Kminus in Run-10 39 GeV reversed full-field Au+Au data

Request TypeStandard Embedding request (particle in real events)
Description

500K K- in Run-10 39 GeV Au+Au data, reversed full field

Number of particles to embed per event: 5% of event multiplicity

Centrality: minimum bias

 

 

General Information
Request ID2012605
Priority: EC0
Priority: pwgHigh
StatusNew
Physics Working GroupJet-like correlations
Requested bySaskia Mioduszewski
Contact email(s)saskia@comp.tamu.edu, stephen.horvat@yale.edu
Contact phone(s)203-432-9742
PWG email(s)jetcorr-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 events500000 = 500 K
Magnetic FieldReversed Full-Field
Collision Typeauau 39GeV
Centrality---- SELECT CENTRALITY ----
BFC tags
ProductionP10ik
Geometry: simuy2010b
Geometry: recoy2010b
LibrarySL10k
Vertex optionForce vertex as MC vertex
Pileup optionNo
Detector Set
Data Sources
Real Data
File lookup
Single Particle MC
ParticleKaon-
Particle settingsFlat in Pt
Particles per event5
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)-1 < η < 1
Pt, GeV0 < Pt < 5

Piplus in Run-10 39 GeV reversed full-field Au+Au data

Request TypeStandard Embedding request (particle in real events)
Description

500K pi+ in Run-10 39 GeV Au+Au data, reversed full field

Number of particles to embed per event: 5% of event multiplicity

Centrality: minimum bias

 

 

General Information
Request ID2012604
Priority: EC0
Priority: pwgHigh
StatusNew
Physics Working GroupJet-like correlations
Requested bySaskia Mioduszewski
Contact email(s)saskia@comp.tamu.edu, stephen.horvat@yale.edu
Contact phone(s)203-432-9742
PWG email(s)jetcorr-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 events500000 = 500 K
Magnetic FieldReversed Full-Field
Collision Typeauau 39GeV
Centrality---- SELECT CENTRALITY ----
BFC tags
ProductionP10ik
Geometry: simuy2010b
Geometry: recoy2010b
LibrarySL10k
Vertex optionForce vertex as MC vertex
Pileup optionNo
Detector Set
Data Sources
Real Data
File lookup
Single Particle MC
ParticlePion+
Particle settingsFlat in Pt
Particles per event5
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)-1 < η < 1
Pt, GeV0 < Pt < 5

Pi- in Run-10 39 GeV reversed full-field Au+Au data

Request TypeStandard Embedding request (particle in real events)
Description

500K pi- in Run-10 39 GeV Au+Au data, reversed full field

Number of particles to embed per event: 5% of event multiplicity

Centrality: minimum bias

 

 

General Information
Request ID2012603
Priority: EC0
Priority: pwgHigh
StatusNew
Physics Working GroupJet-like correlations
Requested bySaskia Mioduszewski
Contact email(s)saskia@comp.tamu.edu, stephen.horvat@yale.edu
Contact phone(s)203-432-9742
PWG email(s)jetcorr-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 events500000 = 500 K
Magnetic FieldReversed Full-Field
Collision Typeauau 39GeV
Centrality---- SELECT CENTRALITY ----
BFC tags
ProductionP10ik
Geometry: simuy2010b
Geometry: recoy2010b
LibrarySL10k
Vertex optionForce vertex as MC vertex
Pileup optionNo
Detector Set
Data Sources
Real Data
File lookup
Single Particle MC
ParticlePion-
Particle settingsFlat in Pt
Particles per event5
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)-1 < η < 1
Pt, GeV0 < Pt < 5

Pi- in Run-7 200 GeV reversed full-field Au+Au data

Request TypeStandard Embedding request (particle in real events)
Description

500K pi- in Run-7 200 GeV Au+Au data, reversed full field

Centrality: 0-20% (not an available option under 'Collision Centrality' below)

Number of particles to embed: 5% of event multiplicity

 

General Information
Request ID2012602
Priority: EC0
Priority: pwgHigh
StatusNew
Physics Working GroupJet-like correlations
Requested bySaskia Mioduszewski
Contact email(s)saskia@comp.tamu.edu, alice.ohlson@yale.edu
Contact phone(s)203-432-5831
PWG email(s)jetcorr-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 events500000 = 500 K
Magnetic FieldReversed Full-Field
Collision Typeauau 200GeV
Centrality---- SELECT CENTRALITY ----
BFC tags
ProductionP08ic
Geometry: simuy2007g
Geometry: recoy2007g
LibrarySL08c
Vertex optionForce vertex as MC vertex
Pileup optionNo
Detector Set
Data Sources
Real Data
File lookup
Single Particle MC
ParticlePion-
Particle settingsFlat in Pt
Particles per event5
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)-1 < η < 1
Pt, GeV0 < Pt < 5

Pi- in Run-7 200 GeV full-field Au+Au data

Request TypeStandard Embedding request (particle in real events)
Description

500K pi- in Run-7 200 GeV Au+Au data, full field

Centrality: 0-20% (not an available option under 'Collision Centrality' below)

Number of particles to embed: 5% of event multiplicity

 

General Information
Request ID2012601
Priority: EC0
Priority: pwgHigh
StatusNew
Physics Working GroupJet-like correlations
Requested bySaskia Mioduszewski
Contact email(s)saskia@comp.tamu.edu, alice.ohlson@yale.edu
Contact phone(s)203-432-5831
PWG email(s)jetcorr-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 events500000 = 500 K
Magnetic FieldFull-Field
Collision Typeauau 200GeV
Centrality---- SELECT CENTRALITY ----
BFC tags
ProductionP08ic
Geometry: simuy2007g
Geometry: recoy2007g
LibrarySL08c
Vertex optionForce vertex as MC vertex
Pileup optionNo
Detector Set
Data Sources
Real Data
File lookup
Single Particle MC
ParticlePion-
Particle settingsFlat in Pt
Particles per event5
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)-1 < η < 1
Pt, GeV0 < Pt < 5

Minutes


Talk time : 13:50, Duration : 00:20

CVS etc


Talk time : 13:30, Duration : 00:20

comissioning

Speaker : jan Balewski


Talk time : 11:00, Duration : 00:20

 Status 

0) We see early, in-time, late pulses in FGT

Y2013 Geometry-End game


Talk time : 13:30, Duration : 00:20

Schedule Overview

Speaker : F.Videbaek


Talk time : 14:10, Duration : 00:20

beam pipe support

Speaker : Howard Wieman


Talk time : 14:00, Duration : 00:10

Talk link:

http://www-rnc.lbl.gov/~wieman/PXL_beam_pipe_support.pptx

 

Mimicking QCD phase diagrams through models

Speaker : RAY, Rajarshi ( Bose Institute, Kolkata )


Talk time : 15:15, Duration : 00:45

Measuring collectivity in partonic phase through dileptons

Speaker : Jane Alam ( VECC, Kolkata )


Talk time : 14:30, Duration : 00:45

Hadron mass

Speaker : PADMANATH, M ( TIFR, Mumbai )


Talk time : 14:00, Duration : 00:30

Afternoon session

TimeTalkPresenter
14:00Hadron mass ( 00:30 ) 1 filePADMANATH, M (TIFR, Mumbai)
14:30Measuring collectivity in partonic phase through dileptons ( 00:45 ) 1 fileJane Alam (VECC, Kolkata)
15:15Mimicking QCD phase diagrams through models ( 00:45 ) 1 fileRAY, Rajarshi (Bose Institute, Kolkata)

Lunch

The temperature dependence of screening masses in various mesonic channels

Speaker : KARTHIK, Nikhil ( TIFR, Mumbai )


Talk time : 12:15, Duration : 00:30

Scanning the phase diagram of QCD

Speaker : GUPTA, Sourendu ( TIFR, Mumbai )


Talk time : 11:30, Duration : 00:45

Coffee Break

Freeze-out conditions from Lattice QCD

Speaker : MUKHERJEE, Swagato ( BNL )


Talk time : 10:15, Duration : 00:45