According to a New York Times article, Hewlett-Packard is about to announce a breakthrough in adaptable circuitry that will allow circuits to be reconfigured even after a consumer has purchased a product [" H.P. to Report an Advance in Adaptable Circuitry ," by John Markoff, 16 January 2007]. These flexible circuits are one of the first widespread commercial applications of molecular computing research. Markoff writes: "The technology grows out of an advance in nanocomputing, which involves creating circuitry on a molecular scale and making it interact with today’s silicon wires and transistors. A cellphone using the technology could be wirelessly upgraded to take advantage of improved wireless network unlimited long distance tandards. Another potential use would be in making ultracheap memory chips, and one early application could be in the ink-jet cartridges which Hewlett-Packard manufactures by the tens of millions. The results of the research, which the company plans to report on Tuesday and will be the subject of an article in the Jan. 24 issue of the British journal Nanotechnology, are the clearest evidence yet that the once highly speculative technology could be commercialized soon. The H.P. researchers are among dozens of groups in the United States and elsewhere who have been pursuing molecular computing for more than a decade.

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According to a New York Times article, Hewlett-Packard is about to announce a breakthrough in adaptable circuitry that will allow circuits to be reconfigured even after a consumer has purchased a product [" H.P. to Report an Advance in Adaptable Circuitry ," by John Markoff, 16 January 2007]. These flexible circuits are one of the first widespread commercial applications of molecular computing research. Markoff writes: "The technology grows out of an advance in nanocomputing, which involves creating circuitry on a molecular scale and making it interact with today’s silicon wires and transistors. A cellphone using the technology could be wirelessly upgraded to take advantage of improved wireless network standards. Another potential use would be in making ultracheap memory chips, and one early application could be in the ink-jet cartridges which Hewlett-Packard manufactures by the tens of millions. The results of the research, which the company plans to report on Tuesday and will be the subject of an article plant introduction n the Jan. 24 issue of the British journal Nanotechnology, are the clearest evidence yet that the once highly speculative technology could be commercialized soon. The H.P. researchers are among dozens of groups in the United States and elsewhere who have been pursuing molecular computing for more than a decade.

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According to a New York Times article, Hewlett-Packard is about to announce a breakthrough in adaptable circuitry that will allow circuits to be reconfigured even after a consumer has purchased a product [" H.P. to Report an Advance in Adaptable Circuitry ," by John Markoff, 16 January 2007]. These flexible circuits are one of the first widespread commercial applications of molecular computing research. Markoff writes: "The technology grows out of an advance in nanocomputing, which involves creating circuitry on a molecular scale and making it interact with today’s silicon wires and transistors. A cellphone using the technology could be wirelessly upgraded to take advantage of improved wireless network standards. Another potential use would be in making ultracheap memory chips, and one early application could be in the ink-jet cartridges which Hewlett-Packard manufactures by the tens of millions. The results of the research, which the company plans to report on Tuesday and will be the subject of an article in the Jan. 24 issue of the British journal Nanotechnology, are the clearest evidence yet that the once highly speculative technology could be commercialized soon. The H.P. researchers are among dozens of sales lead list roups in the United States and elsewhere who have been pursuing molecular computing for more than a decade.