Alena Petina

This article offers a historical-philosophical and methodological clarification of ANAM — a model of the primary act of tensional distinction as the generative ground of distinguishability. ANAM functions as the canonical name of this act, while X is used as its compact symbolic designation in schemes and formal comparisons. The paper examines the problem of the origin of distinguishable order, the status of indistinguishability, and the relation of the whole to its parts. It shows that classical philosophy and related ontological traditions contain stable motifs of a single generative whole, enfolding and unfolding, the part as an expression of the whole, internal self-unfolding, and self-similarity. These motifs can be traced in Plato, Nicholas of Cusa, Giordano Bruno, Spinoza, Leibniz, Hegel, Whitehead, Simondon, the theory of autopoiesis, Spencer-Brown, Deleuze, and Bohm. The specificity of ANAM lies in shifting the explanatory center to the pre-axiomatic level of distinguishability. The primary act of tensional distinction X is understood as a minimal condition of presence in which the distinguishable, the mode of distinguishing, retention, fixation, internal tension, and the possibility of further movement are jointly opened. Indistinguishability in this model receives an actualizational status: it is understood as still enfolded, weakly articulated, and insufficiently localized distinguishability within an already given generative whole. Further multiplicity is considered as a fractal actualization of X, while the regularity of development is understood as the passage of distinguishability through the regimes of retention, fixation, articulation, coordination, localization, and stabilization. The article has the status of a methodological and historical-philosophical comparison. The full derivation of the role-based, regime-based, cosmological, and metric layers belongs to the main corpus of ANAM; in the present work, this corpus is used as a basis for clarifying the place of ANAM within the line of classical philosophical problems of the whole, difference, indistinguishability, substance, self-similarity, and self-unfolding.

This article examines the status of time in the ANAM(X) model. It substantiates the thesis that time has a derivative character within this corpus and arises as a derivative form of distinguishing its own course, since distinction, in order to be retained, reproducible, and comparable, already co-actualizes trace, fixation, the order of manifestation, the possibility of repeated passage, and the condition of further self-specification. On this basis, it is shown that temporality in the model opens at two interrelated levels: as an inner possibility already within the initial act of distinction, and as an explicit form of ordered configurational passage after the unfolding of the four minimal roles and the six inevitabilities of the system. Time is defined as a multilayer systemic-regime organization through which distinction renders distinguishable its own passage, its own transitions, and its own stable relations, and then receives their late metric inscription. The article then compares this approach with contemporary directions in physics and complex systems theory: the problem of time in quantum gravity, relational models of time, thermodynamic conceptions of temporality, theories of the transition from the quantum to the classical, and studies of multiscale dynamics. It is concluded that the articulation of time as a derivative multilayer organization strengthens the explanatory power of the ANAM(X) corpus, since it creates grounds for a coordinated consideration of the quantum, classical, cosmological, and complex-systems levels of description. The distinction between quantum entanglement as a correlationally linked co-manifestation and local signal transfer as a late metrically readable process is also specified separately, and a working hypothesis of an earlier regime of connectedness is formulated. Thus, the article establishes the conceptually derivable status of time in the ANAM(X) model and provides a basis for subsequent special physico-mathematical formalization.

The article is devoted to the analysis of scientific pluralism as one of the central themes of contemporary philosophy of science. It is shown that the current discussion describes pluralism as a family of interrelated positions encompassing the plurality of theories, models, explanations, methods, ontologies, classifications, and research practices. The historical development of the problem is considered: the transition from the ideal of the unity of science to the analysis of the real heterogeneity of scientific knowledge, methods, and forms of scientific organization. Special attention is paid to the distinction between descriptive, normative, moderate, selective, and integrative forms of pluralism. The article proposes a regime-procedural reconstruction of scientific pluralism, which shifts the analysis of plurality from a general statement of diversity to a procedure for determining the status of the relation between research lines. Pluralistic strategies are considered according to their role in organizing the scientific field: from the actual coexistence of theories, models, methods, classifications, and practices to their comparison, competition, functional distribution, coordination, partial integration, reduction, unification, or inclusion. The main arguments in favour of pluralism are analysed: the complexity of the objects under study, the partial character of scientific representations, the plurality of epistemic aims, and the productivity of research diversity. At the same time, the limits of the pluralistic position are examined: the risk of relativizing criteria, the difficulties of maintaining a common space of comparison, the asymmetry of maturity among research lines, and the problem of determining the further status of the relation between them. On this basis, the article substantiates the thesis that methodologically productive pluralism functions as a regime for clarifying an as yet incomplete research relation. Its mature outcomes may include stable coexistence, functional distribution, coordination, limited integration, reduction, unification, or inclusion, depending on the nature of the object, the aims of the research, the stage of maturity of the lines involved, and the density of grounds for a stronger relation.

The article addresses the problem of epistemic power in the scientific evaluation of theories. Contemporary literature already contains well-developed lines of analysis related to social epistemology, scientific objectivity, scientific pluralism, epistemic injustice, scientific imperialism, peer-review bias, cumulative advantage, and metrics of research evaluation. These lines form a substantively rich but dispersed field of discussion. The present article brings them together into a unified review-methodological framework and proposes a diagnostic procedure for analysing hidden asymmetry in the evaluation of theories. It is shown that epistemic power in the scientific environment operates through stable and diagnosable mechanisms of evaluative procedure: asymmetry of criterion, asymmetry of corpus, asymmetry of maturity stage, asymmetry of burden of verification, asymmetry of institutional visibility, and reclassifying subordination. On this basis, the article formulates control points for correct intertheoretical comparison, ensuring the independence of the criterion, symmetry of application, completeness of the corpus, proportionality to the stage of maturity, explicitness of the object of comparison, and precise qualification of the intertheoretical relation. The novelty of the article consists in bringing dispersed discussions of power, authority, bias, pluralism, and theory evaluation into a unified methodological scheme suitable for analysing scientific disputes, interdisciplinary tensions, and hidden forms of theoretical hierarchisation. The proposed scheme has a review-methodological and diagnostic status: it sets out a sequence of analytical operations that make it possible to identify shifts in criterion, corpus, burden, maturity, visibility, and final qualification of the relation. The operation of the scheme is additionally demonstrated through an extended case of continental drift and the formation of plate tectonics.

The article proposes a methodological scheme for the systematization of fundamental conceptions in the philosophy of science. The initial problem is the scattered character of the existing criteria for assessing theories: discussions of demarcation, explanatory power, reduction, translation, pluralism, objectivity, reproducibility, and testability are present in the literature as substantively rich, yet disconnected lines. The task of the paper is to gather them into a unified procedure of analysis that makes it possible to distinguish types of theoretical constructions, assign to them the relevant modes of testing, and determine the admissible statuses of intertheoretical relations. A classification of theories is proposed according to the range of their claims, including local process theories, theories of a domain, general structural conceptions, cosmological conceptions of the origin of the world, and ultimate first-foundational conceptions. In addition, a distinction is introduced between two axes of methodological assessment: the rank of theoretical claims and the stage of maturity of a theoretical construction. On this basis, conditions are formulated for legitimate intertheoretical inclusion, reduction, translation, and unification, and a weak status of the reclassification project is identified. For ultimate first-foundational conceptions, an intensified mode of assessment is proposed—binary testing—directed at testing the completeness of the stated explanatory claim. The novelty of the work consists in systematizing already existing lines of the philosophy of science into a unified, internally coherent procedure for comparing fundamental conceptions.

This article is devoted to the question of why one person, after a crisis, becomes more resilient, understands oneself more accurately, and organizes one’s life more successfully, whereas another becomes stuck in anxiety, defensiveness, dependence on evaluation, and repetition of former patterns. At the center of the study is the concept of distinguishability, understood as a person’s capacity to clearly understand what is happening to them, who they are in a difficult situation, where their boundaries lie, what exactly they are feeling, and how they can act. It is shown that distinguishability is precisely what creates an inner support, helps transform life events into experience, and serves as the foundation of psychological maturity. The article reveals the connection between the loss of distinguishability, self-conservation, and crisis. Self-conservation is understood as a state in which a person clings to an image of oneself as already complete, correct, and finished. Within this logic, error, criticism, vulnerability, and the need to change are experienced as threat, while the main forces are directed toward control, defense, aggression, avoidance, and the search for external confirmation. On this basis, crisis is described as the moment at which former ways of holding oneself together exhaust their resource, while new ways of understanding and acting are only beginning to take shape. The article shows under what conditions crisis leads to internal reorganization, growth in maturity, and expansion of distinguishability, and under what conditions it leads instead to the intensification of self-conservation. Particular attention is given to practical signs of the growth of distinguishability: greater clarity in relation to oneself, better tolerance of tension, more precise boundaries, an expanded behavioral repertoire, and more mature relationship-building. In its concluding part, the work proposes a coherent processual model of the connection between distinguishability, self-conservation, crisis, and psychological maturity.

This work proposes a theoretical model in which the minimal act of distinction serves as the original ground of the world. The central idea is that distinction is treated not as a relation already given between ready-made states or objects, but as a primary generative act that itself gives rise to the necessity of those conditions without which it cannot be sustained, reproduced, and become stably distinguishable. In this sense, the work offers an answer to the fundamental philosophical question of how anything determinate can exist at all: the possibility of the world is connected with the fact that the act of distinction itself generates everything necessary for its own being. In its most extreme form, the study addresses the classical philosophical question of how there can be something rather than nothing. Within the present work, this question receives a generative formulation: the ground of the world is sought not in an already given object, substance, or ready-made order, but in the minimal act of tense distinction, which itself generates the conditions of its own retention, actualization, and further unfolding. Thus, the question of the possibility of the world is translated into the question of how distinction can exist, sustain itself, and unfold into structure, system, a cosmological branch, and late metric readability. On this basis, the work consistently derives how, from the minimal act of distinction, there unfold the form of retention, substantive determinacy, act-fixation, inner tension, then systemic organization, regime dynamics, stable configurations, the cosmological branch of the observable type, and late forms of quantitative description. Thus, the structure of the world, the stability of systems, spatiotemporal organization, law, measure, and constant relations are treated as different stages of one and the same generative unfolding. A special place in the work is occupied by the transition from the fundamental level to the cosmological and physically readable layer. The study shows how, from the general generative logic, a class of stable world can be distinguished that is compatible with duration, causal connectedness, local stability, regime stratification, and late metric inscription. This is where the work connects with cosmology, complexity theory, and the problem of the origin of laws and constant relations. The work is addressed to researchers in philosophy of science, ontology, theoretical physics, cosmology, and complexity science. Its significance lies in the fact that it offers a unified framework for describing how structure, stability, system, world, and quantitatively fixed reality can be successively unfolded from the primary act of distinction. Thus, the work connects a fundamental ontological question with a form of theoretical derivation suitable for further disciplinary development.

The question of the origin of the world and the origin of the order within which descriptions, measurements, and laws are possible occupies a central place in philosophy and in the theoretical sciences. In contemporary knowledge culture it appears in several related formulations: “where does everything come from,” “from what does observed reality unfold,” “by virtue of what does the stability of laws arise,” and “why are order and repeatability possible.” Across all of these formulations, a common core remains: it is necessary to indicate such a foundation that makes unfolding possible and explains the origin of the very framework of description—order, measurability, and stable constraints. The present study proposes a working hypothesis based on a simple but principled idea: perhaps the sought foundation has long been before our eyes in the most basic fact—difference. If distinction is understood as a minimal act in which what is distinguished and the mode of its actualization are jointly held, then there emerges what can be regarded as a generative foundation that admits procedural reconstruction. The hypothesis is formulated as follows: the origin of the world can be reconstructed through a minimal act of tense distinction X (ANAM) as a primary generative act that makes form, content, and the transition to actualization possible. In the working hypothesis, the unfolding of this minimal act under stabilization is treated as the source of the emergence of the physical layer of the Universe. Within this framework, subsequent layers—ordering of actualizations, measure and numerical form, and stabilization invariants—are treated as forced consequences of the unfolding of X, and laws and constants as an invariant layer of stabilized regimes, recognizable in physics. It is essential that the hypothesis is specified in a reproducible form: X is formulated as a procedure of unfolding that allows autonomous runs and computational implementations, and its verification contour is built through comparison of the obtained results with independently established structures of physical knowledge (in particular, through a retrospective reconstruction of the periodic table and a physical stress test). As a contextual note: at this stage, the work is being developed as an open research program aimed at assembling a domain-competent team for correct domain formalization and large-scale computational testing. Building bridges to specific physical theories and performing strict verification of numerical thresholds requires the participation of theoretical and experimental/practical physicists, as well as specialists in modeling and computational implementation. The author’s current resources for large-scale computational runs and domain-level verification are limited; therefore, the publication fixes the generative core, the structure of consequences, and the validation format, while extension toward domain-level comparisons presupposes independent implementations and expert review by relevant specialists.

This paper examines a persistent pattern in philosophy and foundational science in which fundamental questions about the origin and grounding of reality are systematically displaced into domains declared to be principally indistinguishable, inexpressible, or unknowable. It argues that such appeals do not identify genuine epistemic limits but result from a methodological error in which operational, formal, or linguistic constraints are ontologized and transformed into prohibitions on inquiry. The analysis develops a semantic, ontological, and epistemological account of difference as a minimal condition of existence, intelligibility, and explanation. From this perspective, the concept of the “principally indistinguishable” is shown to be logically unstable when assigned explanatory or grounding functions. Special attention is given to apophatic strategies in philosophy and theology, which are interpreted as historically intelligible markers of limits of articulation rather than legitimate arguments for the impossibility of fundamental explanation. The paper distinguishes between operational, methodological, conventional, and dogmatic limits of knowledge and emphasizes the problem of epistemic responsibility in philosophy, especially in contexts where philosophical claims are used to demarcate the boundaries of scientific rationality without corresponding argumentative accountability. The work contributes to contemporary debates in metaphysics, epistemology, and philosophy of science by clarifying the conditions under which fundamental questions remain admissible and by highlighting the need for refined methodological tools to distinguish justified limits from dogmatic exclusions.

This paper proposes an architectural approach to the analysis of complex self-regulating systems aimed at resolving the gap between the registration of empirical effects and the understanding of causal mechanisms underlying system stability, transitions, and breakdown. The model introduces distinguishability as a fundamental structural condition of system existence and dynamics. System regimes, phase transitions, phase windows, adaptive stability, tension-based fixation, and disorganization are interpreted as different modes of preserving, processing, or losing distinguishability over time. The proposed framework operates at an architectural level, allowing the integration of observable regimes into a unified causal structure without reducing system complexity or relying on discipline-specific parameters. This enables consistent differentiation between adaptive and disorganized dynamics, reversible and irreversible transitions, and stable regimes and phase windows. The model is applicable across physical, biological, cognitive, social, and artificial systems, including machine learning and neural network dynamics. Architectural relations identified in the paper provide a foundation for subsequent formalization within specific scientific domains while preserving causal rigor and conceptual consistency. The work is presented as a preprint and constitutes a conceptual and methodological basis for further theoretical development, empirical testing, and interdisciplinary application.

This work is important because it proposes a new way of talking about the behavior of complex systems under conditions of uncertainty—without reducing everything to psychology, biology, or physics taken separately. Instead of describing states, symptoms, or external loads, the author shows how systems, in principle, deal with situations for which they have no ready-made solutions, and why some systems maintain stability while others become stuck, break down, or disorganize. The key value of the work lies in shifting the focus from describing what is happening to analyzing why what is happening produces a reaction at all, what types of reactions are fundamentally possible, why these reactions differ across systems, and how they unfold over time. This makes it possible to describe, in a single language, processes that previously had to be split across disciplines: the psyche in isolation, physiology in isolation, and technical or artificial systems in isolation. The proposed architecture offers a shared structural principle without reducing one domain to another. The work is especially relevant to contemporary science because it: addresses the long-standing reduction problem between physics and the psyche; makes it possible to analyze system stability and breakdowns without normative labels; provides a formal but non-reductionist language for describing complex, poorly formalizable processes. The text is published as a preprint and is deliberately released for discussion at an active stage of development. The author explicitly invites critique, testing, and further extension of the model. Key sections for understanding the work are: the “Interpretation” section, which explains the meaning of the model and how to read its formal elements without reducing them to specific disciplines; Appendix 10, which demonstrates how the same principle can be applied to artificial intelligence architectures, extending the work beyond a purely psychological context.

Emotion regulation occupies a central role in contemporary clinical psychology and psychotherapy and is commonly conceptualized as a key mechanism for reducing psychological distress. However, accumulating empirical evidence suggests that the use of emotion regulation strategies does not always result in the expected decrease in distress. The aim of the present review is to systematize major theoretical models of emotion regulation and to examine empirical findings demonstrating the complex and sometimes paradoxical relationship between emotion regulation and distress reduction. The article reviews the process model of emotion regulation, cognitive-behavioral and contextual approaches, and key empirical phenomena, including the paradoxes of suppression, rebound effects, and context-dependent outcomes of regulation strategies. The findings indicate that the effectiveness of emotion regulation is shaped by multiple factors, including situational characteristics, individual differences, and temporal dynamics. The review highlights the need for further research aimed at clarifying the conditions under which emotion regulation contributes to sustained reductions in psychological distress.

The criterion of falsifiability has long occupied a central position in the philosophy of science as a normative principle of scientific rationality and demarcation. While extensively discussed and critically reassessed throughout the second half of the twentieth century and the beginning of the twenty-first century, falsifiability continues to be applied across diverse philosophical and scientific contexts in ways that generate persistent methodological disputes. The present research argues that the persistence of these disputes is not primarily due to conceptual ambiguity in the criterion itself, but rather to the absence of an explicit procedural articulation of the conditions under which falsifiability is applied. The study develops a procedural reconstruction of falsifiability, treating it as a regulative normative structure whose methodological function depends on the type of scientific claims, the level of theoretical organization, and the context of philosophical-scientific evaluation. The analytical focus is shifted from the justification or rejection of falsifiability as a criterion to the examination of how it is actually used in philosophical-scientific reasoning, theory evaluation, and demarcation practices. The research demonstrates that falsifiability is routinely applied to epistemic objects of different logical status—hypotheses, theories, models, and research programs—without sufficient procedural differentiation. This lack of differentiation leads to methodological conflations, overgeneralization, and rhetorical use of the criterion, which in turn sustains long-standing controversies within philosophy of science and interdisciplinary research. Methodologically, the study employs procedural reconstruction as an analytical approach aimed at explicating stable forms of methodological reasoning already operative in philosophical-scientific practice. A procedure is understood as a structured sequence of analytical steps governing the application of a normative criterion to specific epistemic objects. Procedurality is expressed through the differentiation of levels of analysis, the identification of relevant theoretical entities, and the specification of conditions under which evaluative transitions occur. The analysis is based on a systematic examination of classical and contemporary philosophical-scientific debates concerning demarcation, theory evaluation, and scientific rationality. By tracing recurring patterns of application and misapplication of falsifiability, the research identifies procedural regularities and sources of methodological divergence. This approach enables a structured account of how normative criteria function in practice and how methodological conflicts arise when procedural assumptions remain implicit. The main contribution of the study consists in demonstrating that normative criteria of scientific rationality, including falsifiability, function as procedurally organized regulative instruments rather than as universally applicable logical tests. On this basis, a generalizable metamethodological framework is proposed for analyzing other normative criteria, such as confirmation, explanatory adequacy, simplicity, and heuristic productivity. The theoretical significance of the research lies in advancing metamethodological analysis as an internal and legitimate dimension of philosophy of science. Practically, the proposed framework contributes to greater methodological transparency in philosophical-scientific discourse, interdisciplinary research, and expert evaluation of scientific theories by clarifying the conditions under which normative criteria are applied.

This paper proposes an architectural interpretation of individuation in analytical psychology based on the theory of self-conservative systems. Individuation is conceptualized not as the attainment of a fixed state of wholeness but as the preservation of the psyche’s adaptive capacity under conditions of continuous change. The study demonstrates that the interruption of individuation does not primarily result from external events or insufficient insight, but from a primary experience of mismatch arising from a misinterpretation of one’s own incompleteness as a threat. Within this framework, fear is understood not as an emotion but as a structural state that initiates a self-conservative configuration and redirects psychic energy toward maintaining an illusory completeness. Jungian concepts of Persona, Shadow, and Self are reinterpreted as structural consequences of this shift rather than its causes. A distinction is drawn between trauma as an event and trauma as an architectural outcome, and the mechanism of adaptive function migration under blocked individuation is described. The proposed model refines the methodological foundations of analytical and practical psychology by shifting the focus from identity fixation to the restoration of the psyche’s capacity to live within dynamic processes.