Heavy-ion collisions and nuclear structure.

• Jean-Paul Blaizot

Room: 501 Chair: Yu-Xin Liu

Collective phenomena in atomic nuclei. Status and modern challenges.

• Peter Ring

Room: 501 Chair: Jie Meng

Ab initio description of deformed intermediate-mass nuclei.

• Benjamin Bally

Room: 501 Chair: Shan-Gui Zhou

Probing Structure of nuclei available at relativistic heavy ion colliders.

• Jiangyong Jia (Stony Brook University)

Room: 501 Chair: Huang Mei

NLEFT-Introduction and Perspectives.

• Ulf-G. Meissner (Universitaet Bonn and Forschungszentrum Juelich)

Room: 501 Chair: Bing-Song Zou

Probing nuclear deformation in relativistic heavy ion collisions.

• Giacalone Giuliano

Room: 501

Overview for nuclear exotic deformation.

• Dario Vretenar (U)

Room: 501 Chair: Zhong-Zhou Ren

Constraining symmetry energy from heavy-ion collisions.

• Zhi-Gan Xiao

Room: 501 Chair: De-Fu Hou

Heavy ion collisions in the era of Bayesian analyses.

• Govert Nijs (CERN)

Room: 501 Chair: Zhenyu Chen

Nuclear structure in the era of Bayesian analyses.

• Kyle Godbey

Room: 501

QGP overview (theory)

• Xin-Nian Wang (Central China Normal University/Lawrence Berkeley National Laboratory)

Chair: Yu-Xin Liu

Overview for Relativistic Heavy Ion Collisions.

• Horst Stoecker

Chair: Yu-Xin Liu

Nuclear shapes within shell model.

• Takaharu Otsuka

Chair: Yu-Xin Liu

Emergence of nuclear clustering in ab initio nuclear theory.

• Dean Lee (Michigan State University)

Chair Peng-Fei Zhuang

O+O and impact of clustering in high-energy collisions.

• Wilke van der Schee

Chair Peng-Fei Zhuang

Using the LHC as a nuclear physics machine.

• You Zhou (Niels Bohr Institute)

Chair: Feng Liu

Heavy ion experimental signatures of nuclear deformation.

• Chunjian Zhang

Chair: Feng Liu

Exploring nuclear structure with heavy ion collisions.

• Huichao Song

Chair: Feng Liu

New ions operation in the CERN¬ Accelerator Complex in future LHC.

• Maciej Slupecki

Chair: Yu-Hu Zhang

Potential nuclear physics study at HIAF.

• Meng Wang

Chair: Yu-Hu Zhang

Discussion

• Jiangyong Jia

Chair: Yu-Hu Zhang

Theoretical approaches for nuclear clustering.

• Masaaki Kimura

Chair: Dai-Cui Zhou

Exotic nuclear shapes at low and high excitations emerged with shell- model configuration mixing.

• Yang Sun

Chair: Dai-Cui Zhou

Impact of nuclear shapes in low-energy nuclear reactions.

• Kouichi Hagino

Chair: Dai-Cui Zhou

Neutron Skin and Connection the equation of state of nuclear matter.

• Xavier Roca-Maza

Chair: Fu-Qiang Wang

Explore neutron skin with heavy ion collisions.

• Haojie Xu

Chair: Fu-Qiang Wang

Hydrodynamic modeling of high-energy nuclear collisions.

• Tetsufumi Hirano

Chair: Guan-You Qin

AMPT with clustering & nuclear structure effects.

• Guo-Liang Ma

Chair: Guan-You Qin

Nuclear clustering in ab initio nuclear theory.

• Bing-Nan Lv

Chair: Wen-Hui Long

Alpha clustering and condensation in light nuclei.

• Bo Zhou

Chair: Wen-Hui Long

Discussion

• Giacalone Giuliano

Chair: Wen-Hui Long

High order deformation of heavy nuclei.

• Peng-Wei Zhao

Chair: Yu-Ming Zhao

Nuclear shape phase transition in relativistic density functional theory.

• Zhipan Li

Chair: Yu-Ming Zhao

Algebraic model theory for nuclear shape phase transitions.

• Zhang Yu

Chair: Yu-Ming Zhao

Hydrodynamics and nuclear structure.

• Matthew Luzum

Chair: Qun Wang

Hydrodynamics & Bayesian analysis.

• Chiho Nonaka

Chair: Qun Wang

Short range correlations and medium modification in nuclei.

• Zhi-Hong Ye

Chair: Li Yan

EIC & nuclear structure.

• Hongxi Xing

Chair: Li Yan

Nuclear Structure aspects of the neutrinoless double beta decay.

• Jiao Chang-Feng

Chair: Li Yan

Bayesian analysis for relativistic heavy ion collisions.

• Wei-Yao Ke

Chair Huichao Song

Machine learning in nuclear physics at low and intermediate energies.

• Ying-Xun Zhang

Chair Huichao Song

Discussion

• You Zhou (Niels Bohr Institute)

Chair Huichao Song

Overview of nuclear deformation and shape coexistence.

• Magda Zielinska (CEA Saclay)

Room: 501 Chair: Fu-Rong Xu

Bayesian analysis for Nuclear structure.

• Xi-Lin Zhang

Room: 501 Chair: Feng-Shou Zhang

Probing nuclear charge and mass radii in UPC.

• Zhangbu Xu (BNL)

Room: 501

Neutron Skin and Its ties to Nuclear Equation of State.

• Pawel Danielewicz (Michigan State University)

Room: 501 Chair: Li-Sheng Geng

Physics opportunities with SMOG2.

• Giacomo Graziani (I)

Room: 501

Nuclear structure/deformation from laser spectroscopy.

• Xiaofei Yang

Room: 501 Chair: Yan-Lin Ye

Machine learning & explore nuclear structure with heavy ion collisions.

• LongGang Pang (Central China Normal University)

Room: 501 Chair Jun-Chen Pei

Advances in ab initio nuclear structure calculations based on MSRG method & neutrinoless double beta decay.

• Jiang-Ming Yao

Room: 501 Chair: Bao-hua Sun