Unification of the Graviatational and Electromagnetic Fields through Nonlinear Physics

Authors

  • Maria Kuman

Keywords:

nonlinear electromagnetic fields; gravitational field; similarity of electromagnetic and gravitational

Abstract

The article reveals the similarities of the electromagnetic and gravitational fields and provides farther evidence that the gravitational field is a special type of weak torus-shaped nonlinear electromagnetic field (NEMF), which in the nonlinear theory is a three-dimensional attractor. Read the article to learn about the type, structure, and dynamics of this nonlinear electromagnetic field, which manifests itself as gravitational field. Recently, classical general relativity was used to describe holographic quantum matter, which is another proof of the common roots of the gravitational and electromagnetic fields. This also means that the gravitational field can be modeled as a quantum matter, which indicates that the gravitational field is a quantum field. If so, quantum behavior is a universal characteristic of all torus-shaped dynamic nonlinear electromagnetic fields (NEMF) (starting with the stars and finishing with the elementary particles and everything in between).

How to Cite

Maria Kuman. (2019). Unification of the Graviatational and Electromagnetic Fields through Nonlinear Physics. Global Journal of Science Frontier Research, 19(10), 43–47. Retrieved from https://journalofscience.org/index.php/GJSFR/article/view/2556

Unification of the Graviatational and Electromagnetic Fields through Nonlinear Physics

Published

2019-11-05