Word: moneyitis
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Death and nostalgia are proving to be a money-making opportunity for music memorabilia collectors and big auction houses who are hawking everything from Michael Jackson's iconic white glitter glove to old ticket stubs from rock's legendary Woodstock festival. (Woodstock Remembered: A legendary photographer looks back...
...hear the same story over and over - they had bands when they were growing up but gave up their dreams of being rock stars themselves to get a job and make money, and now that they have it, they're kind of recapturing their youth through the instruments and articles of their icons,"says Laura Woolley, an entertainment memorabilia appraiser at the Collector...
...development toward artificial photosynthesis, advanced batteries and other technologies he envisions as low-emissions "game changers." Chu plays up his geeky image - he gave Jon Stewart a Nerds of America Society T shirt on-air - but he's no ivory-tower ingenue. "Energy," he says, "is all about money." He cut his teeth in the entrepreneurial culture of Bell Labs and spent the rest of his career around Silicon Valley; he's served on the boards of a battery company, a semiconductor firm and two biotech start-ups. In his last job, he shook up the bureaucracy...
...diverted his lunch money into parts for homemade rockets. But he says he was a mere A-minus student, an "academic black sheep" - at least compared with older brother Gilbert, a straight-A valedictorian who studied physics at Princeton and is now a biochemistry professor at Stanford. After quitting school for a while in ninth grade - "I was tired of competing with Gilbert" - he didn't make the Ivy League, so he settled for the University of Rochester. His father once told him he'd never succeed in physics. "What he meant was, compared to Gilbert," recalls younger brother Morgan...
...found his niche in the lab, building state-of-the-art lasers from spare parts to tinker with quarks and "high-Z hydrogen-like ions," preferring the rigor of experiments that either worked or didn't to abstract theoretical physics. At Bell Labs, he spent phone-monopoly money playing with electron spectrometers, gamma rays, polymers and other gee-whiz stuff few of us can understand; he once accidentally discovered an important pulse-propagation effect. But even his most obscure technical work had practical applications; his Nobel-winning breakthrough - supercooling atoms into "optical molasses" - inspired improvements in GPS data...