Holographic Heavy-Light Chiral Effective Action
arXiv:1611.03757 · doi:10.1103/PhysRevD.95.056022
Abstract
We propose a variant of the - construction to describe the low energy effective theory of heavy-light mesons, interacting with the lowest lying pseudoscalar and vector mesons. The heavy degrees of freedom are identified with the - string low energy modes, and are approximated near the world volume of light branes, by fundamental vector field valued in . The effective action follows from the reduction of the bulk D-brane Born-Infeld (DBI) and Chern-Simons (CS) actions, and is shown to exhibit both chiral and heavy-quark symmetry. The action interpolates continuously between the case with massless mesons, and the case with heavy-light mesons. The heavy-light meson radial spectrum is Regge-like. The one-pion and two-pion couplings to the heavy-light multiplets are evaluated. The partial widths for the charged decays are shown to be comparable to the recently reported full widths for both the charm and bottom mesons.
14 pages, 1 figure
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