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                      | NEWS 
 
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                      |  |  | Give 
                        it some skin Consider 
                        a humanoid robot in your home. Would you trust it to put 
                        away the dishes, hang a mirror, brush the dog or boil 
                        water on the stove...
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                      | Fast 
                        nanotube fabrics
 Carbon 
                        nanotubes are stronger than steel and have useful electrical 
                        and optical properties, making them a prime candidate 
                        for...
 
 
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                      | Domesticated 
                        algae Throughout 
                        history, humans have used beasts of burden. As scientists 
                        working in microscopic realms shift...
 
 
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                      | Bend, 
                        but don't slow down The 
                        possibilities of rollup displays and bendable electronic 
                        gadgets have focused much attention on making circuits 
                        from plastic...
 
 
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                      | Bits 
                        and pieces Robobat, altering the speed of light in fiber, and coal 
                        fuel cells.
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                      | FEATURES
 
 
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                      | View 
                        from the High Ground: CMU's Brad Myers Technology Research News Editor Eric Smalley 
                        carried out an email conversation with Carnegie Mellon 
                        University professor Brad Myers during the summer of 2005 
                        that touched on cell phones, remotes, difficult software, 
                        email triage, anti-intellectualism and a future where 
                        we're all managers.
 
 
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                      | How 
                        It Works: DNA Technologies The versatile DNA molecule has proven to 
                        be a powerful technological building block. Researchers 
                        have developed ways of combining DNA molecules that allow 
                        them to carry out computations in test tubes and create 
                        two-dimensional patterns and three-dimensional structures 
                        at the nanoscale.
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