In this paper, a well‐motivated parameterization of the Hubble parameter (H) is revisited that
renders two models of dark energy showing some intriguing features of the late‐time …

In this research paper, we explore a well-motivated parametrization of the time-dependent
deceleration parameter, characterized by a cubic form in cosmic time t, in the context of late …

This study proposes a novel parametrization approach for the dimensionless Hubble
parameter ie E 2 (z)= A (z)+ β (1+ γ B (z)) in the context of scalar field dark energy models …

In this study, we investigate the cosmological history within the framework of modified f (Q)
gravity, which proposes an alternative theory of gravity where the gravitational force is …

In this work we propose a simple general parametrization scheme of the Hubble parameter
for the scalar field dark energy models. In our approach it is possible to incorporate both the …

In the present work, we investigate the power-law entropy corrected holographic dark
energy (PLECHDE) model with Hubble horizon cutoff. We use 46 observational Hubble data …

In this research paper, we explore a well-motivated parametrization of the time-dependent
deceleration parameter, characterized by a cubic form, within the context of late time cosmic …

In this paper, we have studied an interacting dark energy model. We have assumed the
gravitational interaction between the matter fields ie barotropic fluid and the dark energy …

In this work, we have proposed a simple parametrization for the pressure component p (z) of
the dark energy model and have studied the cosmological implications of this model in the …

In this paper, we have examined the viability of the Bianchi type-V universe in Brans–Dicke
(BD) theory of gravitation. We have discussed the interacting and non-interacting scenarios …