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Constituent gluon interpretation of glueballs and gluelumps

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arxiv 0806.3174 v2 pith:IXZHIT6F submitted 2008-06-19 hep-ph hep-lat

N. Boulanger , F. Buisseret , V. Mathieu , C. Semay This is my paper · ORCID
classification hep-phhep-lat
keywords constituentlatticeboundfluxglueballglueballsgluelumpsgluons
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abstract

Arguments are given that support the interpretation of the lattice QCD glueball and gluelump spectra in terms of bound states of massless constituent gluons with helicity-1. In this scheme, the mass hierarchy of the currently known gluelumps and glueballs is mainly due to the number of constituent gluons and can be understood within a simple flux tube model. It is also argued that the lattice QCD $0^{+-}$ glueball should be seen as a four-gluon bound state. The flux tube model allows for a parameter-free computation of its mass, which is in good agreement with lattice QCD.

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  1. Lattice QCD study of color correlations between static quarks with gluonic excitations

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    Excited hybrid quark-antiquark channels are color-octet at short distance and exponentially relax to random color, with screening masses ordered B(Σ_g^+) ~ B(Π_u) < B(Π_u') ~ B(Δ_g) < B(Δ_g') < B(Σ_g^+').

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