Updated on Tue, 2018-04-03 09:24. Originally created by amcw7777 on 2018-04-02 08:09.
1. Hypernews:
Updated on Fri, 2018-06-29 13:12. Originally created by spencer on 2018-04-01 21:01.
Speaker : Spencer Klein ( LBNL )
Updated on Sun, 2018-04-01 18:29. Originally created by matonoli on 2018-04-01 17:04.
One of the residual backgrounds in the di-electron mass spectrum in Upsilon analyses are electron-positron pairs from semi-leptonic decays of B mesons.
Updated on Wed, 2018-04-04 09:01. Originally created by tnonaka on 2018-04-01 05:29.
Updated on Fri, 2018-04-13 11:11. Originally created by surrow on 2018-03-31 10:33.
DIS 2018 W presentation:
Updated on Fri, 2018-03-30 20:42. Originally created by sra233 on 2018-03-30 20:42.
Updated on Sat, 2018-04-07 13:28. Originally created by lisa on 2018-03-30 15:15.
One hears that the mean of the Landau distribution is undefined. Hey, if
it says so on Wikipedia , it must be right!
Updated on Fri, 2018-03-30 08:49. Originally created by zbtang on 2018-03-30 08:49.
Updated on Sat, 2018-03-31 09:30. Originally created by petrchal on 2018-03-30 08:17.
Request Type Description Embedding of La_c and anti-La_c into zerobias events + Hijing for efficiency corrections which include effects of vertex resolutions - run 16
Particle:
event:
(a)La_c distribution:
number of events vs Hijing centrality classes:
Centrality HIJING b(fm) #Events #La_c(aLa_c)/Event
70-80% 12.86 2M 1
60-70% 11.95 1M 2
50-60% 11.05-11.08 660K 3
40-50% 10.11-10.16 340K 6
30-40% 9.0-9.2 225K 9
20-30% 7.8-8.2 170K 12
10-20% 4.5-7.8 125K 16
0-10% 0-4.5 100K 20
original request of the authors:
General Information
Request ID 20181304 Priority: EC 0 Priority: pwg High Status New Physics Working Group Heavy Flavor Requested by petrchal Contact email(s) petrchal@rcf.rhic.bnl.gov, skradhakrishnan@lbl.gov Contact phone(s) PWG email(s) heavy-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Simulated background embedding (generator with real data as background for noise / pile-up studies) Number of events 4600000 = 4.6 M Magnetic Field ---- SELECT MAGFIELD ---- Collision Type ---- SELECT COLLISION TYPE ---- Centrality b: full range BFC tags Production P16ij Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library ---- SELECT STAR LIBRARY ---- Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set
Data Sources Real Data
Single Particle MC
Particle Lambda Particle settings dalitz Particles per event 1 Vertex Z, cm -30 < Vertex < 30 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -1.2 < η < 1.2 Pt, GeV 2 < Pt < 8
Updated on Fri, 2018-03-30 08:16 by testadmin . Originally created by jeromel on 2018-03-30 08:16.
Speaker : Jerome Lauret ( BNL )
Updated on Sat, 2018-03-31 09:19. Originally created by petrchal on 2018-03-30 08:12.
Request Type Description Embedding of La_c and anti-La_c into zerobias events + Hijing for efficiency corrections which include effects of vertex resolutions for run14Centrality HIJING b(fm) #Events #La_c(aLa_c)/Event
70-80% 12.86 2M 1
60-70% 11.95 1M 2
50-60% 11.05-11.08 660K 3
40-50% 10.11-10.16 340K 6
30-40% 9.0-9.2 225K 9
20-30% 7.8-8.2 170K 12
10-20% 4.5-7.8 125K 16
0-10% 0-4.5 100K 20
General Information
Request ID 20181303 Priority: EC 0 Priority: pwg High Status New Physics Working Group Heavy Flavor Requested by petrchal Contact email(s) petrchal@rcf.rhic.bnl.gov, skradhakrishnan@lbl.gov Contact phone(s) PWG email(s) heavy-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Simulated background embedding (generator with real data as background for noise / pile-up studies) Number of events 4600000 = 4.6 M Magnetic Field ---- SELECT MAGFIELD ---- Collision Type auau 200GeV Centrality b: full range BFC tags Production P16id Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library SL16d Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set
Data Sources Real Data
Single Particle MC
Particle Lambda Particle settings dalitz Particles per event 1 Vertex Z, cm -6 < Vertex < 6 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -1.2 < η < 1.2 Pt, GeV 2 < Pt < 8
Updated on Fri, 2018-08-17 02:24 by zhux . Originally created by petrchal on 2018-03-30 07:25.
Request Type Description Single particle embedding of pions, kaons, protons (+ antiparticles) in 200GeV AuAu run16 with the HFT simulator
Particle: pi+,pi-,K+,K-,proton,antiproton
Real Data: Au+Au 200GeV Run16
event cuts:
particles:
original request of authors:
General Information
Request ID 20181302 Priority: EC 0 Priority: pwg High Status Killed Physics Working Group Heavy Flavor Requested by petrchal Contact email(s) petrchal@rcf.rhic.bnl.gov, skradhakrishnan@lbl.gov Contact phone(s) PWG email(s) heavy-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Standard Embedding request (particle in real events) Number of events 50000 = 50 K Magnetic Field ---- SELECT MAGFIELD ---- Collision Type auau 200GeV Centrality ---- SELECT CENTRALITY ---- BFC tags Production P16ij Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library ---- SELECT STAR LIBRARY ---- Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set
Data Sources Real Data
File lookup ist of good runs with HFT:<br /> https://drupal.star.bnl.gov/STAR/system/files/goodruns_wpxl_stphys_stsst_2016.txt<br />
Single Particle MC
Particle Pion+ Particle settings Flat in Pt Particles per event 0 Vertex Z, cm -6 < Vertex < 6 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -1.2 < η < 1.2 Pt, GeV 0 < Pt < 10
Updated on Fri, 2018-08-17 02:29 by zhux . Originally created by petrchal on 2018-03-30 06:44.
Request Type Description Single particle embedding of pions, kaons, protons (+ antiparticles) in 200GeV AuAu run14 with the HFT simulatorGeneral Information
Request ID 20181301 Priority: EC 0 Priority: pwg High Status Closed Physics Working Group Heavy Flavor Requested by petrchal Contact email(s) petrchal@rcf.rhic.bnl.gov, skradhakrishnan@lbl.gov Contact phone(s) PWG email(s) heavy-hn@www.star.bnl.gov Assigned Deputy: Not assigned Assigned Helper: Not assigned
Global Simulation Settings
Request type: Standard Embedding request (particle in real events) Number of events 50000 = 50 K Magnetic Field ---- SELECT MAGFIELD ---- Collision Type auau 200GeV Centrality ---- SELECT CENTRALITY ---- BFC tags Production P16id Geometry: simu ---- SELECT GEOMETRY ---- Geometry: reco ---- SELECT GEOMETRY ---- Library SL16d Vertex option ---- SELECT VERTEX OPTION ---- Pileup option No
Detector Set
Data Sources Real Data
File lookup list of good runs with HFT:<br /> https://drupal.star.bnl.gov/STAR/system/files/goodruns_wpxl_2014.txt<br />
Single Particle MC
Particle Pion+ Particle settings Flat in Pt Particles per event 0 Vertex Z, cm -6 < Vertex < 6 Gaussian sigma in X,Y,Z (cm), if applicable 0, 0, 0 Vertex offset: x, mm 0 Vertex offset: y, mm 0 Φ (phi), radian 0 < Φ < 6.29 η (eta) -1.2 < η < 1.2 Pt, GeV 0 < Pt < 10
Updated on Sun, 2018-07-15 10:57. Originally created by lisa on 2018-03-29 17:54.
Anisotropic nMIP distributions seen with both isobar species in the EPD can be attributed to multiple scattering in the fixed target frame.
Updated on Thu, 2018-03-29 14:58 by smirnovd . Originally created by jwebb on 2018-03-29 13:30.
Updated on Thu, 2018-03-29 14:57 by rksooraj . Originally created by jwebb on 2018-03-29 13:29.
Recent Data Productions
Hijing + zero bias sample is available here:
Updated on Thu, 2018-03-29 13:27. Originally created by jwebb on 2018-03-29 13:27.
Timezone: America/New York
Thursday, 29 March 2018 1-189, SRN, at 20:00 (GMT), duration : 01:00
SRN ID: 1096183
EVO Phone Bridge Telephone Numbers:
---------------
- USA (BNL, Upton, NY)
+1 631 344 6100
- USA (Caltech, Pasadena, CA)
+1 626 395 2112
Updated on Thu, 2018-03-29 09:11. Originally created by fisyak on 2018-03-29 09:11.
Speaker : Yuri Fisyak
Updated on Thu, 2018-03-29 09:11. Originally created by fisyak on 2018-03-29 09:11.
Speaker : Yuri Fisyak
Updated on Thu, 2018-03-29 10:57. Originally created by fisyak on 2018-03-29 09:10.
