Carbon materials embedded with atomically dispersed metal sites have recently
demonstrated intriguing performance as electrocatalysts. However, it remains challenging to …

The rising prospects of mechanochemically assisted syntheses hold promise for both
academia and industry, yet they face challenges in understanding and, therefore …

The vast potential of organic materials for electronic, optoelectronic and spintronic devices
entails substantial interest in the fabrication of π-conjugated systems with tailored …

We assess the crucial role of tetrapyrrole flexibility in the CO ligation to distinct Ru‐
porphyrins supported on an atomistically well‐defined Ag (111) substrate. Our systematic …

Surface diffusion, molecular conformation, and on-surface coupling reactions are key
processes for building tailored molecular nanostructures such as graphene nanoribbons …

On-surface coupling reactions and molecular conformation are essential processes for
building tailored functional molecular nanostructures. Here, we study the thermal …

Large domains of two-dimensional supramolecular porous nanostructures are interesting for
various applications from electronics to biology. Here, we investigate the formation of Cu …

Functionalized porphyrins by introducing exotic atoms into their central cavities have
significant applications across various fields. As unique nanographenes, porphyrins …

Electron beams are versatile tools for nanoscale fabrication processes, however, the
underlying e-beam chemistry remains in its infancy. Through operando transmission …

Metal adatoms play a key role in surface diffusion, adsorption conformation, and self-
assembly of porphyrin molecules on metal surfaces. Herein, we study the specific influence …