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 …

In this review, we present an up-to-date account of various two-dimensional molecular
porous networks that possess periodically arranged voids of different symmetries. These …

The confinement of Ag (111) surface-state electrons by self-assembled, nanoporous metal-
organic networks is studied using low-temperature scanning tunneling microscopy and …

Quantum confinement of a two-dimensional electron gas by supramolecular nanoporous
networks is investigated using the boundary elements method based on Green's functions …

This tutorial review addresses the formation and properties of surface-confined molecular
networks as revealed with scanning probe microscopy tools, especially scanning tunneling …

The self-assembly of molecular building blocks on surfaces has been widely employed to
produce well-defined, twodimensional (2D) molecular networks.[1] Especially, molecular …

The formation of 2D surface‐confined supramolecular porous networks is scientifically and
technologically appealing, notably for hosting guest species and confinement phenomena …

Nanoscale confinement of adsorbed CO molecules in an anthraquinone network on Cu
(111) with a pore size of≈ 4 nm arranges the CO molecules in a shell structure that …

We report on the construction of well-defined surface quantum well arrangements by
combining self-assembly protocols and molecular manipulation procedures. After the …

Supramolecular assembly and on-surface synthesis are two widely-used methods for
constructing low-dimensional molecular nanostructures on surfaces. Here we describe an …