List for the 2014 Hot QCD White Paper Writing Group

["W.A. Zajc" <zajc AT nevis.columbia.edu>]

Hello all:

The How QCD white paper appeared today on the arXiv. Please see the message below.

Congratulations to us all,

Bill

—————————————

W.A. Zajc

I.I. Rabi Professor of Physics

Columbia University

New York, NY 10027

—————————————

Begin forwarded message:

To: zajc AT nevis.columbia.edu

From: e-prints AT arxiv.org

Subject: arXiv New submission -> 1502.02730 in nucl-ex from zajc AT nevis.columbia.edu

Reply-To: help AT arxiv.org

Date: February 10, 2015 at 8:21:44 PM EST

Your submission submit/1176495 has been assigned the permanent arXiv
identifier 1502.02730 and is available at:

http://arxiv.org/abs/1502.02730


The paper password for this article is: ti8hy
Please share this with your co-authors. They may use it to claim
ownership.


Abstract will appear in today's mailing as:
------------------------------------------------------------------------------
\\
arXiv:1502.02730
From: W.A. Zajc <zajc AT nevis.columbia.edu>
Date: Mon, 9 Feb 2015 23:28:18 GMT   (15578kb,D)

Title: The Hot QCD White Paper: Exploring the Phases of QCD at RHIC and the LHC
Authors: Yasuyuki Akiba (RIKEN), Aaron Angerami (Columbia University), Helen
 Caines (Yale University), Anthony Frawley (Florida State University), Ulrich
 Heinz (Ohio State University), Barbara Jacak (University of California,
 Berkeley), Jiangyong Jia (Stony Brook University), Tuomas Lappi
 (Jyv\"askyl\"a University), Wei Li (Rice University), Abhijit Majumder (Wayne
 State University), David Morrison (Brookhaven National Laboratory), Mateusz
 Ploskon (Lawrence Berkeley National Laboratory), Joern Putschke (Wayne State
 University), Krishna Rajagopal (Massachusetts Institute of Technology), Ralf
 Rapp (Texas A&M University), Gunther Roland (Massachusetts Institute of
 Technology), Paul Sorensen (Brookhaven National Laboratory), Urs Wiedemann
 (CERN), Nu Xu (Lawrence Berkeley National Laboratory), W.A. Zajc (Columbia
 University)
Categories: nucl-ex hep-ex hep-lat hep-ph nucl-th
Comments: 110 pages, 33 figures, 429 references. Prepared as part of the U.S.
 Long-Range Plan for Nuclear Physics
License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
\\
 The past decade has seen huge advances in experimental measurements made in
heavy ion collisions at the Relativistic Heavy Ion Collider (RHIC) and more
recently at the Large Hadron Collider (LHC). These new data, in combination
with theoretical advances from calculations made in a variety of frameworks,
have led to a broad and deep knowledge of the properties of thermal QCD matter.
Increasingly quantitative descriptions of the quark-gluon plasma (QGP) created
in these collisions have established that the QGP is a strongly coupled liquid
with the lowest value of specific viscosity ever measured. However, much
remains to be learned about the precise nature of the initial state from which
this liquid forms, how its properties vary across its phase diagram and how, at
a microscopic level, the collective properties of this liquid emerge from the
interactions among the individual quarks and gluons that must be visible if the
liquid is probed with sufficiently high resolution. This white paper, prepared
by the Hot QCD Writing Group as part of the U.S. Long Range Plan for Nuclear
Physics, reviews the recent progress in the field of hot QCD and outlines the
scientific opportunities in the next decade for resolving the outstanding
issues in the field.
\\


Contains:
HotQCDWhitePaper copy: 4096 bytes
HotQCDWhitePaper copy/HotQCDWhitePaper.bbl: 143075 bytes
HotQCDWhitePaper copy/HotQCDWhitePaper.tex: 5516 bytes
HotQCDWhitePaper copy/custom_defs.tex: 5466 bytes
HotQCDWhitePaper copy/fig: 4096 bytes
HotQCDWhitePaper copy/fig/ALICE_PHENIX_Jpsi_cropped.pdf: 236717 bytes
HotQCDWhitePaper copy/fig/CMEfromBES.pdf: 9590 bytes
HotQCDWhitePaper copy/fig/CMS_Upsilon_RAA_Rapp_theory.pdf: 18337 bytes
HotQCDWhitePaper copy/fig/CVEfromSTAR.png: 4495 bytes
HotQCDWhitePaper copy/fig/D-RAA-star.pdf: 8277 bytes
HotQCDWhitePaper copy/fig/Ds-2piT.pdf: 21813 bytes
HotQCDWhitePaper copy/fig/HardProbesFuture.png: 744122 bytes
HotQCDWhitePaper copy/fig/IntegratedLumPbPb.png: 89745 bytes
HotQCDWhitePaper copy/fig/IntegratedLumpPbII.png: 52768 bytes
HotQCDWhitePaper copy/fig/JetProgressFig1_v2.png: 491265 bytes
HotQCDWhitePaper copy/fig/JetProgressFig2_v2.png: 617940 bytes
HotQCDWhitePaper copy/fig/Jpsi_raa_vs_pt.pdf: 46522 bytes
HotQCDWhitePaper copy/fig/Jpsi_v2.pdf: 44182 bytes
HotQCDWhitePaper copy/fig/LHC_chain.png: 57209 bytes
HotQCDWhitePaper copy/fig/PHENIX_AuAu_excitation_function.pdf: 54824 bytes
HotQCDWhitePaper copy/fig/Phasediagram.png: 202564 bytes
HotQCDWhitePaper copy/fig/RHICLuminosity.png: 249167 bytes
HotQCDWhitePaper copy/fig/RHIC_LHC_vn_calc.pdf: 268208 bytes
HotQCDWhitePaper copy/fig/RHIC_Upsilons.png: 165984 bytes
HotQCDWhitePaper copy/fig/RHICeCooling.png: 202947 bytes
HotQCDWhitePaper copy/fig/RhicIntegratedLuminosityAA.png: 131504 bytes
HotQCDWhitePaper copy/fig/Timeline.png: 169547 bytes
HotQCDWhitePaper copy/fig/bes_compilation_prl_cpod.pdf: 13143 bytes
HotQCDWhitePaper copy/fig/dNeedM-star.pdf: 65698 bytes
HotQCDWhitePaper copy/fig/ePhenix-Cut-Out-View.pdf: 967737 bytes
HotQCDWhitePaper copy/fig/ebye.pdf: 318044 bytes
HotQCDWhitePaper copy/fig/estar_proposal.pdf: 573844 bytes
HotQCDWhitePaper copy/fig/excessLMRTheoryComp_tau1.pdf: 30426 bytes
HotQCDWhitePaper copy/fig/figure_ffmodification.pdf: 20954 bytes
HotQCDWhitePaper copy/fig/gam-spec-v2-phenix.pdf: 734741 bytes
HotQCDWhitePaper copy/fig/priorvpost50.pdf: 140642 bytes
HotQCDWhitePaper copy/fig/raa-nonphot-armesto.pdf: 42529 bytes
HotQCDWhitePaper copy/fig/raa-nonphot-qin.pdf: 43319 bytes
HotQCDWhitePaper copy/fig/raa-nonphot-whdg.pdf: 42530 bytes
HotQCDWhitePaper copy/fig/sPHENIX_MIE_master_AuAu_projections.pdf: 16962 bytes
HotQCDWhitePaper copy/fig/sPhenix-3D-Hall-Cutout.pdf: 807632 bytes
HotQCDWhitePaper copy/fig/starplan_jan2015.pdf: 443159 bytes
HotQCDWhitePaper copy/fig/upsilon_combined.pdf: 59805 bytes
HotQCDWhitePaper copy/fig/visc_temp_dep.pdf: 143501 bytes
HotQCDWhitePaper copy/fig/wVdagVLHC.pdf: 70288 bytes
HotQCDWhitePaper copy/tex: 4096 bytes
HotQCDWhitePaper copy/tex/Abstract.tex: 32 bytes
HotQCDWhitePaper copy/tex/Acknowledgements.tex: 827 bytes
HotQCDWhitePaper copy/tex/Acronyms.tex: 4122 bytes
HotQCDWhitePaper copy/tex/Authors.tex: 1687 bytes
HotQCDWhitePaper copy/tex/CriticalPoint.tex: 18639 bytes
HotQCDWhitePaper copy/tex/CrossFertilization.tex: 4175 bytes
HotQCDWhitePaper copy/tex/Dileptons.tex: 13952 bytes
HotQCDWhitePaper copy/tex/EnergyScan.tex: 8210 bytes
HotQCDWhitePaper copy/tex/ExecutiveSummary.tex: 4124 bytes
HotQCDWhitePaper copy/tex/Exotica.tex: 7449 bytes
HotQCDWhitePaper copy/tex/Facilities.tex: 9640 bytes
HotQCDWhitePaper copy/tex/FacilitiesFuture.tex: 17779 bytes
HotQCDWhitePaper copy/tex/Flow.tex: 17595 bytes
HotQCDWhitePaper copy/tex/FutureProspects.tex: 1206 bytes
HotQCDWhitePaper copy/tex/HFandQuarkonia.tex: 3023 bytes
HotQCDWhitePaper copy/tex/HardProbes.tex: 26981 bytes
HotQCDWhitePaper copy/tex/Introduction.tex: 10206 bytes
HotQCDWhitePaper copy/tex/Jets.tex: 25139 bytes
HotQCDWhitePaper copy/tex/OpenHeavyFlavor.tex: 11599 bytes
HotQCDWhitePaper copy/tex/ProgressAndStatus.tex: 1162 bytes
HotQCDWhitePaper copy/tex/Quarkonia.tex: 21309 bytes
HotQCDWhitePaper copy/tex/Saturation.tex: 7629 bytes
HotQCDWhitePaper copy/tex/Summary.tex: 3451 bytes
HotQCDWhitePaper copy/tex/Theory.tex: 20783 bytes
HotQCDWhitePaper copy/tex/Theory_Jan10.tex: 6321 bytes
HotQCDWhitePaper copy/tex/atlasnote.bst: 21330 bytes
HotQCDWhitePaper.bbl: 143075 bytes
HotQCDWhitePaper.tex: 5516 bytes
custom_defs.tex: 5466 bytes
fig: 4096 bytes
fig/ALICE_PHENIX_Jpsi_cropped.pdf: 236717 bytes
fig/CMEfromBES.pdf: 9590 bytes
fig/CMS_Upsilon_RAA_Rapp_theory.pdf: 18337 bytes
fig/CVEfromSTAR.png: 4495 bytes
fig/D-RAA-star.pdf: 8277 bytes
fig/Ds-2piT.pdf: 21813 bytes
fig/HardProbesFuture.png: 744122 bytes
fig/IntegratedLumPbPb.png: 89745 bytes
fig/IntegratedLumpPbII.png: 52768 bytes
fig/JetProgressFig1_v2.png: 491265 bytes
fig/JetProgressFig2_v2.png: 617940 bytes
fig/Jpsi_raa_vs_pt.pdf: 46522 bytes
fig/Jpsi_v2.pdf: 44182 bytes
fig/LHC_chain.png: 57209 bytes
fig/PHENIX_AuAu_excitation_function.pdf: 54824 bytes
fig/Phasediagram.png: 202564 bytes
fig/RHICLuminosity.png: 249167 bytes
fig/RHIC_LHC_vn_calc.pdf: 268208 bytes
fig/RHIC_Upsilons.png: 165984 bytes
fig/RHICeCooling.png: 202947 bytes
fig/RhicIntegratedLuminosityAA.png: 131504 bytes
fig/Timeline.png: 169547 bytes
fig/bes_compilation_prl_cpod.pdf: 13143 bytes
fig/dNeedM-star.pdf: 65698 bytes
fig/ePhenix-Cut-Out-View.pdf: 967737 bytes
fig/ebye.pdf: 318044 bytes
fig/estar_proposal.pdf: 573844 bytes
fig/excessLMRTheoryComp_tau1.pdf: 30426 bytes
fig/figure_ffmodification.pdf: 20954 bytes
fig/gam-spec-v2-phenix.pdf: 734741 bytes
fig/priorvpost50.pdf: 140642 bytes
fig/raa-nonphot-armesto.pdf: 42529 bytes
fig/raa-nonphot-qin.pdf: 43319 bytes
fig/raa-nonphot-whdg.pdf: 42530 bytes
fig/sPHENIX_MIE_master_AuAu_projections.pdf: 16962 bytes
fig/sPhenix-3D-Hall-Cutout.pdf: 807632 bytes
fig/starplan_jan2015.pdf: 443159 bytes
fig/upsilon_combined.pdf: 59805 bytes
fig/visc_temp_dep.pdf: 143501 bytes
fig/wVdagVLHC.pdf: 70288 bytes
tex: 4096 bytes
tex/Abstract.tex: 32 bytes
tex/Acknowledgements.tex: 827 bytes
tex/Acronyms.tex: 4122 bytes
tex/Authors.tex: 1687 bytes
tex/CriticalPoint.tex: 18639 bytes
tex/CrossFertilization.tex: 4175 bytes
tex/Dileptons.tex: 13952 bytes
tex/EnergyScan.tex: 8210 bytes
tex/ExecutiveSummary.tex: 4124 bytes
tex/Exotica.tex: 7449 bytes
tex/Facilities.tex: 9640 bytes
tex/FacilitiesFuture.tex: 17779 bytes
tex/Flow.tex: 17595 bytes
tex/FutureProspects.tex: 1206 bytes
tex/HFandQuarkonia.tex: 3023 bytes
tex/HardProbes.tex: 26981 bytes
tex/Introduction.tex: 10206 bytes
tex/Jets.tex: 25139 bytes
tex/OpenHeavyFlavor.tex: 11599 bytes
tex/ProgressAndStatus.tex: 1162 bytes
tex/Quarkonia.tex: 21309 bytes
tex/Saturation.tex: 7629 bytes
tex/Summary.tex: 3451 bytes
tex/Theory.tex: 20783 bytes
tex/Theory_Jan10.tex: 6321 bytes
tex/atlasnote.bst: 21330 bytes