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...physics degree from Harvard and is a frequent contributor to DISCOVER magazine, talked with more than a hundred current and former Rubbia colleagues. Most of his interviews took place at Geneva's CERN laboratory, where, Taubes says, Rubbia almost single- handedly persuaded the directors to build the super proton synchrotron (SPS) accelerator used to discover the W and Z particles...

Author: /time Magazine | Title: Science: How To Win a Nobel Prize | 2/9/1987 | See Source »

Those traces have helped physicists to track down more and more members of the large and seemingly limitless bestiary of subatomic particles. Last year, for example, Rubbia shared a Nobel Prize for having discovered, using the CERN super proton-antiproton synchrotron accelerator (SPPS), the W and Z particles. His finding provided proof for a theory that united two of the fundamental forces, electromagnetism and the weak force...

Author: /time Magazine | Title: Science: The Colossus of Colliders | 11/11/1985 | See Source »

...fathoming the shape of HRV14, the Purdue and Wisconsin teams depended heavily on high technology. Using X rays produced by Cornell University's High Energy Synchrotron Source, they passed a beam through crystallized samples of the virus. Data derived from the interactions between the X rays and the viral atomic structure were then fed into Purdue's Cyber 205 supercomputer, which enabled the researchers to produce a detailed three-dimensional picture of the virus. In fact, the supercomputer was the hero of the project. "The final set of calculations were made in a month," says Michael Rossmann, who headed...

Author: /time Magazine | Title: Medicine: Viral Map: First step to a cure for colds | 9/23/1985 | See Source »

...CERN's fourmile, $400 million super proton synchrotron, Rubbia devised a method of creating supercollisions among subatomic particles that would, he predicted, produce the carriers of the weak force...

Author: /time Magazine | Title: Nobel Prizes: PHYSICS: BOSONS' BOSSES | 10/29/1984 | See Source »

...first nobody believed his proposal, particularly since it would require the conversion of the synchrotron into a particle collider, at a cost of $55 million. Rubbia's notions, however, had one staunch supporter: Simon van der Meer, a senior engineer at CERN. Van der Meer designed a device critical to the taming of the colliding beams in Rubbia's experiment. In 1979 CERN gave Rubbia and Van der Meer a go-ahead for their project, and by 1983 the three particles had been found...

Author: /time Magazine | Title: Nobel Prizes: PHYSICS: BOSONS' BOSSES | 10/29/1984 | See Source »

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