Matches in DBpedia 2015-10 for { <http://dbpedia.org/resource/X(3872)> ?p ?o }
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- X(3872) abstract "The X(3872) is an anomalous particle with a mass of 3871.68 MeV/c2 which does not fit into the quark model because of its quantum numbers. It was first discovered in 2003 by the Belle experiment in Japan and later confirmed by several other experimental collaborations. Several theories have been proposed for its nature, such as a mesonic molecule or a diquark-antidiquark pair (tetraquark).The quantum numbers of X(3872) have been determined by the LHCb Experiment at CERN in March 2013. The values for JPC is 1++.".
- X(3872) wikiPageExternalLink the-charming-case-of-x3872.
- X(3872) wikiPageID "8207695".
- X(3872) wikiPageLength "2585".
- X(3872) wikiPageOutDegree "16".
- X(3872) wikiPageRevisionID "679733888".
- X(3872) wikiPageWikiLink Belle_experiment.
- X(3872) wikiPageWikiLink C-symmetry.
- X(3872) wikiPageWikiLink CERN.
- X(3872) wikiPageWikiLink Category:Mesons.
- X(3872) wikiPageWikiLink Diquark.
- X(3872) wikiPageWikiLink LHCb.
- X(3872) wikiPageWikiLink Meson.
- X(3872) wikiPageWikiLink Mesonic_molecule.
- X(3872) wikiPageWikiLink Parity_(physics).
- X(3872) wikiPageWikiLink Quantum_number.
- X(3872) wikiPageWikiLink Quantum_numbers.
- X(3872) wikiPageWikiLink Quark_model.
- X(3872) wikiPageWikiLink Tetraquark.
- X(3872) wikiPageWikiLink Total_angular_momentum.
- X(3872) wikiPageWikiLink Total_angular_momentum_quantum_number.
- X(3872) wikiPageWikiLink Y(4140).
- X(3872) wikiPageWikiLink Z(4430).
- X(3872) wikiPageWikiLink Zc(3900).
- X(3872) wikiPageWikiLinkText "X(3872)".
- X(3872) hasPhotoCollection X(3872).
- X(3872) wikiPageUsesTemplate Template:Cite_web.
- X(3872) wikiPageUsesTemplate Template:Particle-stub.
- X(3872) subject Category:Mesons.
- X(3872) hypernym Particle.
- X(3872) type Scientist.
- X(3872) comment "The X(3872) is an anomalous particle with a mass of 3871.68 MeV/c2 which does not fit into the quark model because of its quantum numbers. It was first discovered in 2003 by the Belle experiment in Japan and later confirmed by several other experimental collaborations. Several theories have been proposed for its nature, such as a mesonic molecule or a diquark-antidiquark pair (tetraquark).The quantum numbers of X(3872) have been determined by the LHCb Experiment at CERN in March 2013.".
- X(3872) label "X(3872)".
- X(3872) sameAs X(3872).
- X(3872) sameAs X(3872).
- X(3872) sameAs X(3872).
- X(3872) sameAs X(3872).
- X(3872) sameAs m.026w69m.
- X(3872) sameAs Q4021177.
- X(3872) sameAs Q4021177.
- X(3872) wasDerivedFrom X(3872)?oldid=679733888.
- X(3872) isPrimaryTopicOf X(3872).