Palatini Higgs and Coleman-Weinberg inflation with non-minimal coupling
arXiv:2009.04406 · doi:10.1088/1475-7516/2021/04/042
Abstract
We present the impact of non-minimal coupling on the inflationary parameters by taking into account the models of single-field inflation with the inflaton that has a non-zero vacuum expectation value () after the period of inflation in Palatini gravity. We discuss the well-known symmetry breaking type potentials, namely the Higgs potential and Coleman-Weinberg potential. We show the inflationary predictions of these potentials, for both and inflation, the regions in the plane for which the values of and are in agreement with the recent measurements. We also show the linear inflation behavior as a solution of Coleman-Weinberg potential for limit. Finally, we take into account the inflationary predictions of Coleman-Weinberg potential for preferred values as a function of in Palatini formalism.
arXiv comment1+19 pages, 12 figures
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