The W particle may have been found Science News, August 21, 1971<\/p>\n
Physicists distinguish four different kinds of force by which objects in the universe act upon each other: the strong nuclear force, the weak force, electromagnetism and gravity. The developed theory of particle physics outfits each force with a so-called intermediate particle. Now, from an abandoned silver mine at Park City, Utah, comes strong evidence of the existence of the weak-force quantum, known as the W particle.<\/p>\n
The strong evidence for this W particle, or W boson, fell apart under additional scrutiny. Physicists with CERN near Geneva finally caught the boson about a decade later (SN: 2\/5\/83, p. 84). Besides helping mediate the weak force, which governs certain types of radioactive decay, the W boson has also helped scientists catch the Higgs boson (SN: 7\/28\/12, p. 5). Weighing the W boson narrowed down the Higgs mass range, making the Higgs easier to look for. Physicists continue unraveling W boson mysteries, such as how the particles form and whether more massive versions exist.<\/p>\n
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50 years ago, physicists thought they found the W boson. They hadnt - Science News Magazine<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" The W particle may have been found Science News, August 21, 1971 Physicists distinguish four different kinds of force by which objects in the universe act upon each other: the strong nuclear force, the weak force, electromagnetism and gravity. The developed theory of particle physics outfits each force with a so-called intermediate particle. Now, from an abandoned silver mine at Park City, Utah, comes strong evidence of the existence of the weak-force quantum, known as the W particle Continue reading