Developments in gauge field theory in the past fourteen years are discussed. The canonical description of electroweak and strong interactions is described including the role played by QCD and QFD. The Salam‐Weinberg theory of electroweak interactions is reviewed with emphasis on Higgs mass and renormalization group analysis. Implications of hyper‐color theories are discussed. Composite models of quarks and leptons are considered including hyperfermions as part of a subquark multiplet. (AIP)

Topics
Composite models, Electroweak interactions, Leptons, Quarks, Gauge theory, Gauge field theory, Renormalization and regularization
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© 1986 American Institute of Physics.
1986
American Institute of Physics
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