1.

General minimal flavor violation

We introduced the generalization of the minimal flavor violation, that is important for understanding the lack of signals of new physics in the low energy precision measurements.

COBISS.SI-ID: 22999335

2.

Smoking guns for on-shell new physics at the LHC

We relate model indepentently the signals of Higgs production and decay at Tevatron with the LHC results. The relations are valid in the case of heavy new physics but would be violated for light new physics.

COBISS.SI-ID: 23092519

3.

Discovering Higgs boson decays to lepton jets at hadron colliders

We developed a method that allows a discovery of Higgs decays to lepton jets at the LHC. This offers an unprecendented potential probe of dark sector.

COBISS.SI-ID: 24286759

4.

Implications of the dimuon CP asymmetry in B[sub](d,s) decays

We have detailed the implications of the dimuon anomaly measurement for the Bs,d mixing and new physics effects.

COBISS.SI-ID: 24286503

5.

Forward-backward asymmetry in tt[sup]- production from flavor symmetries

The forward backward asymmetry measurement can be explained using new physics contributions that are flavor symmetric and have no problems with flavor changing neutral currents.

COBISS.SI-ID: 24951847