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iTPC review rehearsal

2018-10-03 09:30
2018-10-03 17:00
America/New York
Wednesday, 3 October 2018
1-224, at 13:30 (GMT), duration : 07:30
 Remote access is the usual blue jeans for the wed iTPC meeting.

Please upload talks to this page.

here is a link to Tonko's talk
https://docs.google.com/presentation/d/1RKWSU-DfAqQJjCHq8fVGTkTDXrSOf0O3FxVhU_Nx8mU/edit?usp=sharing

here is qinghua's link
https://drupal.star.bnl.gov/STAR/system/files/MWPC_review_Sep2018_v3.pdf
TimeTalkPresenter
10:00iTPC introduction ( 00:30 ) 1 fileFlemming Videbæk
10:30itpc cost schedue commisioning ( 00:20 ) 1 fileF.Videbæk
10:50iTPC Software ( 00:20 ) 3 filesIrakli
11:10iTPC Electronics ( 00:20 ) 1 fileTonko
11:30MWPC production & test at Shandong ( 00:30 ) 1 fileQinghua Xu
13:00iTPC sector test at BNL ( 00:10 ) 1 file
13:10Sector Installation ( 00:20 ) 1 fileRahul Sharma (BNL)

itpc software

2018-10-02 10:00
2018-10-02 11:00
America/New York
Tuesday, 2 October 2018
FV office, at 14:00 (GMT), duration : 01:00
 material for weekly software meeting
TimeTalkPresenter
10:00iTPC Software ( 00:20 ) 1 fileIrakli

ATHIC2018 conference

 This blog is for ATHIC 2018 conference. Which will include the abstract and slides.

Update 09.28.2018 -- Run 9 pp: Unfolding Results With Different PtTrk Cut (9 - 11 GeV Pi0 Triggers, R = 0.2, Charged Jets)

Earlier this week, we discovered that we had been using two different constituent cuts between p+p and Au+Au: in p+p, I had been using pTtrk = (0.2, 20) GeV/c; and in Au+Au, Nihar had been using pTtrk

Update 09.27.2018 -- Correct Data Point Locator

I put together that estimates the "correct" location for a data point in a really wide bin.  The way it works is like so:

JetCorr Follow-Up [09.24.2018] -- Closure Tests

Following up from the recent JetCorr weekly pwg meeting:

itpc review prep

 some material for review

- draft overview talk FV
- agenda
- panel members
- charge 

bottom production - ATHIC2018

 

HP 2018

Update 09.24.2018 -- Run 9 pp: Unfolding Systematics (No Bin-By-Bin Comparison And Better Summing), 9 - 11 GeV Pi0 (R = 0.2)

Following up from the last post,

Update 09.24.2018 -- Run 9 pp: Unfolding Systematics (No Bin-By-Bin Comparison And Better Summing), 9 - 11 GeV Pi0 (R = 0.2)

Following up from the last post,

https://drupal.star.bnl.gov/STAR/blog/dmawxc/update-09222018-run-9-pp-unfolding-systematics-9-11-gev-pi0-r-02

iTPC software

2018-09-25 11:00
2018-09-25 12:00
America/New York
Tuesday, 25 September 2018
room 1-189 in Physics, at 15:00 (GMT), duration : 01:00
 Discussion on iTPC software

connection information
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TimeTalkPresenter
11:00comparison of voltage ( 00:20 ) 1 fileMaria Stefaniak (Warsaw University of Tech, Subatech)

JetCorr Update -- September 24th, 2018

Slides for the weekly JetCorr meeting on September 24th, 2018.

Update 09.22.2018 -- Run 9 pp: Unfolding Systematics, 9 - 11 GeV Pi0 (R = 0.2)

After the previous iteration (see the link below), we refined how we're calculating the systematic uncertainties.

Update 09.21.2018 -- Pythia: Fitting Pi0 and Gamma-Direct Spectra With Power Laws

As we move forward with the unfolding, we'd like to use a power law as a prior.  So here are 4 spectra from Pythia fitted with power laws (that way we have a reasonable estimate of what the defau

Update 09.20.2018 -- With And 'Without' Unfolding Errors In RooUnfold

Just to verify what's going into the error bars RooUnfold returns, I unfolded our pi0-triggered (9 - 11 GeV) data twice (with all of the same unfolding parameters): once with all of the default option

Update 09.20.2018 -- Run 9 pp: Default vs. Efficiency +- 5% With No Errors on Efficiency (R = 0.2 Charged Jets)

Yesterday I checked what happens when I fix the response matrix, but change the efficiency:

JetCorr Follow-Up [09.11.2018] -- Closure Tests With Bayesian And SVD Unfolding

Something seems to be going on with the SVD algorithm in our correction scheme:

Update 09.18.2018 -- Run 9 pp: Default Unfolding vs. Efficiency +- 5% With Fixed Response Matrix (R = 0.2 Charged Jets)

Following up from earlier today:

Update 09.18.2018 -- Run 9 pp: Default Unfolding vs. Efficiency +- 5% With Fixed Response Matrix (R = 0.2 Charged Jets)

Following up from earlier today:

https://drupal.star.bnl.gov/STAR/blog/dmawxc/update-09182018-run-9-pp-default-unfolding-vs-efficiency-5-r-02-charged-jets