A low-temperature scanning tunneling microscope was employed to study the differential
conductance in an atomic junction formed by an adsorbed Co atom on a Cu (100) surface …

A low-temperature scanning tunneling microscope is employed to build a junction
comprising a Co atom bridging a copper-coated tip and a Cu (100) surface. An Abrikosov …

The Kondo effect of a Co atom on Cu (100) was investigated with a low-temperature
scanning tunneling microscope using a monoatomically sharp nickel tip. Upon a tip-Co …

As a representative Kondo system, consisting of a magnetic atom adsorbed on a metal
surface, we consider a Co adatom on a Cu (111) surface. We introduce general expressions …

Recent experimental advances in scanning tunneling microscopy make the measurement of
the conductance spectra of isolated and magnetically coupled atoms on nonmagnetic …

Manifestations of the Kondo effect on an atomic length scale on and around a magnetic
atom adsorbed on a nonmagnetic metal surface differ depending on which spectroscopic …

Co single atom junctions on copper surfaces are studied by scanning tunneling microscopy
and ab initio calculations. The Kondo temperature of single cobalt atoms on the Cu (111) …

Manifestations of the Kondo effect on an atomic length scale on and around magnetic atoms
adsorbed on a nonmagnetic metal surface differ depending on which spectroscopic mode …

We investigate the bias dependence of the tunneling conductance between a spin-polarized
(SP) scanning tunneling microscope (STM) tip and the surface conduction states of a normal …

Several interesting phenomena can be observed when we measure the tunneling current in
the vicinity of a magnetic atom adsorbed on a metal surface with a scanning tunneling …