Gluonium as Bound State of Massive Gluons Described by the Joos-Weinberg Wave Functions

Details Gluonium as Bound State of Massive Gluons Described by the Joos-Weinberg Wave Functions Gluonium as Bound State of Massive Gluons Described by the Joos-Weinberg Wave Functions

1993-11-23

arxiv.org/abs/hep-ph/9311347v1

Hadronic J.21:523,1998

Physics

High Energy Physics

High Energy Physics - Phenomenology

LaTeX file. 15 pp., 1 postscript figure

Scientific paper

On the basis of the Kadyshevsky equal-time (quasipotential) approach, a set of partial-wave equations is derived for the wave function of a gluonium, a bound state of two gluons. The field operators of constituent gluons are considered as six component quantities according to the Joos-Weinberg $2(2S+1)$- component approach. The quasiclassical quantization condition for relativistic two-particle states and the above set could be used for calculations of gluonium energy levels.

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