Magnetic sandwich complexes are of particular interest for molecular spintronics. Using
scanning tunneling microscopy, we evidence the successful deposition of 1, 3, 5-tris (η6 …

An extensive redistribution of spin density in TBrPP-Co molecules adsorbed on a Cu (111)
surface is investigated by monitoring Kondo resonances at different locations on single …

Interconnected molecular magnetic centers on metallic surfaces are of interest for molecular
spintronics. Complexes composed of two or three cobaltocene units linked by naphthalene …

The spin state of single magnetic atoms and molecules at surfaces is of fundamental interest
and may play an important role in future atomic-scale technologies. We demonstrate the …

A single molecule offers to tailor and control the probing capability of a scanning tunneling
microscope when placed on the tip. With the help of first-principles calculations, we show …

We report a combined experimental and theoretical study of the Kondo effect in a series of
binuclear metal-organic complexes of the form [(Me (hfacac) 2) 2 (bpym)] 0, with Me= nickel …

Iron atoms adsorbed on a Cu (111) surface and buried under polyphenyl dicarbonitrile
molecules exhibit strongly spatial anisotropic Kondo features with directionally dependent …

Using a state-of-the art combination of density functional theory and impurity solver
techniques, we present a complete and parameter-free picture of the Kondo effect in the …

Surface magnetism has been one of the platforms to explore the magnetism in low
dimensions. It is also a key component for the development of quantum information …

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 …