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Gaming the Future: The Book!

Results for "graphene"

We found 78 results for your search.

New measurements of charge dynamics of graphene may guide potential nanotechnology applications

Very precise measurements confirmed many of the unusual effects theoretically predicted for graphene, but they also revealed effects of unanticipated additional interactions, which are not yet understood.

Nanotechnology demonstration of room-temperature graphene transistors

In yet another step toward making nanotech transistors from graphene nanoribbons, chemically-prepared graphene nanoribbons less than 10 nm wide were found to be uniformly room-temperature, field-effect transistors.

Nanotechnology: adding graphene to make superior polymers

Nanotech materials useful for a wide variety of applications may result from the discovery that adding very small amounts of graphene to polymers greatly increases the desirable properties of the polymers.

Could nanotechnology use clusters of boron atoms to dope graphene nanodevices?

Preliminary theoretical calculations show that it might be possible to develop a nanotech application in which clusters of a few boron atoms connect very small graphene semiconductors to make nanoelectronic devices.

Graphene looks more and more like the ideal material for nanotech transistors

Graphene has now been shown to retain essential properties when used to make transistors at the one-nanometer-scale.

Large area graphene films may lead to inexpensive nanotech solar cells

In a proof-of-concept demonstration, large area graphene films several atomic layers thick were inexpensively produced.

Highest intrinsic electron mobility advances nanotechnology prospects for graphene

Advancing the case for graphene in nanotech is the recent demonstration that the intrinsic mobility of electrons in graphene is much greater than in silicon or in any other conventional semiconductor.

Less noise with nanotechnology devices using two atomic layers of graphene

IBM announced (credit PhysOrg.com) that stacking two layers of graphene—one on top of the other—reduces noise that has bedeviled attempts to build nanoelectronic circuits from graphene. From “IBM Scientists ‘Quiet’ Unruly Electrons in Atomic Layers of Graphite“: [IBM researchers] today announced a discovery that combats one of the industry’s most perplexing problems in using graphite… Continue reading Less noise with nanotechnology devices using two atomic layers of graphene

Graphene: Nanotechnology crowd is agog

Forbes.com’s Josh Wolfe interviews Andre Geim, a prominent graphene researcher, about the latest nanotechnology buzzword and buzzmaterial — a free-standing, two-dimensional crystal of carbon in a hexagonal lattice. Of course, it’s not truly two-dimensional — it’s one atom thick, not zero atoms thick — but close enough: In the scientific community, the area of graphene… Continue reading Graphene: Nanotechnology crowd is agog

Nanotechnology's new darling: graphene

For nanotechnology watchers who are experiencing nanotube fatigue, Scientific American recaps a newer nanotech material capturing the imagination: Called graphene, it is essentially a nanotube unrolled—a single layer of atoms arranged like a honeycomb. The difference may sound cosmetic, but when the goal is manipulating things that are a few atoms thick, going from tube… Continue reading Nanotechnology's new darling: graphene

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