Transistor
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ScienceScientists have created implantable transistors that can grip nerves, blood vessels and tissues, changing shape within the body, while still maintaining their electronic properties.
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In an effort to demonstrate the potential of a new nano-scale manufacturing technology, as well to encourage young people’s interest in science and technology, IBM has unveiled the world’s smallest magazine cover at the USA Science and Engineering Festival.
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ScienceResearchers at Harvard University's School of Engineering and Applied Sciences have invented a new type of transistor that can learn, potentially enabling a new approach to artificial intelligence by copying the way our brains work.
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A 110-core CPU chip based on a new architecture has been developed and committed to silicon by MIT researchers. Instead of bringing data to a core that needs it, the program on the core is moved to a core that can directly access the data, thereby reducing on-chip traffic more than tenfold.
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For the first time, researchers at Stanford University have succeeded in building a general-purpose computer from carbon nanotube-based electronics. While simple and slow, their work demonstrates the evolution of fabrication and design processes that may enable mass production of such machines.
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Researchers at Stanford University have used DNA strands to help manufacture transistors made of graphene in a development that paves the way for the large-scale manufacturing of high-performance, low-power integrated circuits.
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ScienceMIT researchers have built the smallest transistor ever made from a material other than silicon, which could lead to more powerful processors.
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MIT researchers build electrical circuits out of a two-dimensional version of molybdenum disulfide.
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ScienceResearchers at NASA and the National Nanofab Center in South Korea are working on a vacuum channel transistor that can combines the best traits from transistors and vacuum tubes.
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Using blood, milk and mucus proteins, researchers have created transistors they claim could form the basis of a new generation of electronic devices that are both flexible and biodegradable.
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With the calender having rolled over into another year, it's an ideal time to take a look back at some of the most significant and far-reaching breakthroughs that we saw during 2011.
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ScienceThree-dimensional transistors made out of indium-gallium-arsenide could result in much faster and lighter computers.
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