ИСТИНА

Generation of non-classical states of light opens new possibilities in modern quantum optics and quantum information science. The interaction of such light with various quantum systems such as atoms, molecules and nanostructures leads to the development of algorithms for quantum memory control, storing, processing and transmitting quantum information as well as the creation of atomic qubit-quantum light interface. The interaction of the quantum electromagnetic field with semiconductor systems and quantum wells is interesting both from the technical and fundamental point of view in the sense of implementation of highly efficient lasers, various optoelectronic devices, creating compact computer on a chip and other quantum information devices. In this case, the efficient interaction of solid state systems with non-classical states of the electromagnetic field, such as a coherent field with a small number of photons and a squeezed state can lead to new effects.