`Resummation predictions for BSM particle production at the LHC'

Abstract:
Since the landmark discovery of the Higgs boson at the LHC, the focus
has been shifted towards Beyond the Standard Model theories that aim
to resolve the several issues of the Standard Model, including the
well-known supersymmetric theories as well as theories that extend the
SM gauge groups (e.g., GUTs). These models lead to the existence of
new particles that could be produced and detected at the LHC.
Resummation is an improvement over fixed-order perturbative QCD in
kinematical regions where predictions become unreliable. It solves the
convergence problems in those regions and improves the overall
precision of the computations.
We present in this work an application of the resummation formalism to
the production of electroweak supersymmetric particles as well as new
gauge bosons at the LHC by means of Resummino, a package dedicated to
precision calculations for BSM particle production at hadron
colliders.