Self-Induced Transparency in a Ferromagnetic System Under a Bias Magnetic Field

Abstract

The phenomenon of self-induced transparency is shown to exist in a ferromagnetic system under a bias magnetic field.

Strong Electromagnetic Standing Waves in a Ferromagnetic System

“…It is known that the linear dispersion relation in a ferromagnetic system bears a resemblance to that in plasmas. So we believe that a ferromagnetic system would show versatile nonlinear electromagnetic phenomena very similar to the ones in plasmas' [18][19][20][21] '. An interesting class of exact standing wave solutions df the equations that describe an unmagnetized relativistic cold overdense plasma is shown to exist' 22-24 ', and its stability against long-wavelength small perturbations is subsequently investigated' 25 '.…”

“…It is well known that the electromagnetic phenomena in an isotropic ferromagnetic system with a negligible conductivity can be described by Maxwellian equations Vxl = -~, Vxl=~, VB = 0, S = # + 47rJtf, (1) c at c at and Landau-Lifshitz equation' [9][10][11][12][13][14][15][16][17][18][19][20][21] '…”