ABSTRACT
It is well known that an important direction in the study of promising photorefractive materials for electro-optics, nonlinear optics, semiconductor device technology, medicine, display, biotechnology, and other applications is related to investigations of the optical and nonlinear optical properties of nanostructured polymer, monomer, and liquid crystalline systems under the condition of their doping by effective nanoobjects. In this chapter, the holographic technique is used to study the photoinduced change in the refractive index of a conjugate polyimide matrix sensitized by graphene oxides. The obtained data are correlated with the ones received before for fullerene-, nanotubes-, and shungite-doped polyimide.
