Probing the mass effect of heavy quark jets in high-energy nuclear collisions
arXiv:2410.21834 · doi:10.1088/1674-1137/adb385
Abstract
The production of heavy quark (HQ) jets provides a new arena to address the mass effect of jet quenching in heavy-ion physics. This paper presents a theoretical study of HQ jet yield suppression in Pb+Pb collisions at the LHC and focuses on the energy loss of HQ jets produced by different mechanisms. The p+p baseline is carried out by the SHERPA generator, and the jet-medium interactions are described by the SHELL transport model, which considers the elastic and inelastic partonic energy loss in the quark-gluon plasma (QGP). In p+p collisions, our numerical results indicate that the HQ jets from gluon splitting (-jet) give the dominant contribution at high , and it shows more dispersive structures than the HQ-initiated one (-jet). In nucleus-nucleus collisions, our calculations are consistent with the inclusive and b-jet recently measured by the ATLAS collaboration, which suggests a remarkable manifestation of the mass effect of jet energy loss. As a result of the dispersive substructure, the -jet will lose more energy than the -jet in the QGP. Due to the significant contribution of -jet, the of c-jet will be comparable or even smaller than that of inclusive jet. To experimentally distinguish the -jet and -jet, we propose the event selection strategies based on their topological features and test the performances. By isolating the -jet and -jet, the jets initiated by heavy quarks, we predict that the order of their are in line with the mass hierarchy of energy loss. Future measurements on the of -jet and -jet will provide a unique chance to test the flavor/mass dependence of energy loss at the jet level.
arXiv comment12 pages, 12 figures. The version to be published in CPC
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