D^- mesic atoms
arXiv:1111.6535 · doi:10.1103/PhysRevC.85.025203
Abstract
The anti-D meson self-energy is evaluated self-consistently, using unitarized coupled-channel theory, by computing the in-medium meson-baryon T-matrix in the C=-1,S=0 sector. The heavy pseudo-scalar and heavy vector mesons, anti-D and anti-D^*, are treated on equal footing as required by heavy quark spin symmetry. Results for energy levels and widths of D^- mesic atoms in 12C, 40Ca, 118Sn and 208Pb are presented. The spectrum contains states of atomic and of nuclear types for all nuclei. anti-D^0--nucleus bound states are also obtained. We find that, after electromagnetic and nuclear cascade, these systems end up with the anti-D bound in the nucleus, either as a meson or as part of a exotic anti-D N (pentaquark) loosely bound state.
22 pages, 4 figures, 5 tables
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- Analysis of the heavy mesons in the nuclear matter with the QCD sum rules
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- Strong couplings and form factors of charmed mesons in holographic QCD
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- SU(4) flavor symmetry breaking in D-meson couplings to light hadrons
- annihilation into meson pair within an effective Lagrangian model
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- Nonmesonic weak decay of charmed hypernuclei
- Mesic nuclei with a heavy antiquark
- Charmed baryonic resonances in medium
- Charmed mesons in nuclei with heavy-quark spin symmetry
- Exotic baryons from a heavy meson and a nucleon
- Charming Baryons
- Heavy Mesons in Nuclear Matter and Nuclei
- Heavy Hadrons in Dense Matter
- Strangeness and Charm in Nuclear Matter