The invention of the scanning tunneling microscope has led to the visualization of molecules
in real space on atomically flat conductive substrates. This has boosted research into …

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

One of the central challenges in nanotechnology is the development of flexible and efficient
methods for creating ordered structures with nanometre precision over an extended length …

We have modeled the adsorption of various substituted derivatives of benzene on a
graphene sheet, using a first-principles density functional theory− local density …

Through the illustration of key examples that have recently appeared in the literature, the
intention of this review is to provide a perspective of current advances on the molecular …

The properties of crystalline solids can to a large extent be derived from the scale and
dimensionality of periodic arrays of coupled quantum systems such as atoms and …

Self-assembly techniques allow for the fabrication of highly organized architectures with
atomic-level precision. Here, we report on molecular-level scanning tunneling microscopy …

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

Get it together: A four-component 2D crystal has been formed at a liquid-solid interface and
successfully visualized by scanning tunneling microscopy. Simply premixing the four …

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 …