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Sub-Nanometer Width Armchair Graphene Nanoribbon Energy Gap Atlas

Palma, C.-A. ; Awasthi, M. ; Hernandez, Y. ; Feng, X. ; Müllen, K. ; Niehaus, Thomas A. ; Barth, J.V.



Abstract

Extended all-sp2-carbon macromolecules have the potential to replace silicon in integrated nanometer-scale devices. Up to now, studies on the electronic properties of such structures, for example, graphene nanoribbons, have been focused mostly on the infinitely long limit, which is inadequate when approaching future devices with sub-10 nm control. Moreover, their electronic variation has not been ...

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