Porphyrins are variously substituted tetrapyrrolic macrocycles, with wide-ranging biological
and chemical applications derived from metal chelation in the core and the 18π aromatic …

A critically important process in catalysis is the formation of an active catalyst from the
combination of a metal precursor and a ligand, as the efficacy of this reaction governs the …

Molecular interfaces formed between metals and molecular compounds offer a great
potential as building blocks for future opto‐electronics and spintronics devices. Here, a …

Nature has long been a dominant source of inspiration in the area of chemistry, serving as
prototypes for the design of materials with proficient performance. In this Feature article, we …

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

In this study, the magnetic anisotropy of metal complexes is explored for its crucial role in the
development of molecular materials for cutting-edge applications in spintronics, memory …

On-surface molecular functionalization paved the way for the stabilization of chelated ions in
different oxidation and spin states, allowing for the fine control of catalytic and magnetic …

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 …

Due to its unique magnetic properties offered by the open‐shell electronic structure of the
central metal ion, and for being an effective catalyst in a wide variety of reactions, iron …

We present a multitechnique investigation of the structural and electronic properties of the
prototypical system composed by ultra-thin films of magnetic molecules [Co-tetraphenyl …