STAR PWGC Meeting

2019-08-30 09:30
America/New York
Friday, 30 August 2019
https://bluejeans.com/883580682/9067, at 13:30 (GMT), duration : 00:00
1) PWGC Preview
Title: Diffraction in coherent J/psi photoproduction in Au-Au collisions at sqrt(s_NN) = 200 GeV
PWG: LFSUPC
PAs: Jaroslav Adam, Bill Schmidke, Janet Seger
Target journal: PRL
Webpage: https://drupal.star.bnl.gov/STAR/blog/jaroslav/paper-proposal-coherent-jpsi
Presentation: https://drupal.star.bnl.gov/STAR/system/files/JA-Coherent_Jpsi_PWGC_20190830.pdf
- Brief introduction from the PWG conveners (5’)  [Wangmei]
- Paper proposal (15')  [Jarda]
- Open discussions (35')
- Summary from the conveners' panel (5’)

2) Follow-up on last week’s discussion
Run18 FXT data production and DNP abstracts - Daniel Cebra
Mixed Isobar vn at QM2019 - BulkCorr
Run19 production priority - BulkCorr and LFSUPC

PWGC preview presentation

 

FMS QA Run 17 Update: ADC Dist.

Isobaric-Mix collisions at 200 GeV QA5

FMS QA Run 17 Update: Bad and Dead ADC Dist.

FMS QA Run 17 Update: Bad and Dead channels list

RUN15 FMS calibration report (to Spin PWG)

 - 1st report at Aug. 5
 - 2nd report at Aug. 12
 - 3rd report at Sep. 30 (* zip file for comparison QA)

Weekly Meeting (Aug. 5)

- Zhanwen: polarization error calculation
- Chong: degradation study by gainCorr Link

Topics for discussion

 Bluejeans: https://bluejeans.com/883580682/9067


Talk time : 13:00, Duration : 01:00

Management-PWGC Lunch Meeting

TimeTalkPresenter
13:00Topics for discussion ( 01:00 ) 3 files

Global Lambda polarization in Au+Au collisions at 54.4 GeV (remote)

Femtoscopy in small systems (remote)

Azimuthally sensitive HBT in AuAu and CuAu collisions (in person)

Beam PIPE and related radiation length

Below is the scan of the existing (as they exist in our software geometry package - 2019a) structures inside the r = 50 cm along the beamline, in the z region of [40, 160] cm.

BulkCorr report

JetCorr report

HF report

Spin report

LFSUPC report

Introduction to PicoDST's

 

Speaker : Grigory Nigmatkulov ( Moscow Engineering Physics Institute )


Talk time : 17:20, Duration : 00:40