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2016

Regarding the Radion in Randall-Sundrum Models with Brane Curvature

Dillon, Barry M., George, Damien P., McDonald, Kristian L.

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In Randall-Sundrum models, one typically expects the radion to be the lightest new "gravity" state, as it is dual to a composite pseudo-Goldstone boson associated with conformal symmetry breaking in the IR.

Here, we investigate the effects of localized brane curvature on the properties of the radion in Goldberger-Wise stabilized Randall-Sundrum models.
We point out that both the radion mass and coupling to brane matter are sensitive to the brane curvature.
Radion/Higgs kinetic mixing, via an IR-localized non-minimal coupling to the Higgs, is also investigated, in relation to the ghost-like radion that can occur for $\mathcal{O}(10)$ values of the IR curvature (as required to significantly suppress the first Kaluza-Klein graviton mass).

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