Speaker
Jorge Martin Camalich
(Inst. Astrophys. of Canary Islands (ES))
Description
I will discuss the crossing-symmetry relation between b→cτν¯ decay and bc¯→τν¯ scattering. At low energies, this allows one to correlate New Physics contributions to the semitauonic B decays to the B(c) lifetime. At high energies, one derives direct correlations to the mono-tau signature at the LHC (pp→τhX + MET). I will discuss the impact of these considerations in New Physics explanations addressing the R(D*) anomalies and, more in general, the potential of the LHC to provide relevant inputs for Flavor Physics.
Author
Jorge Martin Camalich
(Inst. Astrophys. of Canary Islands (ES))
