Add time:08/04/2019         Source:sciencedirect.com

We report a systematic study of Z+jet correlation in Pb+Pb collisions at the LHC by combining the next-leading-order matrix elements calculations with matched parton shower in Sherpa for the initial Z+jet production, and Linear Boltzmann transport Model for jet propagation in the expanding quark-gluon-plasma. Our numerical results can well explain CMS measurements on Z+jet correlation in Pb+Pb collisions: the shift of pT imbalance xjZ=pTjet/pTZ and their mean values, the suppression of the average number of jet partners per Z boson RjZ, as well as the modification of azimuthal angle correlations ΔϕjZ. We also demonstrate that high-order corrections play a significant role in the understanding of Z+jet correlations at high energies.

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