We consider an intermediate Dirac-Born-Infeld (DBI) inflationary model in the presence of a
minimal measurable length in the theory. We show that the presence of a minimal …

By adopting the intermediate and power-law scale factors, we study the tachyon inflation
with constant sound speed. We perform some numerical analysis on the perturbation and …

We study the intermediate tachyon inflation in an anisotropic background. By using the
Friedmann equations obtained in the anisotropic geometry, we obtain the slow-roll …

We study the intermediate inflation in the mimetic Dirac–Born–Infeld model. By considering
the scale factor as\(a= a_ {0}\exp (bt^{\beta})\), we show that in some ranges of the …

We proposed a generalized Lagrangian for three different classes of scalar fields namely
quintessence ($\alpha=-1$), phantom ($\alpha= 0$), and tachyonic ($\alpha= 1$) …

In this paper, we proposed a generalized Lagrangian for three different classes of scalar
fields namely quintessence (α=− 1), phantom (α= 0) and tachyonic (α= 1) parameterized by …

In this work, we apply the extended constant-roll condition to non-canonical scalar fields. We
use in particular two types of non-canonical fields, namely, the tachyon field and the Dirac …

We study the intermediate inflation in the mimetic Dirac–Born–Infeld model. By considering
the scale factor as a= a 0 exp (bt β), we show that in some ranges of the intermediate …

In this paper, we study the effects of the presence of the tachyon field around the black hole.
We show that in presence of the tachyon field, unlike the ordinary canonical scalar field, the …