Approximate solutions for optical magnetic and electric phase with fractional optical Heisenberg ferromagnetic spin by RPSM

Abstract In this paper, we obtain a new representation of optical spherical electric and magnetic flow density of magnetic spherical Heisenberg S H t particle flows by spherical frame on spherical Heisenberg space S H 3 2 with the residual power series method (RPSM). Then, we have approximately new optical conditions of magnetic spherical Heisenberg S H t electric and magnetic phase with optical spherical electric and magnetic flow density. Moreover, we obtain new fractional equation by spherical magnetic Lorentz flux with the residual power series method. Finally, magnetic spherical Heisenberg S H t electric and magnetic phase of spherical surface is demonstrated in uniform optical magnetic surface applying analytical and fractional numerical consequences in spherical Heisenberg space S H 3 2 . Characteristics of presented fractional equations are shown by using some precise values of optical arguments on obtained solutions.