Результативність процесу: системний, енергетичний та еконофізичний підходи у контексті моделювання

Abstract

In the article from the point of view of the system, energy and econophysic approaches, certain aspects of the theory and practice of measuring the effectivity (in particular, efficiency, performance) of the processes of functioning of the system are outlined. It is emphasized that modern realities point to the actualization of issues in quantum econophysics, in particular the adaptation and use of the mathematical apparatus of quantum mechanics for modeling processes in the economy, the use of quantum mechanical models and analogies, the application of quantum mechanical ideology, since modern socio-ecological-economic systems are complex, nonlinear, synergistic phenomena are observed in their dynamics, instability and poor predictability occur. The aim of the publication is to highlight some analogues of concepts and indicators similar to fundamental physical concepts in the paradigm of «cognition – measurement – evaluation – management» regarding the functioning of socio-ecological-economic systems and processes in them along with outlining approaches to determining the performance of these processes on the basis of modeling using the system, energy and econophysic approaches. It is proposed in the paradigm of «cognition – measurement – evaluation – management» regarding the performance of the processes of functioning of systems to take into account the economic interpretation of the Heisenberg uncertainty principle and the concept of the economic analogue of the Planck constant. It is substantiated that the theoretical and methodological analysis of some basic fundamental physical concepts (energy, momentum, etc.) and their formal and informal connections with real economic concepts and processes will contribute to the improvement of the procedure for determining and applying the energy efficiency coefficient of the processes of functioning of systems based on the authors’ indicators of the components of the performance of processes, taking into account the economic interpretation of the Heisenberg uncertainty principle and the concept of an economic analogue of the Planck constant.