Cover Picture: Supramolecular Nanopatterns of Molecular Spoked Wheels with Orthogonal Pillars: The Observation of a Fullerene Haze (Angew. Chem. Int. Ed. 52/2021)
Graphical Abstract
A modular synthetic approach paves the way to nanoscale platform molecules for supramolecular graphite surface patterns at the solid/liquid interface, studied by scanning tunnelling microscopy and simulated by GFN-FF calculations. In their Communication on page 27264, Stefan Grimme, Stefan-S. Jester, Sigurd Höger et al. show that the fullerene ester performs a tumbling motion that translates as a “haze” in the otherwise submolecularly resolved images.
A modular synthetic approach paves the way to nanoscale platform molecules for supramolecular graphite surface patterns at the solid/liquid interface, studied by scanning tunnelling microscopy and simulated by GFN-FF calculations. In their Communication on page 27264, Stefan Grimme, Stefan-S. Jester, Sigurd Höger et al. show that the fullerene ester performs a tumbling motion that translates as a “haze” in the otherwise submolecularly resolved images.
Electrocatalysis
Helical Superstructures
Nanostructures
