  Different types of high energy hard probes are used to extract the jet
transport properties of the Quark-Gluon Plasma created in heavy-ion collisions,
of which the heavy boson tagged jets are undoubtedly the most sophisticated due
to its clean decay signature and production mechanism. In this study, we used
the resummation improved pQCD approach with high order correction in the hard
factor to calculate the momentum ratio $x_J$ distributions of $Z$ and
Higgs($H$) tagged jets. We found that the formalism can provide a good
description of the 5.02 TeV $pp$ data. Using the BDMPS energy loss formalism,
along with the OSU 2+1D hydro to simulate the effect of the medium, we
extracted the value of the jet transport coefficient to be around
$\hat{q}_0=4\sim8~GeV^2/fm$ by comparing with the $Z$+jet $PbPb$ experimental
data. The $H$+jet $x_J$ distribution were calculated in a similar manner in
contrast and found to have a stronger Sudakov effect as compared with the
$Z$+jet distribution. This study uses a clean color-neutral boson as trigger to
study the jet quenching effect and serves as a complimentary method in the
extraction of the QGP's transport coefficient in high energy nuclear
collisions.
