Dynamical bottomonium-suppression in a realistic AA background
Gossiaux Pol Bernard, Katz Roland
TL;DR
This paper improves a dynamical quantum approach to study how bottomonium states are suppressed in heavy-ion collisions, incorporating feed-down effects and providing updated suppression measurements across collision centralities.
Contribution
It introduces refinements to the Schroedinger-Langevin scheme to include feed-downs and offers new predictions for bottomonium suppression in realistic AA collision backgrounds.
Findings
Updated R_AA results as a function of centrality
Inclusion of feed-down effects in suppression modeling
Refined dynamical scheme for quarkonium suppression
Abstract
We refine our dynamical Schroedinger-Langevin scheme designed for dealing with the suppression of quarkonium states in URHIC in order to allow for feed-downs from higher states and present updated results for the as a function of the centrality.
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Taxonomy
TopicsQuantum Chromodynamics and Particle Interactions · Particle physics theoretical and experimental studies · High-Energy Particle Collisions Research