Using cryogenic freezing, researchers at Georgia Tech in conjunction with IBM have managed to push a silicon-germanium semiconductor to an impressive 500GHz operational frequency. The chip attained the record while operating at minus 451 degrees Fahrenheit.
To that end, IBM and Georgia Tech scientists turned down the temperature and cryogenically froze the chip at minus 451 F. It's about as cold as things get. An extremely cold temperature like that is found naturally only in outer space, but can be artificially achieved on Earth using ultracold materials such as liquid helium. Absolute zero comes at minus 459 F.
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Damn. Monster drools. 500GHz!!!! Computers have a very bright future ahead. But we would have to keep them cryogenically frozen all the time.
To that end, IBM and Georgia Tech scientists turned down the temperature and cryogenically froze the chip at minus 451 F. It's about as cold as things get. An extremely cold temperature like that is found naturally only in outer space, but can be artificially achieved on Earth using ultracold materials such as liquid helium. Absolute zero comes at minus 459 F.
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Damn. Monster drools. 500GHz!!!! Computers have a very bright future ahead. But we would have to keep them cryogenically frozen all the time.

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