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Graphene is a single atom layer of extraordinary strength

Carbon atoms bonded in a two-dimensional honeycomb sheet are two hundred times stronger than steel

Graphene consists of a single planar layer of carbon atoms arranged in a hexagonal honeycomb lattice. Despite being only one atom thick, strong sp2 covalent bonds make graphene roughly 200 times stronger than structural steel by weight. It also conducts electricity and heat with exceptional efficiency.

Where this comes from

Nobel Prize

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Tags: chemistry, graphene, materials

Graphene is a single atom layer of extraordinary strength: the short answers

Where does this come from, and can I check it?
Carbon atoms bonded in a two-dimensional honeycomb sheet are two hundred times stronger than steel. The figure is taken from Nobel Prize, which is linked in full on this page. Every fact on Mondo Knows names its source rather than repeating an unsourced claim.
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