The main focus of this paper is to explore the possibility of providing a new family of exact
solutions for suitable anisotropic spherically symmetric systems in the realm of general …

Certain physical quantities that characterize neutron stars and quark stars (eg their mass,
spin angular momentum, and quadrupole moment) have recently been found to be …

We present a detailed analysis of a general relativistic static spherical symmetric distribution
in which both the radial and tangential pressures follow a master polytropic equation of state …

We discuss the effect that small fluctuations of the local anisotropy of pressure and of the
energy density may have on the occurrence of cracking in spherical compact objects …

Through this study, we intend to present a comprehensive summary of the most recent
research on complex systems or complexity factor (𝒞 f) in the background of modified gravity …

In this work, we investigate astrophysical systems in a Newtonian regime using anisotropic
matter. For this purpose, we considered that both radial and tangential pressures satisfy a …

In this work we will analyse the complexity factor, proposed by L. Herrera, for spherically
symmetric static matter distributions satisfying a polytropic equation through the gravitational …

We discuss the effect that small fluctuations of both local anisotropy and energy density may
have on the occurrence of cracking in spherical compact objects satisfying a polytropic …

Spherically symmetric relativistic stars with a polytropic equation of state (EoS), which
possess local pressure anisotropy, are considered within the framework of general relativity …

In this work, we deliver a comprehensive analysis of anisotropic fluids supporting self-
gravitating spheres. Our research is grounded on anisotropic fluids that adhere to a well …