20-10U

A statistical approach to the description of charge carrier transfer processes in hybrid nanostructures taking into account electromagnetic fields is proposed. Generalized transfer equations are obtained, which describe non-Markov processes of charge transfer in the system taking into account magnetic and polarization processes under the influence of external and induced internal electromagnetic fields. A generalized Cattaneo-type diffusion equation in time fractional derivatives for electrons with a characteristic relaxation time is obtained and a generalized model is proposed that takes into account the complexity of relaxation electro-magnetic diffusion processes for electrons in layered nanostructures.