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DOE OSTI · 21426387

Vector meson-vector meson interaction and dynamically generated resonances

Oset, E·Geng, L S·Molina, R·Nicmorus, D
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Abstract

Using the local hidden gauge formalism for the vector meson-vector meson interaction within a unitary approach we find that 11 states get dynamically generated. Five of them are associated to the f{sub 0}(1370), f{sub 0}(1710), f{sub 2}(1270), f{sub 2}'(1525), and K{sub 2}*(1430) resonances, by comparing the mass, width, and decay pattern of these states with those of their experimental counterparts. At the same time we predict six other states with the quantum numbers of h{sub 1}, a{sub 0}, b{sub 1}, a{sub 2}, K{sub 0}*, and K{sub 1} which could be tested by future experiments.

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72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDSBOSONSCHIRAL SYMMETRYDECAYELEMENTARY PARTICLESF2-1270 MESONSFIELD THEORIESGAUGE INVARIANCEHADRON-HADRON INTERACTIONSHADRONSINTERACTIONSINVARIANCE PRINCIPLESK*-892 MESONSK*2-1430 MESONSMASSMESON-MESON INTERACTIONSMESONSPARTICLE DECAYPARTICLE INTERACTIONSPARTICLE PRODUCTIONQUANTUM FIELD THEORYQUANTUM NUMBERSRESONANCE PARTICLESREST MASSSTRANGE MESONSSTRANGE PARTICLESSYMMETRYTENSOR MESONSVECTOR MESONS

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Oset, E, Geng, L S, Molina, R, Nicmorus, D. 2010-08-05. Vector meson-vector meson interaction and dynamically generated resonances. https://doi.org/10.1063/1.3483326

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