Genova

• Extensions of the SM minimally realized.
• Neutrino mass generation in supersymmetric models.
• Computation of high-order perturbative coefficients in QCD.
• Spin structure of the nucleon.
• Stability of the electroweak ground state in the standard model and beyond.
• Automation of Monte Carlo simulations

Milano

• Development of the NNPDF parton distributions.
• Higher order QCD corrections and resummation.
• Interplay of strong and electroweak corrections.
• Monte Carlo studies of precision LHC observables.

Roma 3

• Higgs physics at the LHC in the Standard Model and in BSM.
• Precision Electroweak physics.
• Flavor physics in the quark sector.
• Participation in the UTfit Collaboration.
• Flavor physics in the leptonic sector.
• GUT models.
• Determination of the decay constants of heavy vector mesons.

Torino

• Higgs and LHC physics Infrared structure of perturbative QCD.
• Higher-order QCD corrections and resummation.
• Flavor physics.
• Automation of Monte Carlo simulations