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A heuristic model has been formulated to calculate the pressure behind the shock wave front in condensed matter. The model is based on the empirical relationship between the total pressure and the product of the potential pressure component by the degree of shock compression. The model is supported by molecular dynamics calculations of the thermodynamic state of shock-compressed condensed matter and by comparison with experimental data on the isothermal and isentropic compression of iron.

The possibilities of increasing the performance of shaped charges by using lens assemblies made of high-modulus ceramics are considered. In this case, an increase in the loading parameters of a shaped-charge liner can be achieved if the detonation wave enveloping the lens propagates in a pre-compressed but unreacted explosive. Pre-compression of an explosive charge without detonation initiation can be achieved by its shock desensitization with the advanced wave transmitted through the ceramic lens. Numerical simulation of detonation wave propagation in a shaped charge with different lens assemblies have shown the potential for using composite lenses in which the inner part adjacent to the axis of symmetry is made of high-modulus ceramics and the outer part is made of an ordinary inert material.

The study conducted with the use of the actornetwork theory (ANT) reveals the complex dynamics of the evolution and diffusion of knowledge in network structures, which has intensified with the emergence of digital technologies. Examining the relationship between evolutionary progress and the social dimension, the author shows how scientific dialogues and collaboration extend beyond the traditional disciplinary boundaries and help to create an environment in which innovation arises at the intersection of interdisciplinary interactions. As a conceptual framework, ANT allows to trace the complex interactions of human and nonhuman actors, reveal the nuances of the mechanisms through which knowledge networks are created, discussed and transformed. Through a number of examples covering fields from bioinformatics to ecology, the key role of technology in accelerating the “crosspollination” of ideas and methodologies over large, often disparate scientific areas is highlighted. Critical consideration of ANT in this context provides nuanced understandings of its capabilities and limitations in the fight against the complexities of contemporary scientific initiatives. An integrative theoretical framework is proposed that harmoniously combines ANT with systemic and critical realist perspectives. This study contributes to the theoretical and practical discourse on the evolution of scientific knowledge by emphasizing the central role of networks and digital technologies in shaping a more interrelated and dynamic scientific enterprise.

The article examines the key provisions of social empiricism, an approach to understanding the functioning and progress of science developed by M. Solomon. The ways to explain the emergence of consensus and disagreement in scientific communities proposed by Solomon are analysed. It is shown that adopting the position of social empiricism results in the need for a certain view both on the dynamics of the functioning of scientific communities and on the very nature of scientific knowledge.

"Narrative turn" is one of the main, along with linguistic, ontological, that occurred in the second half of the twentieth century. The consequence of the "narrative turn" was the application of the narrative approach in all areas of sociohumanitarian cognition, an expanded understanding of the narrative itself, and the impossibility of categorising narrative research. The variants of different understanding of narrative are conditioned, firstly, by the field of application: literary studies, history, sociology, psychology and others. Secondly, contentmethodological approaches: constructivist, naturalist, structuralist, poststructuralist, hermeneutic, etc. Thirdly, its application as one of the many methods of qualitative research, the main method, research principle or the recognition of the narrative paradigm. The application of a modernised version of the principle of «family resemblance» (Familienähnlichkeit, L. Wittgenstein) allows us to unite and structure the diversity of narrative research in a consistent way.

The article substantiates the expediency of identifying the geonomic form of motion of matter. It is shown that the geological form of motion of matter cannot be considered as a mode of existence for all envelopes of the planet Earth. It can perform this function only for inner envelopes. Unsolved problems of the concept of the geological form of motion are the ambiguity in the understanding of the material carrier and the lack of evidence of the structural relationship of the geological form of motion with the superior biological form. The geonomic form of motion of matter is the mode of existence of the inorganic nature of the Earth starting from the mineral up to the planet as a whole. Its identification meets all the requirements for identifying the forms of motion of matter. The Earth is considered as an integral selfgoverning system of all its envelopes including its core, mantle, earth crust, hydrosphere, and atmosphere. For the geonomic form of motion, a genetic and structural relationship is determined with its superior biological form of motion. The structural relationship is determined on the basis of the significant role of water in both inorganic and organic nature. The geonomic form of motion is one of the basic forms and, among them, occupies a place between the planetary and biological forms of motion. The geological and physicalgeographical forms of motion are part of the geonomic form at a lower hierarchical level. The material carrier of the geonomic form of motion is studied by the science called geonomy. The geonomic form of motion is its philosophical foundation. Geonomy is in the list of basic natural sciences along with physics, chemistry and biology.

The article deals with the history of the origin, growth and translation of scientific knowledge related to the fundamental aspects of selforganization in chemical systems, starting from the role of kinetic theories and ending with the use of modern technologies and research methods. The purpose of the work is to systematically substantiate the patterns of selforganization in chemistry. In addition, the basic principles and mechanisms of the synergistic approach to chemical research are identified and substantiated. A set of logically structured operations aimed at generating new scientific knowledge in the field of chemistry is proposed. It is shown that the synergetic approach opens up the possibility of obtaining knowledge that goes beyond the expected scientific result.

The article considers varieties of effective realism (ER) in the philosophy of physics. J. Ladyman and L. Lorenzetti propose to eliminate the problems faced by ER versions, improve them, and unify them through effective ontic structural realism (OSR). In our view, (effective) OSR contains important intuitions but is not a genuine realism. It shares with standard scientific realism the metaphysical assumption of the existence of an external world and representationalism. We propose an alternative: contextual realism (CR). CR asserts the categorical distinction between ideal norms and the reality in which they are anchored, the sensitivity of ontology to context and, consequently, rejects the modal realism of OSR. We establish a correspondence between effective OSR and CR, which rids OSR of speculative metaphysics. The structure corresponds to the Wittgensteinian rule/norm (Wrule). Real patterns are contextual entities identified by the Wittgensteinian rule within the language games of its applications. Scale relativity of ontology is a special case of ontology’s sensitivity to context. CR offers a better solution to the problems of theoretical relicts, theory change and pessimistic (meta)induction than either ERs or effective OSR do. Our interpretation of (effective) OSR in terms of CR is consistent with D. Wallace’s mathematicsfirst approach and some other new interpretations of OSR.

The article proposes the author’s concept of software components based on some key provisions of graph theory. The proposed concept is intended to аbstrаct the fundamental aspects of objectoriented programming (such as modules, classes, objects, aggregation, composition, inheritance, dependency and others) in order to adapt this paradigm to the needs of building a new generation of intelligent technology.

The second part of the article substantiates the possibility of the genesis of the general concept of number and natural numbers in the individual consciousness on the basis of innate ideas of Self and nonSelf and the ability for cognitive actions. The concepts of time and consciousness are taken as the primary concepts with which the genesis of the concept of number begins. To describe the temporal structure of consciousness, we use the model of fibered time defined on the basis of linear physical time, which was discussed in the first part (Philosophy of Science, 2015, No. 4 (67), pp. 48-69). The concepts of Self and nonSelf are defined as a single temporal cycle in consciousness. We also introduce the concepts of positive temporal one, negative temporal one and temporal zero.