Abstract:
The precision of the data collected at the Large Hadron Collider (LHC) demands an increasing theoretical accuracy at the multi-differential level to fully exploit the LHC potential. In this talk I present the first joint resummation for a double-differential kinematic observable involving a jet algorithm in hadronic collisions. I show how a direct space formulation provides guidance to obtain an elegant and compact formulation in impact-parameter space at NNLL accuracy. As a phenomenological application, I present matched results at the LHC for Higgs boson production and W+W- production at NNLL+NLO.