Impact of a thermal medium on mesons and their chiral partners
arXiv:2001.11877 · doi:10.1016/j.physletb.2020.135464
Abstract
We study and mesons at finite temperature using an effective field theory based on chiral and heavy-quark spin-flavor symmetries within the imaginary-time formalism. Interactions with the light degrees of freedom are unitarized via a Bethe-Salpeter approach, and the and self-energies are calculated self-consistently. We generate dynamically the and states, and study their possible identification as the chiral partners of the and ground states, respectively. We show the evolution of their masses and decay widths as functions of temperature, and provide an analysis of the chiral-symmetry restoration in the heavy-flavor sector below the transition temperature. In particular, we analyse the very special case of the -meson, for which the chiral partner is associated to the double-pole structure of the .
arXiv comment15 pages, 3 figures. v2: Corrected self-consistent calculation due to missing numerical factor. Conclusions remain unchanged. New references and discussion on validity of temperature range. Results on figure 3 provided as ancillary data. Version accepted by Physics Letters B journal
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