Speaker
Jennifer Girrbach-Noe
(TUM-IAS)
Description
Flavour physics is a very powerful tool to test the Standard Model of particle physics (SM) and to search for new physics (NP). It can probe very short distance scales that are beyond the direct reach of the LHC without directly producing new heavy particles. In this talk Jennifer will first give a short introduction to flavour physics and then outline a strategy how to find NP with the help of flavour physics. Correlations between certain observables in different NP models play here a key role. With its rich phenomenology the flavour sector can help us to disentangle different models beyond the SM. This is demonstrated with some concrete examples, like correlations between B_{s,d} --> \mu^+\mu^-, B\to K^{(*)}\ell^+\ell^-$ and $B\to K^{(*)}\nu\bar\nu$. The question what is the highest resolution that we can get with flavour physics is also addressed.
