The successive spectral evolution of the Kondo resonance state was investigated from a
single iron (II) phthalocyanine molecule to the two-dimensional lattice on Au (111) by …

We report the manipulation of a Kondo resonance originating from the spin-electron
interactions between a two-dimensional molecular assembly of TBrPP-Co molecules and a …

The Kondo effect caused by the adsorption of iron phthalocyanine (FePc) on Au (111) was
investigated by the combination of density functional theory and a numerical renormalization …

In the scanning tunnelling microscope, the many-body Kondo effect leads to a zero-bias
feature of the differential conductance spectra of magnetic adsorbates on surfaces. The …

Manipulating the Kondo effect by quantum confinement has been achieved by placing
magnetic molecules on silicon-supported nanostructures. The Kondo resonance of …

Kondo resonances are a very precise measure of spin-polarized transport through magnetic
impurities. However, the Kondo temperature, indicating the thermal range of stability of the …

When an asymmetric double dot is hybridized with itinerant electrons, its singlet ground state
and lowly excited triplet state cross, leading to a competition between the Zhang-Rice …

The Kondo effect offers an important paradigm to understand strongly correlated many-body
physics. Although under intensive study, some of the important properties of the Kondo …

We report that the Kondo effect exerted by a magnetic ion depends on its chemical
environment. A cobalt phthalocyanine molecule adsorbed on an Au (111) surface exhibited …

It has been shown that by distorting a CoPc molecule adsorbed on a Au (111) surface a
Kondo effect is induced with a temperature higher than 200 K. We examine a model in which …