Abstract
The results reported prove that (e+e−) physics is strongly connected not with one but with four fundamental interactions: strong, semi-strong, electromagnetic and weak. Problems of general great interest—such as the validity of a local relativistic quantum field theory, the superelementary structure of the hadrons, the mechanism ofSU 3 breaking—as well as the detailed study of the electromagnetic structure of the hadrons, the search for new vector mesons, and ofC=+1 states, the search for new heavy leptons and the validity of the leptonic selection rules—have been and will remain the basis of the great role that (e+e−) physics will play in the understanding of the fundamental laws of Nature.
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