Background effects from local baryon conservation, hadronic annihilation, and feed-down can account for the measured Lambda-proton azimuthal correlators, complicating the search for the chiral vortical effect.
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Assessing background effects in search of the chiral vortical effect in relativistic heavy-ion collisions
Background effects from local baryon conservation, hadronic annihilation, and feed-down can account for the measured Lambda-proton azimuthal correlators, complicating the search for the chiral vortical effect.