Abstract
In this paper the properties of thermal Abelian monopoles in the deconfinement phase of the $SU(2)$ gluodynamics are considered. In particular, to study the properties of the Abelian monopole component of quark-gluon plasma (QGP), we calculate three-point correlation functions of monopoles for different temperatures from the region $T/{T}_{c}\ensuremath{\in}(1.5,6.8)$. The results of the calculation show that the three-point correlation functions can be described by independent pair correlations of monopoles. From this, one can conclude that the system of Abelian monopoles in QGP reveals the properties of a dilute gas. In addition, one can assert that the interaction between Abelian monopoles is a pair interaction and there are no three-particle forces acting between monopoles.
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