Reheating via a generalized non-minimal coupling of curvature to matter
classification
🌀 gr-qc
keywords
preheatingcouplinggeneralizedmatternon-minimalreheatingscalarterm
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In this work one shows that a generalized non-minimal coupling between geometry and matter is compatible with Starobinsky inflation and leads to a successful process of preheating, a reheating scenario based on the production of massive particles via parametric resonance. The model naturally extends the usual preheating mechanism, which resorts to an {\it ad-hoc} scalar curvature-dependent mass term for a scalar field $\chi$, and also encompasses a previously studied preheating channel based upon a non-standard kinetic term.
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