They do not alter. They are still ten inches, more or less, across, still taste of apple, still cut thrice in six. The same words, hours, associations, even the same price, produce them still. Brakemen accustomed to consume them in Minneapolis order them in Piggott, Arkansas. And taste no change. Sad automobilists buy them from town to town the way a man buys postage. Or Ford cars. Sure of the product in advance. Millions are eaten. More than seventy-seven millions in a year. Nearly a thousand acres of brown pie. Some ten thousand miles of pie on racks. Tons on tons. There is no need for testimonials: "The Duchess of X-- eats apple pie." Chicago endorses pies with $35,000,000 each year; of this, three fourths is spent by housewives, eaten in the home. One Chicago bakery turns out 90,000 pies nightly. The Census Bureau picks a figure—$59,8I1,168—this means pies produced annually by bakers alone. Of all desserts eaten, perhaps two thirds are pies. Of all pies, two-fifths are apple. The statistician smiles with pleasure; he deals with exact units. No need for weighted charts, adjusted curves. This Laredo pie is the statistical brother of that Philadelphia pie. They can be added into bigger and better statistics, divided into pro ratas. Why should they alter? From the polished shelf Atlantic City looks like Galesburg. And pie's pie.
With its flying buttresses and domed roof, the Terascale Simulation Facility at the Lawrence Livermore National Laboratory was built as a cathedral to the supercomputer. … The design may suggest some religious reverence for the all-powerful machines. More practically, though, it means they are unencumbered by supporting columns, saving space and creating a more direct route for the arteries of cables to feed and cool the world’s fastest supercomputers. But less than 10 years after being built, the building is already in danger of becoming outdated. … “When we designed this building, we thought it would be good for 50 years but already it’s only adequate and not robust,” says Mike McCoy, who leads the supercomputing effort at Lawrence Livermore as director of the Advanced Simulation and Computing programme. … Even its name risks becoming an anachronism. Terascale computing has been superseded by petascale computing – 1,000 times faster. By 2020, we will be in the exascale age – a thousand times faster again.