… monolayer formation, in particular at the solid–liquid interface.[9, 10] While the formation of
single-component self-assembled monolayers and … (2D) architectures been proposed. In this …

… Our results show that the architecture of the stabilizing shell controls the adsorption behavior
of NPs at liquid interfaces. In particular, we found that NPs stabilized by rigid dendritic PEG …

… so we will not cover the supramolecular hydrogen-bonding architectures at the monolayer-solution
interface investigated by Ringsdorf, and by Kunitake, together with their co-workers. …

… unique capability of visualizing in situ monolayers with submolecular resolution, … liquid
interface. This is true even when only one molecular module is used to generate 2D architectures …

… to form complex 2D architectures starting from properly … BTB monolayers at the HOPG-saturated
solution interface consist of two different non-densely-packed polymorphic architectures. …

… microgels at the liquid interface. (a) AFM height images showing the monolayer microstructure
at … Here, we evidenced that the monolayer response at low compression is similar for all …

… of supramolecular architecture prepared … interface (Scheme 1): first, monolayer arrangements
of amphiphilic molecules at the air−liquid interface and interaction between the monolayer …

… from the molecular architecture of each individual particle. Thus, by tailoring the morphology
that the microgels assume at the liquid interface via their molecular architecture, we are …

… and amphiphiles to form uniform nanofilm architectures. However, its applicability … monolayer
of fullerene C 60 –ethylenediamine was prepared at the microscopic liquid–liquid interface …

… adopted in our lab to induce chirality in monolayers formed by achiral molecules. … will largely
depend on whether or not these 2D architectures could be integrated into real-life functional …