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Word: antineutron (lookup in dictionary) (lookup stats)
Dates: during 1950-1959
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Usage:

...strange, other-worldly world of antimatter is taking shape in the minds of men. Last week Dr. Emilio Segrè of the University of California showed the first bubble-chamber picture of an anti-neutron-or rather, a place where an antineutron could be proved to have been...

Author: /time Magazine | Title: Science: Anti-Physics | 4/21/1958 | See Source »

Star of Suicides. Dr. Segrè has no doubt about what happened. The antiproton, he says, hit an ordinary, positively charged proton and reacted with it in such a way that the collision produced one ordinary neutron and one antineutron. These two particles differ only in their magnetic properties. Neither has any electric charge, and therefore they left no bubble trails. The neutron shot out of the picture undetected, but the antineutron hit a carbon atom in the propane and committed double suicide with one of its protons or neutrons. The atom disintegrated, leaving a star of bubble trails made...

Author: /time Magazine | Title: Science: Anti-Physics | 4/21/1958 | See Source »

...cherished stamps, physicists have now found the last subatomic particle that is needed to make the universe neatly and electrically symmetrical. The Radiation Laboratory of the University of California announced last week that a team of physicists (Drs. Bruce Cork, Glen Lambertson, Oreste Piccioni, William Wenzel) has identified the antineutron, which differs from ordinary neutrons in the opposite direction of its magnetic field...

Author: /time Magazine | Title: Science: The Filled-Out Universe | 9/24/1956 | See Source »

...negative one, became an ordinary, chargeless neutron. The antiproton, having lost its negative charge and received nothing in return, also became a chargeless particle, but it did not become a normal neutron. Since its basic "anti-ness" was not changed by the loss of its charge, it became an antineutron with a reversed magnetic field. If an antineutron hits a neutron, both turn into energy...

Author: /time Magazine | Title: Science: The Filled-Out Universe | 9/24/1956 | See Source »

...counting device which measures flashes of energy released by each entering particle. The ordinary neutrons gave small flashes. The mesons gave flashes about twice as strong. Occasional flashes 20 times as strong (2 billion volts) could be only the result of the mutual annihilation of a neutron and an antineutron...

Author: /time Magazine | Title: Science: The Filled-Out Universe | 9/24/1956 | See Source »

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