The local electronic structure due to the adsorption of Co on Cu (111) is studied using an
embedded cluster model, in which the crystal background is taken into account via an …

We report an ab initio study of the Kondo states formed from a Co adatom on Cu (111) and
Cu (100). The model consists of a CoCu n cluster (n= 5–19) embedded in (111) and (100) …

The Kondo resonance induced by a single cobalt adatom interacting with a ferromagnetic
iron nanocluster is measured using low-temperature scanning tunneling microscopy. The …

Abstract The Kondo resonance of Co adatoms on the Cu (100) and Cu (111) surfaces has
been studied by scanning tunneling spectroscopy. We demonstrate the scaling of the Kondo …

The Kondo response of single Co adatoms on a nanostructured Cu (110)-O stripe phase is
studied using scanning tunneling spectroscopy (STS) and first-principles calculations. The …

The Kondo effect, one of the first recognized correlation phenomena in condensed-matter
physics, has regained attention because of scanning tunnelling spectroscopy (STS) …

Embedded correlated wavefunction (ECW) theory is used to characterize the Kondo states
formed by Co atoms adsorbed on Ag (111) and Ag (100). Clusters containing the adatom …

We report density functional theory plus exact diagonalization of the multiorbital Anderson
impurity model calculations for the Co adatom on the top of a Cu (001) surface. For the Co …

We develop a microscopic theory of the single impurity Kondo effect on a metallic surface.
We calculate the hybridization energies for the Anderson Hamiltonian of a magnetic impurity …

Using the numerical renormalization group method, we study the splitting of the Kondo
resonance by a magnetic field applied in different directions in the Kondo model for …