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We propose a minimal and self-contained model in non-compact flat fivedimensions which localizes the Standard Model (SM) on a domain wall.Localization of gauge fields is achieved by the condensation of Higgs field viaa Higgs dependent gauge kinetic term in five-dimensional Lagrangian. The domainwall connecting vacua with unbroken gauge symmetry drives the Higgscondensation which provides both electroweak symmetry breaking and gauge fieldlocalization at the same time. Our model predicts higher-dimensionalinteractions $|H|^{2n}(F_{\mu\nu})^2$ in the low-energy effective theory. Thisleads to two expectations: The one is a new tree-level contribution to $H \to\gamma\gamma$ ($H \to gg$) decay whose signature is testable in future LHCexperiment. The other is a finite electroweak monopole which may be accessibleto the MoEDAL experiment. Interactions of translational Nambu-Goldstone bosonis shown to satisfy a low-energy theorem.

Localization of the Standard Model via Higgs mechanism and a finite electroweak monopole from non-compact five dimensions