Abstract
Low-energy pion physics is defined as: reactions which take place at low (positive) energies; pi - capture in hydrogen or deuterium; and the pi - capture by heavier nuclei. The reactions which occur for these conditions are explained. The independence and symmetry of the charge are discussed in the phenomenological theory of the interactions. The zero energy ratios for the reaction rates were found in the T, R, and S transitions. It was shown that the pion is pseudoscalar. Mesonic x rays from more complicated nuclei than H and D are discussed.
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