In this Perspective we present a comprehensive study of the multiple reaction products of
metal-free porphyrins (2H-Ps) in contact with the rutile TiO2 (110) surface. In the absence of …

With their flexible oxidation and spin states, surface-supported metalloporphyrins are
attractive building blocks for tuneable, periodic spin interfaces. A technique to manipulate …

Electron injection into electrode-supported metal complexes allows for charge redistribution
within the molecule to be controlled. Here we show, for the first time, how the structural …

In this study, we focused on the design and analysis of maquettes of the direct band gap
semiconductor Zn1− x Bex oxide. We began by conducting a careful survey on its 60 new …

Porphyrins may easily meet the diverse requirements for their employment in a variety of
molecular-based nanodevices, extending from gas sensing to photochemistry, due to their …

Metalloporphyrins on interfaces offer a rich playground for functional materials and hence
have been subjected to intense scrutiny over the past decades. As the same porphyrin …

Porphyrins are promising multifunctional units particularly interesting for the realization of
molecular nanodevices. Their structural variety allows to create precursors suitable for the …

Bi-dimensional metal-organic frameworks (2D-MOF) are a relatively new class of materials
that are gaining particular interest in surface science. Their dimensionality naturally allows …