Abstract
Bevelacqua Resources, 7531 Flint Crossing Circle SE, Owens Cross Roads, AL 35763 USA bevelresou@aol.com The Υ(10753) has been interpreted as a conventional bottomonium, hybrid, or tetraquark state. Given the uncertainty in the structure of the Υ(10753)) system, this paper investigates its structure in terms of a ωχbJ(1P) tetraquark. The tetraquark structure of the Υ(10753) structure is investigated using a first-order tetraquark mass formula. This mass relationship is based on weakly bound ω plus χbJ(1P) meson clusters. The first-order tetraquark mass formula provides a predicted mass within about 4% of the experimental value and the Jπ predictions are in agreement with the range of values suggested by the data.
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