Abstract

A new class of inflation models within the context of G-inflation is proposed, in which the standard model Higgs boson can act as an inflaton thanks to Galileon-like non-linear derivative interaction. The generated primordial density perturbation is shown to be consistent with the present observational data. We also make a general discussion on potential-driven G-inflation models, and find a new consistency relation between the tensor-to-scalar ratio rr and the tensor spectral index nTn_T, r=−326nT/9r = -32 \sqrt{6}n_T / 9, which is crucial in discriminating the present models from standard inflation with a canonical kinetic term.

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