Optical modeling for electromagnetic Heisenberg ferromagnetic microscale in Heisenberg group

Abstract

In this manuscript, we investigate a new technique to describe optical Heisenberg ferromagnetic microscale in Heisenberg group. Based on the computed magnetic optimistic density, we determine optical Heisenberg electromagnetic quasi phi(t(q)), phi(n(q)), phi(b(q))-microscale by using Heisenberg magnetic optimistic phi(t(q)), phi(n(q)), phi(b(q))-density in Heisenberg group. Then, we consider the Heisenberg ferromagnetic model to observe the variation when we compare electromagnetic quasi phi(t(q)), phi(n(q)), phi(b(q)) fields of an electromagnetic flow phase. Moreover, we obtain Heisenberg electric optimistic density of Heisenberg electroosmotic modeling with ferromagnetic design in Heisenberg group. Finally, we illustrate axial optical electroosmotic velocity for rotational field of stator quasi field in Heisenberg group.