Understanding how molecules interact to form large-scale hierarchical structures on
surfaces holds promise for building designer nanoscale constructs with defined chemical …

This tutorial review is intended to reflect the progress in constructing functional low-
dimensional molecular nanostructures on surfaces through hierarchical self-assembly …

This review aims at giving the readers the basic concepts needed to understand two-
dimensional bimolecular organizations at the vacuum–solid interface. The first part …

Water, as one of the most important and indispensable small molecules in vivo, plays a
crucial role in driving biological self-assembly processes. Real-space detection and …

The importance of identifying DNA bases at the single‐molecule level is well recognized for
many biological applications. Although such identification can be achieved by electrical …

The self-assembly of flat organic molecules on metal surfaces is controlled, apart from the
kinetic factors, by the interplay between the molecule–molecule and molecule–surface …

The ability of molecules to self-assemble into larger nanoscale structures is an important
research area owing to its potential impact on future nanotechnological devices.[1] Many …

The efficient removal of pollutants from different environments has been one of the great
challenges for scientists in recent years. However, the understanding of the mechanisms …

The improvement in current materials science has prompted a developing need to capture
the peculiarities that determine the properties of materials and how they are processed on …

The self‐assembly of small organic molecules interacting via non‐covalent forces is a viable
approach towards the construction of highly ordered nanostructured materials. Among …