Теория эндогенного экономического роста и уравнения математической физики.

It is given an overview of recent studies that use equations of mathematical physics, their analogs and modifications for describing endogenous evolution of technologies. A master equation is proposed that includes, as special cases, a number of known models of Schumpeterian dynamics. A scheme for constructing multifactorial models of endogenous growth is also proposed, based on a combination of different imitation rules for different performance indicators. Directions for further research are outlined.