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W particle |
Also found in: Dictionary/thesaurus, Wikipedia, Hutchinson | 0.07 sec. |
W particleElectrically charged subatomic particle that transmits the weak force, which governs radioactive decay (see radioactivity) in some atomic nuclei. The discovery of the W particle in 1983 by teams led by Carlo Rubbia and Simon van der Meer confirmed the electroweak theory, which explains that the electromagnetic force and the weak force are manifestations of the same interaction. The weak force is exchanged via three types of particles, two charged and one neutral. The charged particles are designated W+ and W− according to the sign of their charge, and the neutral particle is the Z particle. The W particle has a mass about 80 times that of the proton, which gives the weak force a very short range. |
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| Though detected occasionally at other accelerators, these W particles can be produced at CERN in much larger quantities with fewer by products. Another example is the z and w particles that play a central role in electroweak theory. |
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