In this work, we study the neutron star phenomenology of R p attractor theories in the
Einstein frame. The Einstein frame R p attractor theories have the attractor property that they …

In this work we study static neutron stars in the context of several inflationary models which
are popular in cosmology. These inflationary models are nonminimally coupled scalar …

This study focuses on the static neutron star perspective for two types of cosmological
inflationary attractor theories, namely the induced inflationary attractors and the quadratic …

In this work we shall study the implications of a subclass of E-models cosmological
attractors, namely of a-attractors, on hydrodynamically stable slowly rotating neutron stars …

We study static neutron stars in the context of a class of non-minimally coupled inflationary
potentials, the universal attractors. Universal attractors are known to generate a viable …

We study the primordial perturbations and reheating process in the models where the Gauss–
Bonnet (GB) term is nonminimally coupled to the canonical and noncanonical (DBI and …

In this work, we study a new class of attractor models which we shall call generalized R p-
attractor models. This class of models is based on a generalization of the Einstein frame …

We study tachyon inflation in the presence of the superpotential as an inflationary potential.
We study the primordial perturbations and their non-Gaussian feature in the equilateral …

We study mimetic gravity in the presence of a Dirac–Born–Infeld (DBI)-like term, which is a
non-canonical setup of the scalar field's derivatives. We consider two general cases with …

We study cosmological dynamics of the energy-momentum squared gravity. By adding the
squared of the matter field's energy-momentum tensor (ζ T 2) to the Einstein–Hilbert action …