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Really, the question is, not how do we do parallel, but what do we do with all these transistors? The key may not be in throwing more energy into refining techniques such as parallel programming, but rather rethinking the basic abstractions that…
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Without a radical change in the way much of it is written, software, sadly, just can't go much faster anymore.Speed improvements that typically came from faster processors with more transistors have come close to their limit, where if the chips…
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That network of nanotubes and nanoparticles could act as the wires and transistors on future computer chips, the IBM scientists said.For decades chip makers have been etching smaller and smaller patterns onto the surface of chips to speed…
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Then we pour this DNA solution onto a silicon substrate, and the DNA assembles itself exactly where we want it to on the chip, and then we assemble the components on top of that.The attachment sites on DNA, which is where the nanowires and…
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Such nano-wires are promising candidates for future transistors in microchips.Until now, the standard top-down micro-fabrication techniques produce such tiny particles by in effect carving them out of a bigger piece of material.
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More power is required to raise a chip's clock speed, or the number of instructions it completes in a second.There are a variety of techniques to help prevent this but they all reduce the performance of transistors.