We outline a systematic strategy that should help in this decade to identify new physics (NP)
beyond the standard model (SM) by means of quark flavour violating processes, and thereby …

We define a new class of Z′ models with neutral flavor-changing interactions at tree level in
the down-quark sector. They are related in an exact way to elements of the quark mixing …

A bstract In view of the recent improved data on B s, d→ μ+ μ− and B d→ K* μ+ μ− we revisit
two simple New Physics (NP) scenarios analyzed by us last year in which new FCNC …

A bstract The B s→ μ+ μ− decay plays an outstanding role in tests of the Standard Model
and physics beyond it. The LHCb collaboration has recently reported the first evidence for …

A bstract The rare flavour-changing neutral current decay B s→ μ+ μ− is among the most
important indirect probes of new physics at the LHC, as it is strongly suppressed in the …

A bstract This study focuses on a combined analysis of various available inputs to constrain
the parameter spaces of a simplified dark matter (SDM) model featuring a spin-0 mediator …

A bstract We study renormalizable extensions of the standard model that contain vector-like
fermions in a (single) complex representation of the standard model gauge group. There are …

We stress the importance of precise measurements of rare decays $ K^+\rightarrow\pi^+\nu\
bar\nu $, $ K_L\rightarrow\pi^ 0\nu\bar\nu $, $ K_ {L, S}\to\mu^+\mu^-$ and $ K_ {L, S}\to\pi …

The next generation of experiments in particle physics will for the first time systematically test
flavor physics models based on flavon fields. Starting from the current quark-flavor …

A bstract The Large Hadron Collider (LHC) will directly probe distance scales as short as
10− 19 m, corresponding to energy scales at the level of a few TeV. In order to reach even …