Quark--antiquark states and their radiative transitions in terms of the spectral integral equation. {\Huge I.} Bottomonia
arXiv:hep-ph/0510410 · doi:10.1134/S1063778807010097
Abstract
In the framework of the spectral integral equation, we consider the states and their radiative transitions. We reconstruct the interaction on the basis of data for the levels of the bottomonium states with , , , , as well as the data for the radiative transitions and with . We calculate bottomonium levels with the radial quantum numbers , their wave functions and corresponding radiative transitions. The ratios for are found in the agreement with data. We determine the component of the photon wave function using the data for the annihilation, , , , , , , and predict partial widths of the two-photon decays $η_{b0}\to\ggam$, $χ_{b0}\to\ggam$, $χ_{b2}\to\ggam$ for the radial excitation states below threshold ().
43 pages, 13 figures
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- Bottomonium Spectrum with Screened Potential
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- Canonical interpretation of the
- Production of - and -mesons in high energy hadronic collisions
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