Surfaces are at the frontier of every known solid. They provide versatile supports for
functional nanostructures and mediate essential physicochemical processes. Intimately …

Quantum effects that arise from confinement of electronic states have been extensively
studied for the surface states of noble metals. Utilizing small artificial structures for …

The on‐surface polymerization of 1, 3, 6, 8‐tetrabromopyrene (Br4Py) on Cu (111) and Au
(111) surfaces under ultrahigh vacuum conditions was investigated by a combination of …

Halogen bonding (HB) has emerged as a promising route for designing supramolecular
assemblies due to its directional nature and versatility in modifying interactions through the …

The Shockley surface state on Cu (111) reacts sensitively to the perturbation by molecular
adsorbates on the surface. In the porous structure of a metal-coordinated molecular network …

We report on the formation of a two-dimensional supramolecular Kondo lattice made of
organic molecules comprising only C, N, and H atoms, namely metal-free phthalocyanines …

Quantum dot arrays in the form of molecular nanoporous networks are renowned for
modifying the electronic surface properties through quantum confinement. Here we show …

On-surface metal-organic nanoporous networks generally refer to adatom coordinated
molecular arrays, which are characterized by the presence of well-defined and regular …

The development of quantum architectures, aimed to be employed, eg, in sensors and
information technologies, relies upon the detailed understanding of the cooperative …

Stereospecific access to the unprecedented P–B–P bridged [3] ferrocenophane Fe
(C5H4PtBu) 2BMes is presented. In contrast to acyclic ferrocenylphosphanes, we find …