We revisit the theory of the Kondo effect observed by a scanning-tunneling microscope
(STM) for transition-metal atoms (TMAs) on noble-metal surfaces, including d and s orbitals …

Scanning probe microscopy (SPM) is a powerful tool to study the structure and dynamics of
molecules at surfaces and interfaces as well as to precisely manipulate atoms and …

Investigations of strongly correlated quantum impurity systems (QIS), which exhibit
diversified novel and intriguing quantum phenomena, have become a highly concerning …

We study the Kondo effect for a Σ c (Σ c*) baryon in nuclear matter. In terms of the spin and
isospin [SU (2) spin× SU (2) isospin] symmetry, the heavy-quark spin symmetry and the S …

We present a detailed investigation of spectroscopic features located at the central metal ion
of MnPc (where Pc represents phthalocyanine) on Ag (001) by means of scanning tunneling …

TCNQ molecules are used as a sensitive probe for the Kondo response of the electron gas
of a nanostructured graphene grown on Ru (0001) presenting a moiré pattern. All adsorbed …

The precise control of local spin states in magnetic organometallic molecules by means of a
mechanically controlled break junction (MCBJ) is a cutting edge frontier of single molecule …

Controlled construction of molecule-based nanostructures with specific spin-state ordering is
significant for design of spintronic devices and magnetic materials. Here, we report on the …

By moving individual Fe-porphyrin-based molecules with the tip of a scanning tunneling
microscope in the vicinity of the elbow of the herringbone-reconstructed Au (111) containing …

We calculate the nonequilibrium conductance of a system of two capacitively coupled
quantum dots, each one connected to its own pair of conducting leads. The system has been …