EFFECTS OF A STRONGLY INTERACTING HIGGS SECTOR ON GAMMA-GAMMA-]W(L)+W(L)-,Z(L)0Z(L)0 SCATTERING

We study the effects of a strongly interacting Higgs sector on the amplitudes for gammagamma --> W(L)+W(L)-, Z(L)0Z(L)0 by unitarizing the W(L)+W(L)-, Z(L)0Z(L)0, gammagamma system using the K-matrix technique. Unitarization produces substantial corrections to the cross sections for gauge boson pair production by photon fusion when mH greater than or similar to 5-10 TeV. We also investigate the extent to which including transverse W'S modifies the unitarized gammagamma --> W(L)+W(L)- amplitude.