Spectral densities encode nonperturbative information that enters the calculation of a
plethora of physical observables in strongly coupled field theories. Phenomenological …

We report the findings of our extensive study of the spectra of flavored mesons in lattice
gauge theories with symplectic gauge group and fermion matter content treated in the …

We provide the first extensive, numerical study of the nontrivial problem of mixing between
flavor-singlet composite states emerging in strongly coupled lattice field theories with matter …

A bstract Strong dynamics for composite Higgs models predict spin-1 resonances which are
expected to be in the same mass range as the usually considered top-partners. We study …

Experimental searches for vector-like quarks have until now only considered their decays
into Standard Model particles. However, various new physics scenarios predict additional …

We develop a bottom-up holographic model that provides the dual description of a strongly
coupled field theory, in which the spontaneous breaking of an approximate global symmetry …

We measure the masses of the pseudoscalar flavour-singlet meson states in the $ Sp (4) $
gauge theory coupled to two Dirac fermions transforming in the fundamental representation …

We report progress on our lattice calculations for the mass spectra of low-lying composite
states in the Sp (4) gauge theory coupled to two and three flavors of Dirac fermions …

The hypothesis that dark matter could be a bound state of a strongly coupled non-Abelian
gauge theory is theoretically appealing and has a variety of interesting phenomenological …

Spectral densities encode non-perturbative information crucial in computing physical
observables in strongly coupled field theories. Using lattice gauge theory data, we perform a …