Transistor flow control

Article Abstract:

Researchers at the University of California at Berkeley have created the first transistors that electrically controls molecules and these nanoscale transistors could lead to labs-on-a-chip, which work without moving parts. The team expects to link nanofluidic transistors together into an integrated circuit within the year 2005 as the next step to harnessing massive numbers of transistors in parallel.

Product development, California, Transistors, University of California, Berkeley

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Structured settings: Novel techniques expand the nanotech toolkit

Article Abstract:

The article examines the importance of nanoparticles and how they can be used. Scientists discovered that nanoparticles could be used for various purposes for example as links in a chain, an etching method that creates high quality, smooth-walled nanowires and many more.

United States, Semiconductor Devices, Analysis, Usage, Semiconductor device, Electric properties, Structure, Etching, Nanoparticles

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Big lab on a tiny chip

Article Abstract:

Researchers are preparing tiny, portable chips that can help consumers carry fast diagnosis of some common illnesses. These chips could detect pathogens in blood samples.

Microprocessor Chips, Executive changes & profiles, Michigan, Innovations, Officials and employees, Microprocessor, CPUs (Central processing units), Microprocessors, Technology application, University of Michigan, Genetic research, DNA microarrays, Central processing units, Scientific development, Microprocessor upgrade, Burns, Mark

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