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Self‐assembled monolayers of aromatic molecules on copper substrates can be converted into high‐quality single‐layer graphene using low‐energy electron irradiation and subsequent annealing. This two‐dimensional solid state transformation is characterized on the atomic scale and the physical and chemical properties of the formed graphene sheets are studied by complementary microscopic and spectroscopic...
The conversion of a biphenylthiol self‐assembled monolayer (BPT SAM) on copper into graphene via electron irradiation and annealing is described by Andrey Turchanin and co‐workers on page 4146. This 2D solid‐state reaction can be tuned by temperature, allowing the crystallinity of the graphene layers to be adjusted. It is feasible to create graphene structures of any 3D shape as molecular self‐assembly...
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