Word: steels
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...lifelong thing for Seattle native Jimi Hendrix and enough cash to indulge his pleasures in a big way. There may be no bigger way to do that than to hand yourself over to Gehry, whose work is the pleasure principle engraved in stone, twisted glass, titanium and crimson stainless steel. Gehry tells a story about one of a German client who came to him after seeing an earlier Gehry building in Switzerland: "He said to me, 'That one was Wow! Now give...
Eventually he decided to look for freedom in his own backyard. Literally. In 1978 he renovated the small Santa Monica house where he still lives with his second wife Berta, turning a conventional pink Dutch colonial into an explosion of cinder blocks, corrugated steel and chain link. It instantly became one of those places that some say is an icon and others an eyesore. But its picture appeared everywhere, and it put him on the map of cutting-edge architects. Not long after, he decided to follow his bliss and do only the kind of work he wanted...
...policy, but he has emerged as more than a human checkbook. A mix of Mister Rogers and Warren Buffett, he talks softly and lives simply in a plain house in Summit. He earned his money the old-fashioned, pre-dotcom way, as one of the most successful, nerves-of-steel bond traders in Wall Street history. A Phi Beta Kappa graduate of the University of Illinois and a former Marine, he worked his way through the University of Chicago's business school and up the ladder at Goldman. Although he lost his co-chairmanship of the firm in a complicated...
...SIDES OF MANUFACTURING The conventional approach is top-down: starting with large clumps of steel, wood, plastic, masonry and shaping them into the forms you want. Nanotechnology is, by contrast, bottom-up: stacking individual atoms into useful shapes. We know that the bottom-up approach is possible because that's what biology does, assembling proteins from individual atoms and molecules, putting them together to form cells and layering cells upon cells to form large, complex objects such as sperm whales and giant Sequoia trees...
NANOTUBES Carbon molecules form a hexagonal mesh that curls into a cylinder like a tube of chicken wire. About 100 times as strong as steel and 50,000 times as thin as a human hair, they can serve as the structure of a nanobot. Acting as semiconductors, nanotubes are also ideal for building a nanobot's tiny microprocessor brain...