Control over molecular nanostructure is of the utmost importance in bottom-up strategies to
create functionalized surfaces for electronic devices and advanced materials. In this context …

The rapidly increasing research interest in nanodevices, including nanoelectronics, nano‐
optoelectronics, and sensing, requires the development of surface‐patterning techniques to …

A solid‐liquid interface is a unique environment for the construction of two‐dimensional
molecular assemblies as a bottom‐up approach towards functional surfaces. Scanning …

Two-dimensional molecular assemblies of benzothiadiazole-based fluorophores with liquid
crystalline properties (FHP-C14) have been investigated on a graphite surface in different …

New binary and ternary solid solutions formed by p-chlorobenzyl alcohol (p-ClBA), p-
bromobenzyl alcohol (p-BrBA) and their quasi-isostructural compound p-methylbenzyl …

The structural deformation of porous graphene (PG) under tensile stress and the diffusion
properties of H2, O2 and CO2 through PG under different strain conditions have been …

The greater structural versatility of two-dimensional polymeric nanosheets could be
available through the development of a bottom-up polymerization strategy compared with …

The self-assembly of macroscopic droplets on interfaces has attracted much attention and
shown promising potential in the field of materials as a sensing or delivery system. Herein …

A joint experimental and computational study is reported on the concentration‐dependant
self‐assembly of a flat C3‐symmetric molecule on a graphite surface. As a model system a …

Lithiated alkoxyallenes, nitriles, and carboxylic acids have been employed as precursors in
a three‐component reaction leading to highly substituted β‐alkoxy‐β‐ketoenamides. Upon …