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...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 and oil exploration...
...those denizens have made great strides in the field over the years, including Wallace C. Sabine, who pioneered the field of architectural acoustics, and Theodore Lyman, who discovered the Lyman series, which characterizes hydrogen electron transitions between different energy states...
...hard-to-explain $34,000 tax shortfall that almost cost him the nomination. For now, though, Democrats are defending the Treasury Secretary against the bad reviews. "Every Administration official responding to this economic crisis, especially Treasury Secretary Geithner given his role, is working under the equivalent of an electron microscope that dramatically magnifies everything," says Rep. Jim McDermott, of Washington. "The Secretary's actions will speak much louder than his words and that is the ultimate test of reassurance the American People and Congress will judge him by. In the meantime, let's give the man a chance to lead...
...poured money into R&D efforts. Much of the work has focused on internal processes, especially on the critical task of how to lower emissions during manufacturing. But in their labs, scientists have also been playing with the materials themselves, swapping around molecules and gazing at atomic structures through electron microscopes in the hunt for new, "greener" variations. The idea is to improve the entire life cycle of the product--not just how it's made but also how it's used...
...efforts. Much of the work has focused on internal processes, especially on the critical task of finding out how to cut down on emissions during manufacturing. But in their labs, scientists have also been playing with the materials themselves, swapping around molecules and gazing at atomic structures through electron microscopes in the hunt for new, "greener" variations. The idea is to improve the entire life cycle of the product - not just how it's made, but also how it's used. A heightened sense of social responsibility isn't the only motive; as firms are quickly finding, innovations that...