Electroweak Symmetry Breaking without Higgs Boson
E. Stefanidis · CERN Document Server (European Organization for Nuclear Research) · 2007
The mechanism of the Electroweak Chiral Langrangian and how this is implemented in the Vector Boson Scattering is presented. By this way and by applying different unitarisation protocols, different type of resonances can be predicted, at high energies. These resonances can be responsible for the EW Symmetry breaking, in the absence of a light Higgs Boson. The performance studies are presented, using the Fast Simulation Package (ATLFAST) for the ATLAS Detector.