The mass spectrum and wave functions of the system
arXiv:2201.02318 · doi:10.1007/JHEP05(2022)006
Abstract
The spectrum and relativistic wave functions of system are investigated via solving the complete Salpeter equation. Emphases are put on the study of the partial waves of each state. Our study shows that there are three categories of states. The first category contains and states, which are dominant state with a small amount of wave and dominant state with a small amount of wave, respectively. The second category includes the natural parity states, such as , , , etc. Taking the state as an example, we study it in two cases. One is the dominant state with a small amount of and waves, and the other is the dominant state but contains a large amount of and wave components. The third category includes the unnatural parity states, such as , , , etc. For the spectrum, the states are grouped into pairs with different radial quantum numbers. Each pair contains two mixing states, and the corresponding mixing angles are calculated by using the relativistic wave functions.
26 pages, 1 table, 8 figures
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