Representation of electromagnetic and gravitoelectromagnetic Poynting theorems in higher dimensions

Authors

MUSTAFA EMRE KANSU
MURAT TANIŞLI
SÜLEYMAN DEMİR

DOI

10.3906/fiz-1311-13

Abstract

This study investigates whether the electromagnetic and gravitoelectromagnetic energy conservation equations are obtained together by using octonion algebra or not. Maxwell and Maxwell-like equations for linear gravity with magnetic monopole terms are used in the SI unit system. A new complex octonionic field term is suggested for the first time. The complex octonionic source equation is then obtained. Finally, Poynting theorems for both electromagnetism and gravitoelectromagnetism are defined for the first time by using higher dimensional algebra.

Keywords

Octonion, electromagnetism, gravitoelectromagnetism, magnetic monopole, electromagnetic energy, Poynting theorem

First Page

155

Last Page

164

Recommended Citation

KANSU, MUSTAFA EMRE; TANIŞLI, MURAT; and DEMİR, SÜLEYMAN (2014) "Representation of electromagnetic and gravitoelectromagnetic Poynting theorems in higher dimensions," Turkish Journal of Physics: Vol. 38: No. 2, Article 1. https://doi.org/10.3906/fiz-1311-13
Available at: https://journals.tubitak.gov.tr/physics/vol38/iss2/1