Word: shippings
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Dates: during 1950-1959
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...rooms. We enjoy talking to our room-mates, playing our hi-fi's, and wooing our women with a reasonable amount of quiet. Yes, and there are those tender moments when we wish we could forget about time. We have alarm clocks, wall clocks, wrist watches, even a ship's clock in one lucky room, hunger pangs, and the sun (on those rare days) to remind us of mortality. In addition, Mem Church chimes approximately 325 happy times during a weekday, the Lowell House bells ring spasmodically, and there is the sun-dial in back of Lamont...
...Inverted Ship. Eero Saarinen's hockey stadium at Yale cost nearly twice the original budget of $750,000 and is worth every nickel. It stands like an inverted Viking ship with a concrete arch for its keel. The vast ceiling of weathered planks sags slightly, tent fashion, from the central spine. From outside, the stadium looks as strange as a beached sea tortoise. Inside, its wide-open spaciousness, wintry light, and effect of weightlessness are exhilarating. The nation's foremost young architect, who has created such modern wonders as the General Motors Technical Center (TIME, July...
...bring its art treasures to the safety of the Vatican. In U-47, dashing Submariner Günther Prien plunks his torpedoes into the British battleship Royal Oak at Scapa Flow, but when his deck officer shouts "Hurrah!", whispers: "Shut up; 2,000 men have just died aboard that ship...
...vacuum (186,000 m.p.sec., the Einsteinian speed limit of the universe), but they do move faster than light in water, 140,000 m.p.sec. For exceeding the local speed limit, the electrons are "fined" a part of their energy, which shows up as Cherenkov radiation. Something analogous happens when a ship moves on the sea's surface. If the ship's speed exceeds that of the waves, as it usually does, some of the ship's energy appears as a bow wave that resembles the light waves observed by Cherenkov...
...Cherenkov counter. It is made of some transparent substance such as Lucite. When a proton, electron or other charged particle enters it at a speed that is greater than the speed of light in the material, Cherenkov radiation is given off. Its angle (like the angle of a ship's bow wave) depends on the speed of the particle. When the angle is measured by a photomultiplier tube, the speed of the particles can be determined...