Progress in the fabrication of nanometre-scale electronic devices is opening new
opportunities to uncover deeper aspects of the Kondo effect—a characteristic phenomenon …

We investigate the effects of spin–orbit interaction (SOI) and valley mixing on the transport
and dynamical properties of a carbon nanotube (CNT) quantum dot in the Kondo regime. As …

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 …

By means of ab initio calculations we study the effect of O doping of Au chains containing a
nanocontact represented by a Ni atom as a magnetic impurity. In contrast to pure Au chains …

The current I through nickelocene molecules and its noise are measured with a low-
temperature scanning tunneling microscope on a Cu (100) substrate. Density functional …

A system of two quantum dots attached to external electrodes is considered theoretically in
the orbital Kondo regime. In general, the double dot system is coupled via both Coulomb …

Correlation effects on electron transport through a system of T-shaped double-dots are
investigated, for which only one of the dots is directly connected to the leads. We evaluate …

The Kondo effect and superconductivity are both prime examples of many-body
phenomena. Here we report transport measurements on a carbon nanotube quantum dot …

Molecular electronic devices currently serve as a platform for studying a variety of physical
phenomena only accessible at the nanometer scale. One such phenomenon is the highly …

Advances in molecular electronics depend on the ability to control the charge and spin of
single molecules at the interface with a metal. Here we show that bonding of metal–organic …