We apply supramolecular assembly to control the adsorption configuration of Co-porphyrin
molecules on Au (111) and Cu (111) surfaces. By means of cryogenic scanning tunneling …

We investigated the Kondo effect of cobalt (II)-5-15-bis (4′-bromophenyl)-10, 20-bis (4′-
iodophenyl) porphyrin (CoTPPBr2I2) molecules on Au (111) with low-temperature scanning …

Controlling and sensing spin states of magnetic molecules at the single-molecule level is
essential for spintronic molecular device applications. Here, we demonstrate that spin states …

We use a combination of first-principles many-body methods and the numerical
renormalization-group technique to study the Kondo regime of cobalt-porphyrin compounds …

Using cryogenic scanning tunneling microscopy, we measured the electronic states and
Kondo resonance of single Fe (II)-porphyrin molecules adsorbed on a Au (111) surface with …

Controlling spin interactions in magnetic-molecules/metal is essential for spintronic
applications. Recent studies showed that using small molecule coordination, one could …

Adsorption of magnetic transition metal atoms on a metal surface leads to the formation of
Kondo states at the atom/metal interfaces. However, the significant influence of surrounding …

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 …

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

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 …