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ZDNet reports that IBM has had a breakthrough with carbon nanotubes being used for transistors. This is great news because the silicon speed barrier is approaching fast!
In an article to be published on Monday in the journal Applied Physics Letters, IBM researchers outline how transistors made of carbon nanotubes--long, thin strands of carbon molecules--delivered more than twice the amount of electrical current at a faster rate than cutting-edge transistors made from silicon and metal, the basis for chips today.
Increased current leads, potentially, to faster transistors and integrated circuits. And since transistors and integrated circuits are the building blocks of chips, the results imply that carbon could someday become the foundation for tomorrow's computers.
ZDNet reports that IBM has had a breakthrough with carbon nanotubes being used for transistors. This is great news because the silicon speed barrier is approaching fast!
In an article to be published on Monday in the journal Applied Physics Letters, IBM researchers outline how transistors made of carbon nanotubes--long, thin strands of carbon molecules--delivered more than twice the amount of electrical current at a faster rate than cutting-edge transistors made from silicon and metal, the basis for chips today.
Increased current leads, potentially, to faster transistors and integrated circuits. And since transistors and integrated circuits are the building blocks of chips, the results imply that carbon could someday become the foundation for tomorrow's computers.