The Search for Beauty-fully Bound Tetraquarks Using Lattice Non-Relativistic QCD
arXiv:1710.03236 · doi:10.1103/PhysRevD.97.054505
Abstract
Motivated by multiple phenomenological considerations, we perform the first search for the existence of a tetraquark bound state with a mass below the lowest non-interacting bottomonium-pair threshold using the first-principles lattice non-relativistic QCD methodology. We use a full -wave colour/spin basis for the operators in the three , and channels. We employ four gluon field ensembles at multiple lattice spacing values ranging from fm, all of which include , , and quarks in the sea, and one ensemble which has physical light-quark masses. Additionally, we perform novel exploratory work with the objective of highlighting any signal of a near threshold tetraquark, if it existed, by adding an auxiliary potential into the QCD interactions. With our results we find no evidence of a QCD bound tetraquark below the lowest non-interacting thresholds in the channels studied.
24 Pages; 19 Figures; Accepted By PRD; Unaveraged Correlator Data Publicly Available in SQLite Database
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