Higher charmonia and bottomonia. Nature of the X(3872)
Higher charmonia and bottomonia. Nature of the X(3872)
In this contribution, we will discuss our unquenched quark model re- sults for the spectra of cc and bb states. The spectra are calculated in the unquenched quark model formalism, where the physical mass of a meson is the sum of a bare mass contribution plus a self-energy correc- tion, due to the coupling to the meson-meson continuum. We will also discuss the quark structure of the X(3872). Its open-flavor and radiative decays are calculated in the quark model formalism. In our interpreta- tion, the wave function of the X(3872) is the sum of two contributions, a cc core plus higher Fock components, due to meson-meson continuum components. Our results for the spectra, open-flavor and radiative decays are compared to the existing experimental data.
E. Santopinto、H. Garc¨aa-Tecocoatzi、J. Ferretti
物理学
E. Santopinto,H. Garc¨aa-Tecocoatzi,J. Ferretti.Higher charmonia and bottomonia. Nature of the X(3872)[EB/OL].(2015-10-01)[2025-08-02].https://arxiv.org/abs/1510.00433.点此复制
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