Collider Physics: Advanced Topics

Lecturer: F. Maltoni (Full Professor, DIFA)

Duration: 12 hours in May

Programme:

Colliders provide a controlled environment where to study fundamental interactions at scales of the TeV and beyond. In this course, we will cover the principles, the main results, and the  techniques that are currently used to make accurate predictions in the SM and beyond. Examples and applications in the context of the search of new physics connected with the Higgs boson and top quark will be given, in particular on the SMEFT. 

Prerequisites (either):

  • 89763 - Theory of the Standard Model (or equivalent)
  • 87984 - Phenomenology of the Standard Model (or equivalent)