Novel strong interactions in the electroweak bosonic sector are expected to induce effective
interactions between the Higgs doublet field and the electroweak gauge bosons which lead …

Theories beyond the standard model (“meta-theories”) are severely constrained by the
current body of data and must necessarily respect the standard gauge symmetry. We …

Novel strong interactions in the electroweak bosonic sector may induce SU (2)× U (1) gauge-
invariant effective interactions between the Higgs doublet field and the electroweak gauge …

A detailed analysis of W γ production and radiative W decays at the Fermilab Tevatron is
presented for general WW γ couplings. Possibilities to test the gauge structure of the WW γ …

Partial wave unitarity applied to fermion-pair annihilation into WZ, Wγ or W+ W− severely
limits any deviation of the ZWW and γWW three vector boson vertices from the standard …

Hadroproduction of weak-boson pairs W±Z and W+ W− is studied quantitatively at Fermilab
Tevatron energies. Although the cross sections are expected to be small in the standard …

Motivated by past and recent analyses we critically reexamine the use of effective
Lagrangians in the literature to constrain new physics and to determine the" physics reach" …

We present the results obtained by the" Triple Gauge Couplings" working group during the
LEP2 Workshop (1994-1995). The report concentrates on the measurement of …

The structure of the WWγ vertex can be measured in W±γ production at the LHC and the
SSC. Deviations from the gauge theory structure can be parametrized in terms of 4 form …

Contributions of nonstandard WW γ couplings to the four electromagnetic form factors of light
quarks and leptons, magnetic and electric dipole moments, anapole moments, and charge …