molecularelectronics blogspot.com

Nanotechnology

Tuesday, February 21, 2006. IBM Squeezes More into Microchips. I have previously discussed the nature of Moores law. And the reasons why this empiracle law may soon need drastic new techniques in order to survive. IBM squeezes more into microchips. Is the title of an article appearing on todays Technology news on the BBC. The IBM scientists have created the tiniest, high-quality line patterns ever made using deep-ultraviolet optical lithography, a technology currently used to print circuits on chips.
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Nanotechnology

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Tuesday, February 21, 2006. IBM Squeezes More into Microchips. I have previously discussed the nature of Moores law. And the reasons why this empiracle law may soon need drastic new techniques in order to survive. IBM squeezes more into microchips. Is the title of an article appearing on todays Technology news on the BBC. The IBM scientists have created the tiniest, high-quality line patterns ever made using deep-ultraviolet optical lithography, a technology currently used to print circuits on chips.

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This web page molecularelectronics.blogspot.com states the following, "Tuesday, February 21, 2006." We saw that the webpage said " IBM Squeezes More into Microchips." It also said " I have previously discussed the nature of Moores law. And the reasons why this empiracle law may soon need drastic new techniques in order to survive. IBM squeezes more into microchips. Is the title of an article appearing on todays Technology news on the BBC. The IBM scientists have created the tiniest, high-quality line patterns ever made using deep-ultraviolet optical lithography, a technology currently used to print circuits on chips."

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