Dana Blankenhorn has been a business journalist for over 25 years and has covered the online world professionally since 1985. He founded the "Interactive Age Daily" for CMP Media, and has written for the Chicago Tribune, Advertising Age, and dozens of other publications over the years.
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Moores Law defines the history of technology. It held that the number of circuits etched on a given piece of silicon could double every 18 months as far as its author, Intel co-founder Gordon Moore, could see. Moores Law has spawned constant revolutions since then, not just in computing but in communications, in science, in a host of areas. Moores Law applies to radios, and to optical fiber, but there are some areas where it doesnt apply. In this blog well take a daily look at new implications of Moores Law in real time, as it rolls forward to create our future.
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One tragedy of the late Richard Smalley's life was that his beloved Buckytubes did not make more progress into the world of real products.
So I'm sure he's smiling from heaven at this news, word that Fujitsu has learned to use carbon nanotubes in a "heat sink" for mobile base station amplifiers.
Fujitsu has even learned to grow tubes on a wafer substrate, using iron as a catalyst. The problems of manufacturing Buckytubes in commercial quantities has long been daunting -- Smalley's own company, CNI, pioneered a process using carbon monoxide.
A Buckytube heat sink would solve two big problems for present-day mobile base stations. They need to dissipate a lot of heat to work effectively, but the best connection methods don't work for the high-frequency applications of mobile phone towers.
Fujitsu figures the technology is just three years from full commercial applications, which in BuckyTime isn't much time at all.
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