RBRC Workshop: Physics Opportunities from the RHIC Isobar Run

Contribution List

20. Welcome

Chun Shen (Wayne State University), Derek Teaney (Stony Brook), Haiyan Gao (BNL), Jia Jiangyong (stony brook university & BNL), Zhangbu Xu (BNL)

25/01/2022, 08:50

2. Imaging nuclear structure with hydrodynamics

Giuliano Giacalone (IPhT - Saclay)

25/01/2022, 09:00

Morning session

1. RHIC isobar results and implication on nuclear structure

Haojie Xu (Huzhou University)

25/01/2022, 09:40

Morning session

3. introduction and overview of nuclear shapes and radial structures

Michael Bender (IP2I Lyon)

25/01/2022, 10:10

Morning session

4. Quantum-number projection technique for nuclear structure

Benjamin Bally (Universidad Autonoma de Madrid)

25/01/2022, 10:50

Morning session

5. Application of hydrodynamics in isobar collision

Bjoern Schenke (BNL)

25/01/2022, 11:40

Afternoon Session

6. Nuclear shape observables and methods

Jerry Draayer (Louisiana State University)

25/01/2022, 12:10

Afternoon Session

28. Realistic nucleon configuration for heavy-ion initial-state

Massimiliano Alvioli (Università degli Studi di Perugia)

25/01/2022, 12:40

Afternoon Session

8. Scaling approach to nuclear structure in isobar collisions

Chunjian Zhang (Stony Brook University)

25/01/2022, 13:10

Afternoon Session

15. Probe nuclear structure in Ultra-Peripheral collisions

Daniel Brandenburg (Brookhaven National Laboratory)

25/01/2022, 13:30

Afternoon Session

9. Discussion session: Are low-energy and high-energy measuring/calculating the same thing?

Bally Benjamin, Giuliano Giacalone (IPhT - Saclay)

25/01/2022, 14:00

14. Overview of octupole deformation: what is it, where it is expected

Luis Robledo (Universidad Autonoma de Madrid)

26/01/2022, 09:00

Morning session

12. An overview of neutron skin physics from nuclear structure and reaction: method and implications

Pawel Danielewicz (Michigan State University)

26/01/2022, 09:40

Morning session

16. Measuring neutron-skin thickness with forward/backward rapidity neutrons in ultracentral relativistic isobaric collisions

Jun Xu (Shanghai Advanced Research Institute, CAS)

26/01/2022, 10:20

Morning session

11. Hydrodynamics and Bayesian Inferences in isobar collisions

Wilke van der Schee (Utrecht University)

26/01/2022, 10:45

Morning session

10. LHC results and connection to nuclear structure

You Zhou (Niels Bohr Institute)

26/01/2022, 11:15

Morning session

13. Ab initio nuclear structure theory and connections to heavy-ion collisions

Dean Lee (Michigan State University)

26/01/2022, 12:00

Afternoon Session

7. Initial shape engineering via final state correlations in (isobar) system scan

Jacquelyn Noronha-Hostler (University of Illinois at Urbana-Champaign)

26/01/2022, 12:40

Afternoon Session

17. Nuclear structure in high and low energy heavy-ion collisions

Hannah Elfner (GSI, University Frankfurt)

26/01/2022, 13:10

Afternoon Session

19. Nuclear structure studies in heavy ion collisions at NICA

Grigory Nigmatkulov (National Research Nuclear University MEPhI)

26/01/2022, 13:35

Afternoon Session

18. Discussion session: Future opportunities for collaboration and experimental studies

Dean Lee (Michigan State University), Wilke van der Schee (Utrecht University)

26/01/2022, 14:00

what else could heavy-ion collisions measure?

21. Interplay of equilibrium and non-equilibrium components from dynamical core-corona towards the RHIC isobar collisions

Yuuka Kanakubo (Sophia University)

27/01/2022, 09:00

Morning session: Longitudinal dynamics and baryon stopping

22. Probing longitudinal dynamics in isobar collisions with a hybrid approach

Anna Schäfer (Frankfurt Institute for Advanced Studies)

27/01/2022, 09:30

Morning session: Longitudinal dynamics and baryon stopping

30. Effects of hydrodynamic and initial longitudinal fluctuations on rapidity decorrelation of collective flow

Azumi Sakai (Sophia University)

27/01/2022, 10:00

Morning session: Longitudinal dynamics and baryon stopping

23. Improving the AMPT model for isobar collisions

Zi-Wei Lin (East Carolina University)

27/01/2022, 10:20

Morning session: Longitudinal dynamics and baryon stopping

34. Trento initial condition for RHIC Isobar collisions

Weiyao Ke (Los Alamos National Laboratory)

27/01/2022, 10:50

Morning session: Longitudinal dynamics and baryon stopping

29. Comparing initial states of 96Ru+96Ru and 96Zr+96Zr collisions at 200 GeV using a LEXUS inspired model

Aritra De (University of Minnesota)

27/01/2022, 11:20

Morning session: Longitudinal dynamics and baryon stopping

24. Local charge/baryon conservation in isobar collision

Dmytro Oliinychenko (INT)

27/01/2022, 12:00

Afternoon session: Charge fluctuations, diffusion, and correlations

25. Charge fluctuations in isobar collisions and connections with lattice QCD

Volodymyr Vovchenko (Lawrence Berkeley National Laboratory)

27/01/2022, 12:30

Afternoon session: Charge fluctuations, diffusion, and correlations

26. Relativistic fluid dynamics of multiple conserved charges

Jan Fotakis (University of Frankfurt)

27/01/2022, 13:00

Afternoon session: Charge fluctuations, diffusion, and correlations

27. Balance function and charge fluctuations in the RHIC isobar collisions

Christopher Plumberg (University of Illinois at Urbana-Champaign)

27/01/2022, 13:30

Afternoon session: Charge fluctuations, diffusion, and correlations

41. Discussion on conserved charge fluctuations and correlations

Christopher Plumberg (University of Illinois at Urbana-Champaign), Vladimir Skokov (North Caroline State University / RBRC)

27/01/2022, 14:00

37. Machine learning of nuclear shape in heavy-ion collisions

LongGang Pang (Central China Normal University)

28/01/2022, 09:00

Session I

45. Longitudinal flow decorrelation with hydrodynamic fluctuations and nuclear deformation

Koichi Murase (Kyoto University)

28/01/2022, 09:30

Session I

33. Flow and Spin polarization at RHIC isobar run

Huichao Song (Peking University)

28/01/2022, 10:00

Session I

40. Interplay between nuclear structure and chiral magnetic effect in isobar collisions

Guo-Liang Ma (Fudan University)

28/01/2022, 10:30

Session I

47. The heavy ions are “preheated” prior to high-energy collisions

Edward Shuryak (Stony Brook)

28/01/2022, 11:00

Session I

38. EM fields in RHIC Isobar collisions

Zhangbu Xu (BNL)

28/01/2022, 11:50

Session II

46. Experimental overview on CME search in the RHIC Isobar systems

Prithwish Tribedy (BNL)

28/01/2022, 12:20

Session II

35. CME Baseline for RHIC Isobar Run

Shuzhe Shi (Stony Brook University)

28/01/2022, 13:00

Session II

42. Discussion: Improving background calculations for CME search

Jinfeng Liao (Indiana University), Shuzhe Shi (Stony Brook University)

28/01/2022, 13:30

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