Bianchi Type V Bulk Viscous String With Electromagnetic Field in Barber's Second Self Creation Theory of Gravitation
Abstract
In this article, the Barber's second self-creation theory framework is used to explore the homogeneous and anisotropic Bianchi type-V metric, in reference to a bulk viscous fluid composed of one-dimensional strings embedded in an electromagnetic field. To obtain precise results, we employed power law volumetric expansion of the cosmos, and an extra physically valid situation that gives a trace of the energy-momentum tensor zero. We reviewed the model's kinematics and physical properties, as well as inquiries into the jerk parameter and energy conditions. Additionally, research is done on the effects of the electromagnetic field on the kinematical and physical features of the derived universe.
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