Graphene nanoribbons grow due to domino-like effect

Lisa Zyga

Graphene nanoribbons grow due to domino-like effect

 

Computer simulations show that graphene nanoribbons can grow from anthracene polymer on a gold surface in a way that resembles the domino effect. Image credit: Jonas Björk, creator. ©2011 American Chemical Society

(PhysOrg.com) — While many labs are trying to efficiently synthesize large two-dimensional sheets of graphene, a team of researchers from Sweden and the UK is investigating the synthesis of very thin strips of graphene just a few atoms wide. In contrast to graphene, these graphene nanoribbons have a unique electronic structure including a non-zero band gap, which makes them promising candidates for semiconductor applications. But, as with graphene sheets, one of the greatest challenges for now is finding a way to efficiently synthesize these graphene nanoribbons.

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