resembling two baryons bound together (a dibaryon), or three quarks and three antiquarks. Once formed, dibaryons are predicted to be fairly stable by the...

(four valence quarks) and hexaquarks (six quarks, consisting of either a dibaryon or three quark-antiquark pairs) would be considered exotic mesons. Tetraquark...

possible tetraquarks (4 quarks) and hexaquarks (6 quarks, comprising either a dibaryon or three quark-antiquark pairs) may have been discovered and are being...

M.; Brodsky, S. J.; Clement, H. (2013). "Novel Six-Quark Hidden-Color Dibaryon States in QCD". Physics Letters B. 727 (4–5): 438. arXiv:1308.6404. Bibcode:2013PhLB...

(ADMX) at the University of Washington in early 2018. In 2014, a potential dibaryon was detected at the Jülich Research Center at about 2380 MeV. The center...

four-quark state with strangeness (qsqs). Robert L. Jaffe 1977 suggested the H dibaryon, a six-quark state with equal numbers of up-, down-, and strange quarks...

predicted using lattice QCD in 2018; in particular, the proton–Ω and Ω–Ω dibaryons (bound systems containing two baryons) are expected to be stable. As of...

for the existence of a new type of hadronic matter - narrow dibaryon resonances (dibaryon). He discovered the presence of local properties within nuclear...

baryonic resonances and decays whilst searching for the double-strange dibaryon H. The WA89 experiment consisted of a beamline and a forward spectrometer...

as spectroscopy), and hunts for exotic forms such as pentaquarks and dibaryons. Being baryons, all hyperons are fermions. That is, they have half-integer...