Name: RBRC Workshop: Physics Opportunities from the RHIC Isobar Run
Start: 2022-01-25T08:30:00-05:00
End: 2022-01-28T17:30:00-05:00
Location: Virtual Event

Ab initio nuclear structure theory and connections to heavy-ion collisions (in session "Afternoon Session")

An overview of neutron skin physics from nuclear structure and reaction: method and implications (in session "Morning session")

Application of hydrodynamics in isobar collision (in session "Afternoon Session")

Balance function and charge fluctuations in the RHIC isobar collisions (in session "Afternoon session: Charge fluctuations, diffusion, and correlations")

Charge fluctuations in isobar collisions and connections with lattice QCD (in session "Afternoon session: Charge fluctuations, diffusion, and correlations")

CME Baseline for RHIC Isobar Run (in session "Session II")

Comparing initial states of 96Ru+96Ru and 96Zr+96Zr collisions at 200 GeV using a LEXUS inspired model (in session "Morning session: Longitudinal dynamics and baryon stopping")

Discussion on conserved charge fluctuations and correlations

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

Discussion session: Future opportunities for collaboration and experimental studies

Discussion: Improving background calculations for CME search

Effects of hydrodynamic and initial longitudinal fluctuations on rapidity decorrelation of collective flow (in session "Morning session: Longitudinal dynamics and baryon stopping")

EM fields in RHIC Isobar collisions (in session "Session II")

Experimental overview on CME search in the RHIC Isobar systems (in session "Session II")

Flow and Spin polarization at RHIC isobar run (in session "Session I")

Hydrodynamics and Bayesian Inferences in isobar collisions (in session "Morning session")

Imaging nuclear structure with hydrodynamics (in session "Morning session")

Improving the AMPT model for isobar collisions (in session "Morning session: Longitudinal dynamics and baryon stopping")

Initial shape engineering via final state correlations in (isobar) system scan (in session "Afternoon Session")

Interplay between nuclear structure and chiral magnetic effect in isobar collisions (in session "Session I")

Interplay of equilibrium and non-equilibrium components from dynamical core-corona towards the RHIC isobar collisions (in session "Morning session: Longitudinal dynamics and baryon stopping")

introduction and overview of nuclear shapes and radial structures (in session "Morning session")

LHC results and connection to nuclear structure (in session "Morning session")

Local charge/baryon conservation in isobar collision (in session "Afternoon session: Charge fluctuations, diffusion, and correlations")

Longitudinal flow decorrelation with hydrodynamic fluctuations and nuclear deformation (in session "Session I")

Machine learning of nuclear shape in heavy-ion collisions (in session "Session I")

Measuring neutron-skin thickness with forward/backward rapidity neutrons in ultracentral relativistic isobaric collisions (in session "Morning session")

Nuclear shape observables and methods (in session "Afternoon Session")

Nuclear structure in high and low energy heavy-ion collisions (in session "Afternoon Session")

Nuclear structure studies in heavy ion collisions at NICA (in session "Afternoon Session")

Overview of octupole deformation: what is it, where it is expected (in session "Morning session")

Probe nuclear structure in Ultra-Peripheral collisions (in session "Afternoon Session")

Probing longitudinal dynamics in isobar collisions with a hybrid approach (in session "Morning session: Longitudinal dynamics and baryon stopping")

Quantum-number projection technique for nuclear structure (in session "Morning session")

Realistic nucleon configuration for heavy-ion initial-state (in session "Afternoon Session")

Relativistic fluid dynamics of multiple conserved charges (in session "Afternoon session: Charge fluctuations, diffusion, and correlations")

RHIC isobar results and implication on nuclear structure (in session "Morning session")

Scaling approach to nuclear structure in isobar collisions (in session "Afternoon Session")

The heavy ions are “preheated” prior to high-energy collisions (in session "Session I")

Trento initial condition for RHIC Isobar collisions (in session "Morning session: Longitudinal dynamics and baryon stopping")

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RBRC Workshop: Physics Opportunities from the RHIC Isobar Run