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 …

Electron acceptor molecules adsorbed on nanostructured graphene grown on Ru (0001)
were investigated by low temperature scanning tunneling microscopy and spectroscopy (LT …

The Kondo effect, a widely studied phenomenon in which the scattering of conduction
electrons by magnetic impurities increases as the temperature T is lowered, depends …

We study the Kondo effect of a single magnetic adatom on the surface of graphene. The
unique linear dispersion relation near the Dirac points in graphene makes it easier for the …

Kondo resonances in heterostructures formed by magnetic molecules on a metal require
free host electrons to interact with the molecular spin and create delicate many-body states …

We have studied the effect of dynamical correlations on the electronic structure of single Co
adatoms on graphene monolayers with a recently developed method for nanoscopic …

We investigate the many-body effects of a magnetic adatom in ferromagnetic graphene by
using the numerical renormalization group method. The nontrivial band dispersion of …

The design of a spin imbalance within the crystallographic unit cell of bottom-up engineered
1D graphene nanoribbons (GNRs) gives rise to nonzero magnetic moments within each cell …

Graphene is extremely sensitive to its environment: such sensitivity can be exploited for
sensing applications as well as for adatom-based engineering of material properties …

The Kondo effect is one of the most widely studied many-body phenomena. Magnetic
impurity decorated graphene is predicted to exhibit the Kondo effect with intriguing …