Seminars and Journal Clubs
Pheno club - Effective field theory for top quark physics at NLO accuracy
by
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Europe/Brussels
E/3rd floor-E.361 - Meeting room (E.361) (Marc de Hemptinne (chemin du Cyclotron, 2, Louvain-la-Neuve))
E/3rd floor-E.361 - Meeting room (E.361)
Marc de Hemptinne (chemin du Cyclotron, 2, Louvain-la-Neuve)
15
Description
Top quark processes potentially suffer from a large uncertainty at leading order in QCD. To search for new physics in top quark processes, it is desirable to have a model-independent approach at the NLO accuracy. Effective field theory provides a framework in which the radiative corrections to new interactions can be consistently included, but the analysis can be complicated due to operator mixing effects. I will discuss the effective field theory approach to top-quark physics, with a focus on NLO calculation. In particular I will discuss its applications in precision electroweak tests, top-quark decay processes and top-quark FCNC production.