baryon

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Related to Baryons: Mesons, Quarks, Hadrons

bar·y·on

 (băr′ē-ŏn′)
n.
Any of a class of subatomic particles that are both hadrons and fermions, are composed of three quarks, participate in strong interactions, and are generally more massive than mesons and leptons. The class of baryons is divided into the nucleons and hyperons.

[Greek barus, heavy; see gwerə- in Indo-European roots + -on.]

bar′y·on′ic adj.

baryon

(ˈbærɪˌɒn)
n
(Atomic Physics) any of a class of elementary particles that have a mass greater than or equal to that of the proton, participate in strong interactions, and have a spin of . Baryons are either nucleons or hyperons. The baryon number is the number of baryons in a system minus the number of antibaryons
[C20: bary-, from Greek barus heavy + -on]

bar•y•on

(ˈbær iˌɒn)

n.
any strongly interacting fermion, as a proton or neutron, that decays into a set of particles that includes a proton.
[1950–55; < Greek barý(s) heavy + (fermi) on]
bar`y•on′ic, adj.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.baryon - any of the elementary particles having a mass equal to or greater than that of a proton and that participate in strong interactions; a hadron with a baryon number of +1
fermion - any particle that obeys Fermi-Dirac statistics and is subject to the Pauli exclusion principle
hadron - any elementary particle that interacts strongly with other particles
hyperon - any baryon that is not a nucleon; unstable particle with mass greater than a neutron
nucleon - a constituent (proton or neutron) of an atomic nucleus
Translations
References in periodicals archive ?
com/articles/nature25791) a separate paper about his theory in the same journal, under the title "Possible interaction between baryons and dark-matter particles revealed by the first stars" that also appeared online Wednesday.
Baryonic physics can affect the properties of the galaxies that form and even the distribution of dark matter around a galaxy, even though baryons do not dominate the mass budget of the universe," says Andrew Wetzel (Caltech).
Among their topics are a schematic model of baryons and mesons, on the way from sakatons to quarks, from symmetries to quarks and beyond, insights and puzzles in particle physics, the analytical determination of the quantum chromodynamic quark masses, quark mass hierarchy and flavor mixing puzzles, quark elastic scattering as a source of high transverse momentum mesons, exclusive processes and the fundamental structure of hadrons, lessons from supersymmetry: "instead-of-confinement" mechanisms, and quarks and a unified field theory of nature's fundamental forces.
hadrons, including such heavy particles like baryons with half-integer spin, which the weight of no less than the mass of the proton), involved in strong interactions [9, 10].
Using such techniques, I will establish highly accurate predictions for the properties of dark matter and baryons on small scales and investigate the formation of the first galaxies in non-CDM cosmologies.
mesons, baryons and their antiparticles, which are composed of quarks [16].
Les premieres experiences du LHC au CERN (European Organization for Nuclear Research) ont deja confirme l'existence de trois particules, dont une pressentie par le modele standard, le boson de Higgs (egalement connu sous le nom de particule-dieu), ainsi que les tout nouveaux baryons Xi_b' et Xi_b*--theorises par les chercheurs Randy Lewis et Richard M.
Scientists also postulate that dark matter could be made up of baryons.
The particles are baryons, each of which is composed of three quarks -- a word taken from James Joyce's "Finnegan's Wake'' -- and held together by the so-called "strong'' force.
Migliari said that if baryons can be accelerated to relativistic speeds, these systems should be strong sources of gamma rays and neutrino emission.
At its core, the equilibrium model intimately connects galaxies and their surrounding gas in a cycle of baryons that is centrally responsible for governing galaxy growth, and hence suggests that improving observations of gas in and around galaxies is the key to understanding galaxy evolution.
I presume that baryons and mesons could be the fundamental and excited eigenvectors of the Dynamic bi-Laplacian Equation obtained in the Introduction of Reference 1.