Recent instrumentation and computational advances have increased interest in determining
the properties of nuclear matter under extreme conditions and the core of neutron stars …

This paper is based on the study of compact stars in the context of electric fields and the
nonmetricity effects of gravity. Due to this, we are motivated to build stellar models based on …

This paper investigates the behavior of charged compact stars in the modified f (R, ϕ) theory
of gravity, where R and ϕ denote the Ricci scalar and scalar field respectively. The modified …

In this article, we develop a theoretical framework to study compact stars in Einstein gravity
with the Gauss–Bonnet (GB) combination of quadratic curvature terms. We mainly analyzed …

Recent advances in nuclear theory and new astrophysical observations have led to the
need for specific theoretical models applicable to dense-matter physics phenomena …

In this paper, we investigate the properties of anisotropic, spherically symmetric compact
stars, especially, electrically charged strange stars in f (Q) symmetric teleparallel gravity …

Dimensional Einstein-Gauss-Bonnet (4DEGB) gravity has garnered significant attention in
the last few years as a phenomenological competitor to general relativity. We consider the …

In the present paper, we have explored the existence of compact structures describing
anisotropic matter distributions within the framework of f (R, T) theory, where R is Ricci scalar …

We study the structure of quark stars (QSs) adopting homogeneously confined matter inside
the star with a 3-flavor neutral charge and a fixed strange quark mass m s. We explore the …

In this article, we provide a new model of static charged anisotropic fluid sphere made of a
charged perfect fluid in the context of 5D Einstein–Maxwell–Gauss–Bonnet (EMGB) gravity …