (2017)

Example fill 20669 (first good fill in 2017 with FPS and FMS in the readout, day 84)

Left to right: FPS layers 1 - 3, colors represent different quadrants

Helpful info for getting simulations running

Hello. This blog will consist of some information I have gathered/commands I have run that may help me in the future when I'm lost.

Directed Flow of 4ΛH, 3ΛH and Λ hyperon in √sNN = 3.2 GeV Au+Au Collisions

1) Updated analysis about "Directed Flow of 4ΛH, 3ΛH and Λ hyperon in √sNN = 3.2 GeV Au+Au Collisions"