  We present results and predictions at next-to-leading order for the recent
LHC lead-lead run at a center-of-mass energy of 2.76 TeV per nucleon-nucleon
pair. Specifically, we focus on the suppression the single and double inclusive
jet cross sections and demonstrate how the di-jet asymmetry, recently measured
by ATLAS and CMS, can be extracted from this general result. The case of jets
tagged by an electroweak boson is exemplified by the $Z^0$+jet channel. We
predict a signature transition from enhancement to suppression of the tagged
jet related to the medium-induced modification of the parton shower. Finally,
we clarify the relation between the suppression of inclusive jets, tagged jets
and di-jets and the quenching of inclusive particles on the example of the
recent ALICE charged hadron attenuation data.
