strange quark

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  • noun

Synonyms for strange quark

a quark with an electric charge of -1/3 and a mass 988 times that of an electron and a strangeness of -1


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References in periodicals archive ?
Strange hadrons, which contain at least one strange quark (one of the (http://hyperphysics.
When quark degeneracy pressure is produced, a quark star is born--and the free up and down quarks morph into strange quarks.
Nuclei containing one or more strange quarks are called hypernuclei.
s] (sb^), Upsilon (bb^), where c = charm quark, s = strange quark, b = bottom quark, etc.
The 1964 discovery of a particle made of three strange quarks was the landmark that established the mathematical basis for what would become the theory of quarks, says physicist Michael Peskin of the Stanford Linear Accelerator Center in Menlo Park, Calif.
The quark matter would consist not only of the up and down quarks that make up protons and neutrons, but also strange quarks, which aren't found in ordinary matter.
A resulting quark star, for example, would consist of up and down quarks, which make up protons and neutrons, and also strange quarks, which are heavier and not found in ordinary matter.
The scientists have often created baryons containing two and even three strange quarks, but no one had ever detected a baryon containing more than one charm quark, at least no one thought so.
Lambda particles are "strange" because they incorporate so-called strange quarks (SN: 3/4/89, p.
However, if bubbles in the cooling quark-gluon plasma are large enough, and if they chill in just the right way, some of the plasma might condense into hypothetical blobs dubbed strange matter because they contain many so-called strange quarks (SN: 3/4/89, p.
Exotic models, in which squeezed neutrons and protons transform into more compressible material, such as a fluid of strange quarks, would then become far more plausible.
Recent experimental searches for evidence of strangeness in the proton imply that strange quarks carry an appreciable fraction of the particle's spin.
For example, the WA97 group, led by Emanuele Quercigh of CERN, furnished convincing evidence that far more particles composed of strange quarks were produced than can be accounted for in the absence of a quark-gluon plasma.