Developing QCD Phase Diagram new phase diagram old

What We Learned From the Workshop (1) 1) particle production PBM, 2008 Ko Ko

What We Learned From the Workshop (2) 2) scaling, fluctuation, and correlation Yang n=13.

What We Learned From the Workshop (3) 3) charmonium production Lee Xu Zhuang From

What We Learned From the Workshop (4) 4) quark polarization Liang more significant at

What We Learned From the Workshop (5) 5) low energy Xiao beam energy less

What We Learned From the Workshop (6) 6) phase diagram Liu Mu p. NJL

most important sentence of this workshop LHC is well equipped for heavy ion study

QGP A Rubik’s Cube RHIC, LHC Compact Stars Early Universe Lattice Ad. S/CFT BCS-BEC

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Developing QCD Phase Diagram new phase diagram old phase diagram pair dissociation line T weakly coupled QGP, ideal gas viscous fluid perfect fluid LHC RHIC s. QGP FAIR hadrons viscous fluid CSR BEC BCS New Phenomena: from ideal gas (coupling = 0) to perfect fluid (viscosity = 0), strongly coupled quark-gluon plasma, QCD phases at high density (related to cold atom gas, ……) non-perturbative QCD at RHIC and LHC ! 1

What We Learned From the Workshop (1) 1) particle production PBM, 2008 Ko Ko thermal production of charm quarks: 20% contribution, sensitive to T and Mc enhancement of charmed baryons Levai Papp high Pt suppression, EMC prediction for LHC soft/hard overlap at intermediate Pt, need precise measurement 2

What We Learned From the Workshop (2) 2) scaling, fluctuation, and correlation Yang n=13. 2 Chen developed in the partonic stage ! valid for any collisions at ALL energies, ALL centralities and All rapidities STAR 0 -10% Au+Au Total b Zhang Fu: a constant F-B correlation due to geometry fluctuation F-B also by Yan dihadron spectra 3

What We Learned From the Workshop (3) 3) charmonium production Lee Xu Zhuang From G =constraint-Dm (Stark effect) QCD sum rule constraint with DG=0 G Lee near-side DD correlation at LHC the sudden change in gluon condensates leads to a a critical behavior of charmonium mass and width 4

What We Learned From the Workshop (4) 4) quark polarization Liang more significant at LHC ! a more precise theoretical frame is presented by Wang 5

What We Learned From the Workshop (5) 5) low energy Xiao beam energy less than 0. 5 Ge. V/u is favorable for Esym( ) study. 6

What We Learned From the Workshop (6) 6) phase diagram Liu Mu p. NJL calculation the peak is similar to the calculation in Ad. S/CFT calculation 7

most important sentence of this workshop LHC is well equipped for heavy ion study ! pair dissociation line s. QGP BEC SPS RHIC BCS ? LHC 8

QGP A Rubik’s Cube RHIC, LHC Compact Stars Early Universe Lattice Ad. S/CFT BCS-BEC 9