Millisecond pulsars are the perfect testable to examine potential matter-geometry coupling
and its physical consequences in the context of the recent Neutron Star Interior Composition …

In this paper, we investigate the existence of asymptotically flat wormhole geometries within
the framework of Rastall-Rainbow modified gravity, a synthesis of two distinct theoretical …

The concept of dark energy can be a candidate for preventing the gravitational collapse of
compact objects to singularities. According to the usefulness of gravity's rainbow in UV …

In this work, we study the existence of strange stars in the background of f (T, T) gravity in the
Einstein spacetime geometry, where T is the torsion tensor and T is the trace of the energy …

Within the framework of f (R, T) theories of gravity, we investigate the hydrostatic equilibrium
of anisotropic neutron stars with a physically relevant equation of state (EoS) for the radial …

In this work, we study the influence of f (R, T) gravity on rapidly rotating neutron stars. First
we discuss the main aspects of this modified theory of gravity where the gravitational …

In this work we study rapidly rotating stars by considering the Rastall theory of gravity. We
obtain and solve the equations by numerical methods for two usual parametrization of …

This paper develops the stellar interior geometry for charged anisotropic spherical matter
distribution by developing an exact solution of the field equations of Rastall gravity using the …

We obtain new exact solutions for the gravitational field equations in the context of f (R, T)
gravity, thereby obtaining different classes of black holes surrounded by fluids, taking into …

The present work looks for the possible existence of static and spherically symmetric
wormhole geometries in Rastall–Rainbow gravity. Since, the Rastall–Rainbow gravity model …