Electromagnetic effects on the complexity of static cylindrical object in f(G, T) gravity

In this paper, we investigate complexity of anisotropic cylindrical object under the influence electromagnetic field in f(G, T) theory, where G and T indicate Gauss–Bonnet term trace stress–energy tensor, respectively. For purpose, calculate modified equations, non-conservation equation mass distributions that assist comprehending structure astrophysical objects. The Riemann tensor is divided into different scalars, among which one called factor. This factor used to measure system due involvement inhomogeneous energy density, pressure charge. vanishing employed as a constraint formulate charged static solutions for Gokhroo–Mehra model polytropic state. We conclude presence charge reduces system.