This theoretical study was carried out to investigate the permittivity disorder induced Anderson localization of light in one-dimensional magnetophotonic crystals. It was shown that the disorder create the
resonant transmittance modes associated with enhanced Faraday rotations inside the photonic band gap.
The average localization length of the right- and left-handed circular polarizations (RCP and LCP), the
total transmittance together with the ensemble average of the RCP and LCP phases, and the Faraday
rotation of the structure were also investigated. For this purpose, the off-diagonal elements of the permittivity tensor were varied for various wavelengths of incident light. The obtained results revealed the
nonreciprocal property of circular eigen modes. This study can potentially open up a new aspect for
utilizing the disorder magnetophotonic structures in nonreciprocal systems such as isolators and circulators.