Abstract
Since a Higgs boson mass M H of the order 1 TeV is not unnatural in Weinberg-Salam type models, we look for corrections to the tree-level predictions due to a large M H. Our analysis indicates that (i) for energies far below M H, all such effects are shielded by several powers of the weak coupling constant g, (ii) the shielding disappears and a strongly interacting scalar sector should manifest itself around M H and beyond. The strongly low-energy suppression is shown to be a consequence of the chiral symmetry of the Higgs sector.
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