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| | The University of Manchester (Site not responding. Last check: 2007-11-06) |
 | | On the nanometre scale, the borders between physics, chemistry, materials science, biology etc, become blurred, meaning any breakthrough could have a massive impact on all these fields, and it already had. |
 | | With the device feature sizes coming down rapidly to 100 nanometre (nm), the miniaturization of conventional semiconductor devices is reaching its fundamental limits. |
 | | On the other hand, many new physical effects associated with the nanometre dimensions have provided us new ways to invent novel diodes, transistors, detectors, and even circuits that are much faster, more sensitive, more powerful, and very often much simpler and beautiful, too. |
| www.ee.umist.ac.uk /mmd/Nano.htm (521 words) |
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