Abstract
We examine the universal physics associated with the s-wave system consisting of two neutrons and a flavored meson (\(K^-\) or \(D^0\) meson) using the framework of low-energy effective theory. Through an extrapolation to an unphysical mass domain between the strange and the charm limits, we present an idealized scenario in which the system may be tuned to meson-neutron unitarity, and thereby Efimov effect can be manifest in such three-body systems.
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