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2016

Reheating predictions in Gravity Theories with Derivative Coupling

Dalianis, Ioannis, Koutsoumbas, George, Ntrekis, Konstantinos et al.

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We investigate the inflationary predictions of a simple Horndeski theory where the inflaton scalar field has a non-minimal derivative coupling (NMDC) to the Einstein tensor.

The NMDC is very motivated for the construction of successful models for inflation, nevertheless its inflationary predictions are not observationally distinct.
We show that it is possible to probe the effects of the NMDC on the CMB observables by taking into account both the dynamics of the inflationary slow-roll phase and the subsequent reheating.
We perform a comparative study between representative inflationary models with canonical fields minimally coupled to gravity and models with NMDC.

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