Speaker
Mr
Andreas Crivellin
(TTP Karlsruhe)
Description
Recent experimental results such as the D0 measurement of the dimuon
asymmetry in B_s decays hint at a flavor structure beyond that of the
standard CKM mechanism. This development puts the supersymmetric flavor
problem back on the agenda. I discuss an alternative to the widely studied
minimally flavor violating MSSM, which cannot explain a large CP phase in
B_s mixing: The smallness of the Yukawa couplings of the first two
generations suggests the idea that these coupling might be induced by
radiative corrections. This is possible within the MSSM where
sfermion-gaugino loops involving the trilinear A-terms can generate the
desired effective couplings. While this model of radiative flavour
violation can solve the SUSY CP and flavour problems, it is not completely
minimally flavor-violating. I discuss the phenomenological consequences of
this model in the quark sector. Strong constraints come from Kaon mixing
or b->s gamma and measurable effects in the rare Kaon decay K->pi nu nu
are expected.
Primary author
Mr
Andreas Crivellin
(TTP Karlsruhe)
