Chiral Lagrangians for singly heavy baryons to order
arXiv:2304.09183 · doi:10.1103/PhysRevD.108.014027
Abstract
The chiral Lagrangians for singly heavy baryons are constructed up to the order. The involved baryons may be in a flavor antitriplet with spin-1/2, a flavor sextet with spin-, or a flavor sextet with spin-3/2 when one considers three light flavors. For the relativistic version of Lagrangian, from to , there exist 48, 199, and 1242 independent terms in the case and 59, 307, and 2454 independent terms in the case, respectively. For the Lagrangian in the heavy quark limit, from to , the numbers of independent terms are reduced to 16, 64, and 412 in the case and to 17, 88, and 714 in the case, respectively. We obtain the low-energy constant relations between the relativistic case and the heavy-quark case up to the order. The relations between low-energy constants of independent relativistic terms are also presented up to this order by using the heavy quark symmetry.
arXiv comment51 pages
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