Quarkonium spectroscopy and perturbative QCD: massive quark-loop effects

Abstract

We study the spectra of the bottomonium and B_c states within perturbative QCD up to order alpha_s^4. The O(Lambda_QCD) renormalon cancellation between the static potential and the pole mass is performed in the epsilon-expansion scheme. We extend our previous analysis by including the (dominant) effects of non-zero charm-quark mass in loops up to the next-to-leading non-vanishing order epsilon^3. We fix the b-quark MSbar mass ${\bar{m}}_b\equiv m_b^{\overline{\mathrm{MS}}}(m_b^{\overline{\mathrm{MS}}})$ on Upsilon(1S) and compute the higher levels. The effect of the charm mass decreases ${\bar{m}}_b$ by about 11 MeV and increases the n=2 and n=3 levels by about 70--100 MeV and 240--280 MeV, respectively. We provide an extensive quantitative analysis. The size of non-perturbative and higher order contributions is discussed by comparing the obtained predictions with the experimental data. An agreement of the perturbative predictions and the experimental data depends crucially on the precise value (inside the present error) of alpha_s(M_Z). We obtain $m_b^{\overline{\mathrm{MS}}}(m_b^{\overline{\mathrm{MS}}})=4190\pm 20\pm 25\pm 3\mathrm{MeV}$.

33 pages, 21 figures; v2: Abstract modified; Table7 (summary of errors) added; Version to appear in Phys.Rev.D

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• Determination of the bottom quark mass from the ${\rm Y}(1S)$ system
• Quarkonium Spectroscopy and Perturbative QCD: A New Perspective

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