Charge transfer between magnetic anisotropic centers in garnet lattice under an influence of eliptically polarized light

Electron transitions between magnetic anisotropic impurity centers in garne t crystal lattice under the influence of elliptically polarized light are c onsidered. The theoretical model of the occupancies kinetics of such center s was developed. Spatially inhomogeneous distribution of the energy of phot oinduced magnetic anisotropy was calculated in the sample being illuminated with light with modulated polarization. A conclusion about a possibility o f recording of holographic magnetic gratings in the investigated materials was made depending on results obtained.