About the training program
The program is aimed at training specialists in various fields: precision measurements; modeling of processes in solid state physics and nanostructures; modern methods of data processing and machine learning; fundamental and applied superconductivity; functional materials; thin films and nanostructures; shape memory alloys and sensors of ultralow concentrations of various substances.
What do graduates do?
The range of tasks for graduates of the program includes the physics of nanostructures and thin films, the physical basis and applications of superconductivity, and the interaction of concentrated radiation fluxes with matter - from new optoelectronic devices, cosmic ray detectors and superconducting magnets to problems in materials science, chemical catalysis, ecology and medicine. This allows graduates to work in most of the world's research and scientific laboratories.
