1.

Learning the latent structure of collider events

We described a technique of Latent Dirichlet Allocation to learn the underlying structure of high energy particle collider events directly from the data.

COBISS.SI-ID: 36636419

2.

Z[sub]b tetraquark channel from lattice QCD and Born-Oppenheimer approximation

We established that the existence of the exotic tetraquarks Zb = b-bar bdu-bar is related to the significant attraction between mesons B and B*-bar at small distances.

COBISS.SI-ID: 14970883

3.

Multifield polygonal bounces

We developed a fast and robust method to compute the probability of nucleating an energetically favorable bubble of vacuum, both in quantum and thermal field theories, which may controls the production of gravitational waves, baryogenesis and primordial magnetic fields.

COBISS.SI-ID: 32246055

4.

Angular distributions of B[bar] [to] D[sup]([ast])l[nu][bar][sub]l decays and search of New Physics

We derived the expressions for the full angular distributions of B › Dl?l and B › D*l?l decays and discuss the spectra on each angle separately.

COBISS.SI-ID: 3349860

5.

Muon g - 2 and scalar leptoquark mixing

We have explain (g-2)µ,e using leptoquarks and considered impact of new physics in b›sµµ transitions on B›K(*)?? and K›???.

COBISS.SI-ID: 20330243