Using pp collision data corresponding to an integrated luminosity of 8.5 fb-1 recorded by the
LHCb experiment at center-of-mass energies of s= 7, 8, and 13 TeV, the observation of an …

We investigate the phase diagram of the two-dimensional tJ model using a recently
developed Green's function Monte Carlo method for lattice fermions. We use the technique …

Two-dimensional tJ model is studied by a variational Monte Carlo method, using Gutzwiller-
Jastrow-type wave functions. Various kinds of superconducting pairing symmetries are …

Numerical and analytical studies of several models of correlated electrons are discussed.
Based on exact diagonalization and variational Monte Carlo techniques, we have found …

Recent experiments performed on cuprates and alkali-doped fullerides have demonstrated
that key signatures of superconductivity can be induced above the equilibrium critical …

We examine the ground-state phase diagram of the tJ model in one dimension by means of
the density matrix renormalization group. This model is characterized by a rich phase …

Production of the doubly heavy-flavored hadrons (B c meson, doubly heavy baryons Ξ cc, Ξ
bc, Ξ bb, their excited states, and antiparticles of them as well) at e+ e-colliders is …

We extend earlier investigations of heavy-light pseudoscalar mesons to the vector case,
using a simple model in the context of the Dyson-Schwinger-Bethe-Salpeter approach. We …

We show that the Kondo chain away from half filling has a spin gap upon the introduction of
an additional direct Heisenberg coupling between localized spins. This is understood in the …

We establish compelling evidence for the existence of new quasi-one-dimensional
descendants of the d-wave Bose liquid (DBL), an exotic two-dimensional quantum phase of …