Authors: A Senol M Köksal
Publish Date: 2015/03/25
Volume: 2015, Issue: 3, Pages: 139-
Abstract
In this paper we examine the potentials of the processes γγ → W + W − Z and e + e − → e + γ γ e − → e + W + W − Ze − at the CLIC with sqrts = 05 15 and 3 TeV to investigate anomalous quartic WWZγ couplings by two different CPviolating and CPconserving effective Lagrangians We find 95 confidence level sensitivities on the anomalous coupling parameters at the three CLIC energies and various integrated luminosities The best sensitivities obtained from the process γγ → W + W − Z on the anomalous frack 0WvarLambda2frack cWvarLambda2 and frack 2mvarLambda2 couplings defined by CPconserving effective Lagrangians are −173 173×10−7 GeV−2 −244 244×10−7 and −189 189×10−7 GeV−2 while fraca nvarLambda2 coupling determined by CPviolating effective Lagrangians is obtained as −174 174×10−7 GeV−2 In addition the best sensitivities derived on frack 0WvarLambda2frack cWvarLambda2 and frack 2mvarLambda2 and fraca nvarLambda2 from the process e + e − → e + γ γ e − → e + W + W − Ze − are obtained as −109 109×10−6 GeV−2 −154 154×10−6 GeV−2 −118 118×10−6 and −104 104×10−6 GeV−2 respectivelyThis article is published under an open access license Please check the Copyright Information section for details of this license and what reuse is permitted If your intended use exceeds what is permitted by the license or if you are unable to locate the licence and reuse information please contact the Rights and Permissions team
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