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2009

Primordial perturbations and non-Gaussianities from modulated trapping

Langlois, David, Sorbo, Lorenzo

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We propose a new mechanism to generate primordial curvature perturbations, based on the resonant production of particles during inflation.

It is known that this phenomenon can trap the inflaton for a fraction of e-fold.
This effect is governed by the mass of the produced particles and by their coupling to the inflaton, parameters which can depend on the expectation value of other fields.
If one of such additional fields - a 'modulaton' - is light, then its fluctuations, acquired during the earlier stages of inflation, will induce a spatial modulation of the trapping, and thus of the end of inflation, corresponding to a curvature perturbation.

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