Ferromagnetic recursion for geometric phase timelike SN -magnetic fibers

Abstract

In this article, we introduce optical recursional ferromagnetic model for timelike S-N-magnetic fiber in deSitter space. Also, the concept of the recursion operator for timelike S-N-magnetic fiber is investigated by using normalized operator. Thus, we obtain recursion total phase for Lorentz forces by using recursion ferromagnetic anholonomy density in deSitter space. Phononic recursion ferromagnetic anholonomy density and sonic magnetic crystals are simulated by distinct geometrical applications in deSitter space.