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- Dec 16, 2007
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http://www.sciencedaily.com/releases/2010/01/100131215530.htm
This is a wafer of a pure graphene substrate. The graphene is deposited on silicon to use modern lithography techniques and then the silicon is removed, leaving only the graphene layer.
The electron transport of graphene is so efficient it is close to superconducting, there is literally next to no resistance. Graphene is a two dimensional structure (the 3rd dimension is 1 atom thick, so they refer to it as 2-D).
Think of chips that could theoretically run at TERAHERTZ speeds.
Graphene is big.
This is a wafer of a pure graphene substrate. The graphene is deposited on silicon to use modern lithography techniques and then the silicon is removed, leaving only the graphene layer.
Another goal of the Penn State researchers is to improve the electron mobility of the Si-sublimated wafers to nearer the theoretical limit, approximately 100 times faster than silicon.
The electron transport of graphene is so efficient it is close to superconducting, there is literally next to no resistance. Graphene is a two dimensional structure (the 3rd dimension is 1 atom thick, so they refer to it as 2-D).
Think of chips that could theoretically run at TERAHERTZ speeds.
Graphene is big.