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Strauch will continue his research at the Cambridge Electron Accelerator when the $11 million plant goes into operation next fall...

Author: NO WRITER ATTRIBUTED | Title: Strauch Named Full Professor | 7/12/1962 | See Source »

Other points of interest during the term included the opening of the $11.5 Cambridge Electron Accelerator. whose main component is a doughnut-shaped piece of machinery 240 feet in diameter. The Atomic Energy Commission financed a large portion of the work, along with Harvard and several other participating Boston Universities. Miss Sweden paid Cambridge a visit, and ended up on a date with one of the undergraduates, Jim Ullyot. And Harvard and Radcliffe continue their gradual merger. There were two key steps: First, the Radcliffe Graduate School of Arts and Sciences was absorbed into the Harvard GSAS, Second, though...

Author: By Frederic L. Ballard jr., | Title: The School Year at Harvard: Concern For National Affairs | 7/2/1962 | See Source »

...Cambridge Electron Accelerator, which recently set a world's record by accelerating electrons to an energy of 2.2 billion electron volts...

Author: By Richard B. Ruge, | Title: Alumni Return to Observe Commencement Program | 6/11/1962 | See Source »

...addition: C. Crane Brinton low in Dunster House; Preston K. and Sholem Postel, assistant directors of the University Health Services, John C. Wells, Jr., physician to the University Health Services; Mircea research fellow in Physics on the Cambridge Electron Accelerator; and Tonis, Security Officer and Chief of University Police

Author: NO WRITER ATTRIBUTED | Title: Nobel Winner Selected As University Professor | 4/11/1962 | See Source »

Probing the Unknown. Dr. Livingston, who collaborated as a graduate student with Nobel Prizewinner Ernest Lawrence to invent the first cyclotron, in 1930, points out that while the Cambridge electron accelerator does not approach the energy of the 30-BEV proton accelerator at Brookhaven, it has important special talents. Since its electron projectiles are very small compared with protons, they can be used to explore the unknown inner structure of both protons and neutrons. They generate beams of enormously powerful 6-BEV X rays, and these in turn can be used to explore matter. The same big X rays, which...

Author: /time Magazine | Title: Science: Exploring the Far Frontier | 3/23/1962 | See Source »

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