Quartic gauge interactions at NLC-Interplay of WWZ/ZZZ-productions and WW-fusions-

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Other Particles, Other Charged Heavy Leptons, Models Beyond The Standard Model

Scientific paper

The new physics effects of the strong electroweak symmetry breaking (EWSB) can be parametrized by a complete set of the chiral Lagrangian parameters. Five of them characterize the anomalous quartic gauge interactions which involve pure Goldstone dynamics for the EWSB but are least constrained from the current data. After analyzing the different patterns of these parameters in connection with typical underlying resonance/non-resonance models, we perform model-independent systematic study on bounding them via WWZ/ZZZ-productions and WW-fusions at the next generation high energy e+/-e- linear colliders (NLC). The main focus is put onto the interplay of these two production mechanisms for achieving a complete probe of the quartic gauge interactions in a multi-parameter analysis. The important roles of both polarized e- and e+ beams are revealed.

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