A graduate of the PhD program in Theoretical Physics shall have a command of broad mathematical apparatus, theoretical physics and computational methods to solve complex problems in systems composed of interacting entities. Using of these methods, mathematical and computer simulations is not limited to physical systems, but applicable in all areas of human activity, whose structure and properties can not be understood by direct sensory inspection, but only through theoretical abstraction. The PhD graduate is able to work scientifically and bring original solutions to complex problems in the areas of theoretical physics, quantum field theory, condensed matter theory, sub-nuclear physics, computational physics and other disciplines (biology, economics, sociology).