The goal of this work was to investigate the behavior of charge compact stars in the context
of f (G) theory of gravity, which is one of the most powerful candidates responsible for the …

We explore the recently introduced modified Gauss–Bonnet gravity (Sharif and Ikram in Eur
Phys JC 76: 640, 2016), f (G, T) f (G, T) pragmatic with GG, the Gauss–Bonnet term, and T …

This paper is devoted to investigate the recently proposed modified Gauss–Bonnet f (𝒢, T)
gravity, with 𝒢, the Gauss–Bonnet term, coupled with T, the trace of energy–momentum …

This paper investigates the geometry of compact stellar objects through the Noether
symmetry approach in the energy‐momentum squared gravity. This newly developed theory …

This paper explores exact cosmological solutions of anisotropic universe model through
Noether symmetry technique in energy-momentum squared gravity. This theory resolves the …

The main purpose of this article is to analyze some physically viable solutions through the
Noether symmetry technique in f (R, T 2) theory. For this perspective, we assume a …

This work aims to investigate some possible emergence of relativistic compact stellar objects
in modified f (G) gravity using Noether symmetry approach. For this purpose, we assume …

In this paper we study the anisotropic universe using Noether symmetries in modified
gravity. In particular, we choose a locally rotationally symmetric Bianchi type-I universe for …

In this paper, first order approximate Mei symmetries of the geodetic Lagrangian for some
classes of the pp-wave spacetimes are obtained. These classes of pp-wave spacetimes …

This paper explores static wormhole solutions through Noether symmetry technique in the
framework of f (G, T) gravity, where G and T indicate the Gauss–Bonnet invariant and trace …