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2020

Centrality fluctuations and decorrelations in heavy-ion collisions

Jia, Jiangyong, Zhang, Chunjian, Xu, Jun

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The centrality or the number of initial-state sources $V$ of the system produced in heavy ion collision is a concept that is not uniquely defined and subject to significant theoretical and experimental uncertainties.

We argue that a more robust connection between the initial-state sources with final-state multiplicity could be established from the event-by-event multiplicity correlation between two subevents separated in pseudorapidity, $N_a$ vs $N_b$.
This correlation is sensitive to two main types of centrality fluctuations (CF): 1) particle production for each source $p(n)$ which smears the relation between $V$ and $N_a$ used for experimental centrality, and 2) decorrelations between the sources in the two subevents $V_b$ and $V_a$.
The CF is analyzed in terms of cumulants of $V_b$ and $N_b$ as a function of $N_a$, i.e.

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