Abstract
The law of conservation of combined parity reflects the fundamental properties of space-time. The conservation of parity in separate interactions is the result of additional requirements of invariance. The experimental discovery of the nonconservation of parity in strong interactions described by Lagrangians, referring to the second class, confirms the above concept and leads to a better understanding of nature's phenomena. For instance the nonconservation of parity in meson scattering by nucleons indicates the disarrangement of the charge invariance hypothesis and the appearance of nonlocal interactions. The appearance of nonconservation of parity in nucleon--nucleon interactions permits evaluation of K meson--hyperon force contributions. (R.V.J.)
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