Three-dimensional imaging of local atomic and magnetic structure in compound epitaxial films with γ-ray holography

γ-ray holography is a novel method for three-dimensional (3D) imaging of local atomic structure, which utilizes the internal reference principle of holography. In this work, the possibility of applying γ-ray holography for direct 3D imaging of the geometric and magnetic structure in compound epitaxial films and in low-dimensional systems is investigated using realistic simulations performed for magnetite Fe3O4.