Nanographene-based magnetism at interfaces offers an avenue to designer quantum
materials towards novel phases of matter and atomic-scale applications. Key to spintronics …

In this work, we study the quantum transition taking place when titanium phthalocyanine
molecules are adsorbed on a copper's surface. Submitted to thermal annealing, depending …

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 …

Controlling the spin of metal atoms embedded in molecular systems is a key step toward the
realization of molecular electronics and spintronics. Many efforts have been devoted to …

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 …

Low-temperature scanning tunneling spectroscopy reveals that the Kondo temperature TK of
Co atoms adsorbed on Cu/Co/Cu (100) multilayers varies between 60 and 134 K as the Cu …

[Mn (I)(CO) 3 (triphyrin)] was investigated on Au (111) with a low-temperature scanning
tunneling microscope. The complex is intact in the adsorbed state, but the CO ligands may …

It has been suggested that a zero-bias conductance peak in quantum wires signifies the
presence of Kondo spin-correlations, which might also relate to an intriguing one …

Over the past decades, construction of nanoscale electronic devices with novel
functionalities based on low-dimensional structures, such as single molecules and two …

Embedding metal clusters in surface-supported metal-organic frameworks gives rise to
multinuclear metal-organic coordination structures (MMOCs). The controllable …