Abstract
A variant version of symmetry is proposed, in which the resonance processes should violate the complete higher symmetry that otherwise holds in the strong Yukawa-type interactions of baryons and mesons. Thus, it is assumed that the higher symmetry of the resonance transitions forming or dissolving isobars should be different from the Yukawa-interaction symmetry. Quantum numbers and selection rules are obtained in this model. It is expected that processes forbidden by the symmetric strong interaction should take piace as resonance reactions. Processes allowed by the selection rules should have two channels, one through the symmetric strong interaction and one through the possible isobars. (T.F.H.)
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