Quintessential inflation and cosmological seesaw Mechanism: reheating and observational constraints
arXiv:2102.09514 · doi:10.1088/1475-7516/2021/07/007
Abstract
Recently a new kind of quintessential inflation coming from the Lorentzian distribution has been introduced in [1,2]. The model leads to a very simple potential, which basically depends on two parameters, belonging to the class of -attractors and depicting correctly the early and late time accelerations of our universe. The potential emphasizes a {\it cosmological seesaw mechanism} (CSSM) that produces a large inflationary vacuum energy in one side of the potential and a very small value of dark energy on the right hand side of the potential. {Here we show that the model agrees with the recent observations and with the reheating constraints. Therefore the model gives a reasonable scenario beyond the standard CDM that includes the inflationary epoch.}
9 pages; 5 figures; accepted for publishing in JCAP
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