Chiral Perturbation to One Loop Including the Meson
arXiv:hep-ph/9306237 · doi:10.1016/0370-2693(93)91040-T
Abstract
We formulate the chiral perturbation theory at the one loop level in the effective lagrangian including the meson as a dynamical gauge boson of a hidden local symmetry(HLS). The size of radiative correction to the phenomenological parameter of HLS is estimated to be about \%. The complete list of terms is given and the one loop counter terms are determined explicitly in the flavor model. We also obtain matching conditions to the conventional chiral perturbation of Gasser and Leutwyler in the chiral limit in a renormalization scale independent manner. We find that Gasser--Leutwyler's estimates for are saturated by and its one loop contributions without introducing non-minimal couplings of - system, suggesting the absence of the tree level meson contributions.
14pages, KEK-TH-349/KEK preprint 92-169
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