Abstract
The problem of the production of short-lived (broad) baryonic resonances in central collisions of relativistic heavy nuclei is considered. It is shown that the available experimental data on this process can be reproduced in the framework of the previously proposed general approach, which describes the production of hadrons in the final state via the coalescence of a proper minimum set of massive dynamical quarks and was successfully applied to the production of long-lived hadrons and short-lived meson resonances. The results can be considered as a prediction of results expected in similar LHC experiments.
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