Welcome speech

• Pengfei Zhuang (Tsinghua University)

Room: The Third Lecture Hall

Overview on chiral magnetic effect

• Huanzhong Huang

Room: The Third Lecture Hall

Overview on vorticity and polarization

• Francesco Becattini

Room: The Third Lecture Hall

Chiral kinetic study of magnetic and vortical effects in relativistic heavy ion collisions

• Chemin Ko

Room: The Third Lecture Hall

A Microscopic mechanism for global polarization through spin-orbit couplings in particle scatterings

• Qun Wang (University of Science and Technology of China)

Room: The Third Lecture Hall

Anomalous-viscous fluid dynamics(AVFD)

• Shuzhe Shi (McGill University)

Room: The Third Lecture Hall

Overview on chiral kinetic transport

• Xu-Guang Huang (Fudan University)

Room: The Third Lecture Hall

Relativistic quantum kinetic theory for massive fermions and spin effects

• Jianhua Gao

Room: The Third Lecture Hall

Quantum relativistic kinetic theory in 2+1 dimensions

• Anping Huang

Room: The Third Lecture Hall

Mass correction to chiral kinetic equations

• Ziyue Wang

Room: The Third Lecture Hall

Kinetic theory for massive spin-1/2 particles from the Wigner-function formalism

• Xinli Sheng

Room: The Third Lecture Hall

Chiral kinetic theory in curved spacetime

• Yuchen Liu

Room: The Third Lecture Hall

Reparametrization Invariance of chiral kinetic theory from high density effective theory

• Aradhya Kumar Shukla

Room: The Third Lecture Hall

Acceleration as imaginary chemical potential

• George Prokhorov

Room: The Third Lecture Hall

Chiral kinetic theory

• Niklas Mueller

Room: The Third Lecture Hall

Hydro+' and chirality/spin transport

• Yi Yin

Room: The Third Lecture Hall

Impact of the characteristics of magnetic field on the CME and CMW measurements at RHIC

• Guoliang Ma

Room: The Third Lecture Hall

Higher order corrections to CME

• Hui Liu

Room: The Third Lecture Hall

Non-static chiral magnetic response

• Miklos Horvath

Room: The Third Lecture Hall

On mass correction to CVE&CSE and frequency dependent electronic conductivity from CKT

• Lixin Yang

Room: The Third Lecture Hall

Simulating chiral anomalies in a box system

• Wenhao Zhou

Room: The Third Lecture Hall

Status of experimental searches for the chiral magnetic effect

• Fuqiang Wang

Room: The Third Lecture Hall

Different observables of CME signals

• Roy Lacey

Room: The Third Lecture Hall

Probe Chiral Magnetic Effect with Signed Balance Function

• Aihong Tang

Room: The Third Lecture Hall

Background estimation in search of the CME at STAR

• Gang Wang

Room: The Third Lecture Hall

Measurements of the chiral magnetic effect with background isolation in 200 GeV Au+Au collisions at STAR

• Jie Zhao

Room: The Third Lecture Hall

Study of CME in heavy-ion collisions at the LHC with ALICE with event-shape engineering

• Qiye Shou

Room: The Third Lecture Hall

Discussions on CME Observables

• Sergei Voloshin

Room: The Third Lecture Hall

Z-component polarization

• Takafumi Niida

Room: The Third Lecture Hall

Global polarization of hyperons and spin alignment of vector mesons with ALICE at the LHC

• Ranbir Singh

Room: The Third Lecture Hall

Discussions on puzzles in polarization measurements

• Michael Lisa

Room: The Third Lecture Hall

Global and local Λ polarization in relativistic heavy ion collisions

• Yilong Xie

Room: The Third Lecture Hall

Polarization transfer in decays and its effect in relativistic nuclear collisions

• Gaoqing Cao (Sun Yat-sen University)

Room: The Third Lecture Hall

Local Lambda polarization and local phi spin alignment

• Xiaoliang Xia (U)

Room: The Third Lecture Hall

Effect of resonance decay on local Lambda polarization

• Hui Li

Room: The Third Lecture Hall

Probe extreme electromagnetic field with Breit-Wheeler process

• Zhangbu Xu (BNL)

Room: The Third Lecture Hall

Transport simulations of spin and chiral dynamics

• Jun Xu (Shanghai Institute of Applied Physics, CAS)

Room: The Third Lecture Hall

Magnetic field in the charged subatomic swirls

• Xingyu Guo

Room: The Third Lecture Hall

Determine the magnitude of the magnetic field at freeze-out

• Kun XU (Nanjing University)

Room: The Third Lecture Hall

Charged Pion Condensate in Magnetic Field with Rotation

• Haolei Chen

Room: The Third Lecture Hall

Electromagnetic field from asymmetric to symmetric heavy Ion collision at 200 GeV/c

• Yilin Cheng

Room: The Third Lecture Hall

Dissipative magnetohydrodynamics from the Boltzmann equation

• Rischke Dirk

Room: The Third Lecture Hall

Relativistic fluid dynamics for polarized media and the classical treatment of spin

• Radoslaw Ryblewski

Room: The Third Lecture Hall

Formulation of relativistic spin hydrodynamics based on the entropy-current analysis

• Hidetoshi Taya

Room: The Third Lecture Hall

Application of machine learning on hydrodynamics and collective flow

• Huichao Song

Room: The Third Lecture Hall

Hydrodynamics and AMPT model

• Li Yan

Room: The Third Lecture Hall

Longitudinal boost invariant magnetohydrodynamics with chiral magnetic effects

• Shi Pu (U)

Room: The Third Lecture Hall

QCD Phases in magnetic fields

• Mei Huang (IHEP, CAS)

Room: The Third Lecture Hall

QCD phases under rotation

• Defu Hou (CCNU)

Room: The Third Lecture Hall

Axial charge dynamics in heavy ion collisions

• Shu Lin (Sun Yat-Sen University)

Room: The Third Lecture Hall

Chiral crossover and phase transition in (2+1)-flavor QCD

• Hengtong Ding (Institute of Particle Physics, Central China Normal University)

Room: The Third Lecture Hall

Local suppression and enhancement of pairing condensate under rotation

• Lianyi He

Room: The Third Lecture Hall

Fermion pairing condensate under rotation

• Yin Jiang (Beihang University)

Room: The Third Lecture Hall

Relaxation to CKW state in a transport calculation

• Zeyan Wang

Room: The Third Lecture Hall

Spin tensor and its role in non-equilibrium thermodynamics

• Enrico Speranza

Room: The Third Lecture Hall

Spin current hydrodynamics in holographic first order gravity

• A.D. Gallegos Pazos

Room: The Third Lecture Hall

Relativistic hydrodynamics with spin and spin polarization evolution in a Bjorken flow Background

• Avdhesh Kumar

Room: The Third Lecture Hall

Spin hydrodynamics in condensed matter theory

• Mamoru Matsuo

Room: The Third Lecture Hall

New developments in magnetic field and rotation induced effects

• Kenji Fukushima

Room: The Third Lecture Hall

Status, prospect, and the path forward

• JINFENG LIAO (INDIANA UNIVERSITY & RBRC)

Room: The Third Lecture Hall

Closing speech

• Huanzhong Huang

Room: The Third Lecture Hall