Year: 2025
Type: article
Abstract: The purpose of the paper – to demonstrate the importance of a transdisciplinary approach based on probabilistic and cenological theories in identifying the potential of quantum technologies (computers, calculations, communications, sensing, etc.) in the realities of an information-network society for the formation of tools for sustainable economic development. The (techno)cenological approach used in science, string theory, the convergent model of nano-, bio-, info-, cogno- and social technologies (NBICS technologies), the quantum model of D. Bohm, and the holistic (integral) approach are selected. In the means of methodology and logics of scientific research as a component of modern scientific knowledge the transdisciplinary approach is used, which makes possible to show the importance of quantum technologies (quantum computers, etc.) in achieving sustainable development of regional communities. Based on scientific synthesis, the role of the transdisciplinary approach as a methodological and logical source of the invariant of “stability” (“sustainability”), which is recognized as functionality of most processes in the world, including socio-natural reality, was proved. This necessitates the development of a different probabilistic view of reality and topological technologies, including tools, technologies, and principles that quantum representation provides through the possibility of proactively preserving complexity. The stability invariant studied from the position of a transdisciplinary approach allows us to identify the significance of the theory of quantum systems in modeling social, economic, cultural and other processes that primarily influence the emerging new productive forces of society in the context of cenological theory, which entails the emergence of a qualitatively different society.
Source: Economics of Contemporary Russia
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W7127169489