Supramolecular engineering comprises the design, synthesis and self-assembly of well-
defined molecular modules into tailormade architectures. The incorporation of functional …

Amphiphilicity is one of the molecular bases for self‐assembly. By tuning the amphiphilicity
of building blocks, controllable self‐assembly can be realized. This article reviews different …

Abstract van der Waals heterostructures, composed of vertically stacked inorganic 2D
materials, represent an ideal platform to demonstrate novel device architectures and to …

Achieving full, nanometer-scale control over the positioning and organization of molecules
into monolayers at surfaces represents a major challenge, with potential interest in the field …

2D supramolecular self-assembly has emerged as a powerful tool in nanoscience for bottom-
up fabrication of well-defined and long-range ordered two-dimensional (2D) molecular …

Nanotechnology is touted as the next logical sequence in technological evolution. This has
led to a substantial surge in research activities pertaining to the development and …

Self-assembly has proven to be a powerful tool for the construction of complex
superstructures. The assembly of monomers into supramolecular architectures via non …

In this paper, we survey recent advances in the self-assembly processes of novel functional
platforms for nanomaterials and biomaterials applications. We provide an organized …

Controlling the organization of molecular building blocks at the nanometer level is of utmost
importance, not only from the viewpoint of scientific curiosity, but also for the development of …

The use of self-assembly to fabricate surface-confined adsorbed layers (adlayers) from
molecular components provides a simple means of producing complex functional surfaces …