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...expected yield of six billion electron-volts will make it four times as powerful as machines operating at Cornell, Stanford, and Cal. Tech...

Author: By Jonathan D. Trose, | Title: $11.5 Million Harvard-MIT Atom-Smasher Will Go Into Operation Here Next Month | 10/27/1961 | See Source »

About one month from today, the world's most powerful electron synchroton will begin conducting in Cambridge the fastest particle acceleration ever achieved...

Author: By Jonathan D. Trose, | Title: $11.5 Million Harvard-MIT Atom-Smasher Will Go Into Operation Here Next Month | 10/27/1961 | See Source »

Located just north of the University Herbarium, the Cambridge Electron accelerator is a joint Harvard-M.I.T. project financed by the Atomic Energy commission. The $11.5 million "atom-smasher," now nearly five years in the asking, will completely dwarf present electron accelerators...

Author: By Jonathan D. Trose, | Title: $11.5 Million Harvard-MIT Atom-Smasher Will Go Into Operation Here Next Month | 10/27/1961 | See Source »

According to quantum theory, an electron in an atom can exist at any one of several discrete energy levels. When an electron falls from a higher level to a lower one, the atom gives off radiation at a specific frequency--for example, a microwave or a light wave...

Author: By Gerald R. Davidson, | Title: Professor Receives Award For Invention of "Maser" | 10/18/1961 | See Source »

When radiation of the frequency to be amplified strikes one of the excited atoms, the electron falls from the third to the second level, emitting new radiation. The electron later spontaneously returns to the first level to be pumped again to the top level...

Author: By Gerald R. Davidson, | Title: Professor Receives Award For Invention of "Maser" | 10/18/1961 | See Source »

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