Abstract
We review some aspects of the physics of gauge boson interactions. Perspectives for determining anomalous triple gauge boson couplings in the LEP II process e + e − → W + W − are discussed. We point out that recent data from LEP and SLC seem to severely constrain contributions from gauge-boson loops. This provides indirect support for the Standard Model gauge boson structure. Prospects for disentangling anomalous gauge interactions at future colliders are also considered.
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