Beam Energy Scan: theoretical overview

• Volker Koch (LBNL)

Volker Koch

Beam Energy Scan: experimental overview

• Nu Xu (CCNU/LBNL)

STAR upgrades for the BES-II

• Flemming Videbaek (BNL)

Strangeness production in STAR beam energy scan

• Xianglei Zhu (Tsinghua Univ)

Measurements of elliptic flow in STAR Beam Energy Scan Program

• Shusu Shi (CCNU)

Mean-field potential effects at RHIC BES

• Jun Xu (SINAP)

Alpha-clustering effect on the collective motion and correlation from the low to relativistic energy

• Yu-Gang Ma (SINAP)

Overview of bulk evolution at BES energies

• Ulrich Heinz (OSU)

Dynamical initialization of QGP fluids

• Tetsufumi Hirano (Sofia Univ)

Critical and non-critical fluctuations in RHIC BES

• Huichao Song (Peking Univ)

Constraint on viscosity of QCD matter during 1st-order phase transition

• Zhe Xu (Tsinghua Univ)

Exploring the phase structure and dynamics of QCD

• Jan Pawlowski (Univ Heidelberg)

Multi-proton correlation functions and the QCD phase diagram

• Adam Bzdak (AGH)

Location of the QCD critical end point

• Mei Huang (IHEP)

QCD phase diagram and critical end point from lattice

• Heng-Tong Ding (CCNU)

Percolation picture from nuclear to quark matter

• Kenji Fukushima (Univ Tokyo)

Nucleon clustering in neutron-rich nuclei

• Zhongzhou Ren (Nanjing Univ)

Heavy ion collisions at RHIC: Beam Energy Scan, Isobars, and beyond

• Berndt Mueller (BNL)

Searching for QCD critical point: theoretical overview

• Mikail Stephanov (UIC)

Search for the QCD critical point with fluctuations of conserved quantities in relativistic heavy-ion collisions at RHIC

• Xiaofeng Luo (CCNU)

Unfolding of net-distribution to look for a critical fluctuation

• ShinIchi Esumi (Tsukuba Univ)

Locating the CEP via the DS Equation Approach

• Yu-Xin Liu (Peking Univ)

Overview of the search for anomalous transport in heavy ion collisions

• Huan Zhong Huang (Fudan/UCLA)

Equal-time transport in electromagnetic and strong interacting matter

• Pengfei Zhuang (Tsinghua Univ)

Charge separation measurements in p(d)+A and A(B)+A collisions: Implications for characterization of the chiral magnetic effect

• Roy Lacey (Stony Brook)

Some theoretical issues about anomalous transports

• Defu Hou (CCNU)

Uncovering the mystery of hot QCD matter from non-equilibrium dynamics

• Yi Yin (MIT)

Chiral soliton lattice in strong magnetic fields

• Naoki Yamamoto (Keio Univ)

Globally polarized quark gluon plasma in non-central AA collisions

• Zuo-tang Liang (Shandong Univ)

The symmetry energy in nucleon and quark matter

• Lie-Wen Chen (SJTU)

Physical programs and status of the CSR external-Target Experiment (CEE)

• Zhigang Xiao (Tsinghua Univ)

Quark models, phase diagram, and structure of compact star

• Guangxiong Peng (UCAS)

Fluctuations and QCD phase structure

• Guoyun Shao

Open heavy flavor measurements in heavy-ion collisions

• Yifei Zhang (USTC)

Transport model study of chiral magnetic and vortical effects in heavy ion collisions

• Che-Ming Ko

Chiral kinetic equation with a collision term and anomalous transport from quantum field theory

• Yoshimasa Hidaka (RIKEN)

Boost invariant formulation of the chiral kinetic theory

• Shi Pu (Univ Tokyo)

Investigating the CME and background with AMPT model

• Guoliang Ma (SINAP)

Transport phenomena in strong magnetic fields

• Koichi Hattori (Fudan Univ)

Chiral Magnetic Effect in lattice perturbation scheme

• Bo Feng (HUST)

Charmonium production from strong electromagnetic field and QGP in AA collisions

• Baoyi Chen (Tianjin Univ)

Beam Energy Scan Theory: status & outlook

• Swagato Mukherjee (BNL)

Axial charge dynamics from massive quarks

• Shu Lin (SYS Univ)

Experimental overview of Chiral Magnetic Wave in heavy-ion collisions

• Qiye Shou (SINAP)

Quarksonic matter at high isospin density

• Gaoqing Cao