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The hierarchical transfer of chirality in nature, from the nano‐, to meso‐, to macroscopic length scales, is very complex, and as of yet, not well understood. In their Full Paper on page 7205 ff., E. C. H. Sykes et al. describe the self‐assembly of an asymmetric, polyaromatic hydrocarbon that forms complex 2D chiral architectures as a function of molecular packing density when adsorbed on a copper...
The hierarchical transfer of chirality in nature, from the nano‐, to meso‐, to macroscopic length scales, is very complex, and as of yet, not well understood. The advent of scanning probes has allowed chirality to be monitored at the single molecule or monolayer level and has opened up the possibility to track enantiospecific interactions and chiral self‐assembly with molecular‐scale detail. This...
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