  We study the influence of in-medium transverse momentum broadening on
observables of jet pairs produced in nuclear collisions. These dijets were
obtained numerically via the Monte-Carlo simulations of nuclear collisions,
where the partons within the colliding nuclei were described via unintegrated
parton densities, and their subsequent propagation within the medium of a
quark-gluon plasma (QGP). For jet-evolution in the QGP both, kicks transverse
to the momentum of the incoming particle as well as medium induced radiation
were considered. After favorable comparison of our results with experimental
LHC-data on jet-quenching we make predictions for the decorrelation of dijets.
In particular, we study deviations from a transverse momentum broadening that
follows a Gaussian distribution.
