#reheating

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5 papers match

astro-ph.CO2026

Beyond monomial -attractors

Laura Iacconi

The paper investigates inflationary α‑attractor models with a binomial (quadratic + quartic) potential, showing that the quartic term can significantly modify the scalar spectral i…

#inflation#alpha-attractors#reheating#scalar spectral index
hep-ph2026

Seesaw Cosmology

Nicolás Bernal, Chee Sheng Fong, Óscar Zapata

The paper investigates a reheating scenario where the inflaton decays into right‑handed neutrinos that generate light neutrino masses via the type‑I seesaw, leading to a nonstandar…

#inflation#reheating#right-handed neutrinos#seesaw mechanism
hep-ph2026

A multi-axion model of inflation and dark matter

Marcos A. G. Garcia, Hansel Gordillo-Ruiz, Raul Henriquez-Ortiz +1

The paper proposes a multi-axion framework arising from extra dimensions where the heaviest axion drives inflation and the lighter axions later behave as dynamical dark matter, mat…

#extra dimensions#axion inflation#dynamical dark matter#reheating
hep-ph2026

Seesaw reheating

Yann Mambrini

The paper proposes a Seesaw Reheating scenario where the inflaton first transfers energy to a long-lived scalar linked to lepton-number breaking, whose delayed decay into right‑han…

#inflation#reheating#seesaw mechanism#neutrino masses
gr-qc2026

Corrections to inflationary models induced by non-minimal coupling between scalar field and curvature

I. V. Fomin, S. V. Chervon, E. S. Dentsel +1

The paper examines how a specific non‑minimal coupling between a scalar field and curvature alters inflationary potentials and cosmological perturbation parameters, while showing t…

#inflation#non-minimal coupling#scalar field#cosmological perturbations