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...simple after all. Returning to the same nuclear facility in South Carolina where he had performed his detection feat, he found that the erstwhile ghosts do indeed seem to have substance. Not much even on the nuclear scale, perhaps only one ten-thousandth of the mass of the electron, but big enough to stir the world of physics. If his results are right, they may help explain the sun's puzzling behavior and perhaps hint at the universe's ultimate fate...

Author: /time Magazine | Title: Science: A Not-So-Ghostly Particle | 5/12/1980 | See Source »

STANFORD, Cal.--Stanford University has announced plans to build a $60 million underground addition to its linear accelerator to hold an energy beam of 100 billion electron volts--three times more powerful than any other in the world...

Author: By Compiled FROM College newspapers, | Title: Stanford to Add to Linear Accelerator | 3/8/1980 | See Source »

...addition, called a single-pass collider, will create two beams of 50 billion electron volts that collide with a force of 100 billion volts. The next largest facilities are in Hamburg, West Germany, and produce about 30 billion electron volts each...

Author: By Compiled FROM College newspapers, | Title: Stanford to Add to Linear Accelerator | 3/8/1980 | See Source »

This portion of the book accounts for the most puzzling disproportion in Disturbing the Universe. Freeman Dyson is a proven scientific commodity. Robert Oppenheimer hailed his successful synthesis of two seemingly irreconcilable but equally correct theories of the electron as one of the century's breakthroughs. Now the Alfred P. Sloan foundation has asked him to contribute his bit to "the public understanding of the scientific enterprise...

Author: By Jaime O. Aisenberg, | Title: A Minor Disturbance | 11/26/1979 | See Source »

...vicinity of Jupiter that is 300 million to 400 million degrees centigrade. Later, Voyager II, going almost 45,000 m.p.h., came as close as 404,000 miles to Jupiter's cloud tops on its way to Uranus-some 1.6 billion miles out there. Science now has an electron microscope that can magnify 20 million times and so can photograph a particle with a diameter of about 4 billionths of an inch. Computers can do 80 million calculations a second (and ostensibly 6.9 trillion a day). Other recent news: a suspicion that the proton, a basic natural building block...

Author: /time Magazine | Title: Time Essay: Getting Dizzy by the Numbers | 10/29/1979 | See Source »

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