Erik Tonsberg

Contemporary theories of mind and consciousness typically begin with a world that is already present and seek to explain how organisms perceive, represent, predict, or become aware of it. This paper investigates a prior question: What transforms reality into an inhabitable world in the first place? The argument challenges the assumption that meaning emerges only after perception and cognition. Instead, it proposes that significance is one of the fundamental conditions through which worldhood itself becomes possible. Information alone consists of differences. A world emerges when some differences become meaningful and acquire relevance for a system. The paper traces a progression from difference to significance, from significance to perspective, and from perspective to horizon-formation, arguing that meaning generates the structures commonly associated with worldhood. This analysis leads to a reconsideration of minimal worldhood. Rather than beginning with temporality, salience, or perspective as independent conditions, the paper suggests that these structures may arise from a more basic principle: the emergence of meaningful difference. Worldhood begins when reality becomes organised according to significance. The paper concludes that meaning is not merely something that occurs within an already constituted world. Meaning participates in the generation of worldhood itself.

Abstract Contemporary theories of consciousness have largely focused on representation, computation, prediction, or information integration. While these approaches explain important aspects of cognition, they generally presuppose the existence of a coherent experiential world within which cognition occurs. This paper argues that the prior explanatory problem is not representation itself, but worldhood: the conditions under which reality becomes experienceable as an inhabitable world. The paper develops a generative framework according to which consciousness is not fundamentally the awareness of objects but the dynamic stabilisation of inhabitable experiential horizons. The experienced world is not passively given but actively generated through organised relations among temporal continuity, embodied presence, perspectival orientation, salience organisation, meaning structure, and integrative coherence. Different configurations of these dimensions generate different forms of worldhood. The central claim is that consciousness should be understood not primarily as information processing or representation, but as the ongoing stabilisation of temporally continuous, embodied, meaningful horizons of possibility within which reality becomes inhabitable experience.

The Integrative Field Model of Consciousness (IFM) is a developing interdisciplinary framework that approaches consciousness not as an isolated neural product, but as an emergent process of coordinated integration across neural, bodily, affective, temporal, relational, and environmental systems. Across several connected publications, the project advances from foundational phenomenology and metaphysics to theoretical synthesis, methodological clarification, and empirical testability. Because the papers were written for different audiences and levels of analysis, new readers may benefit from a structured reading order. The sequence below is intended to provide a gradual progression from the philosophical foundations of the framework to its neuroscientific and empirical implications.

This paper proposes a minimal experimental test of the claim that conscious coherence depends on cross-level coupling between neural and interoceptive processes. The Integrative Field Model (IFM) predicts that selective disruption of interoceptive–neural coupling degrades conscious coherence even when large-scale neural integration remains intact. A within-subject design uses non-pharmacological interoceptive perturbation, EEG-based measures of neural integration, and phenomenological assessments of temporal continuity and self-presence. The critical outcome is a dissociation between neural integration metrics and experiential coherence. If observed, this result challenges the sufficiency of neural integration accounts of consciousness; if not, the IFM multi-level necessity claim is falsified.

This paper proposes a testable challenge to the assumption that neural integration alone is sufficient for consciousness. This paper challenges the sufficiency claim. The Integrative Field Model (IFM) proposes that consciousness depends on the integrity of cross-level coupling, particularly between neural and interoceptive systems. It advances a testable prediction: selective disruption of interoceptive–neural coupling, under conditions of preserved neural integration, will degrade conscious coherence in ways not captured by existing neural metrics. This prediction generates a direct empirical distinction between single-level integration theories and multi-level field models. Experimental and clinical paradigms capable of testing this claim are outlined. The results would determine whether neural integration alone is sufficient for consciousness or whether multi-level coupling is constitutive.

Abstract This paper presents the Integrative Field Model (IFM) as a unified research program in the study of consciousness. The model proposes that conscious experience is not a passive representation of an external world but an active, generative process in which patterns of integration across neural, bodily, affective, relational, and environmental systems produce structured experiential domains. The central problem is therefore not how perception corresponds to reality, but how a coherent world appears at all. The IFM program consists of a foundational theoretical account, a formal systems-level articulation, and a growing set of applications across phenomenology, literature, and the sciences of mind. Together, these works argue that variations in experiential world-structure — including alterations in time, space, selfhood, and meaning — correspond systematically to variations in integrative coherence. The program shifts the study of consciousness from a representational framework to a generative one, reframing perception, selfhood, and worldhood as outcomes of dynamic integration.

Abstract This paper develops the model proposed in The Architecture of Experience: Consciousness as an Integrative Field, according to which conscious experience is not a passive representation of an external world but an active process that generates structured domains. The central problem is not how perception corresponds to reality, but how experience comes to appear as a coherent world at all. Through comparison with Dante’s Divine Comedy, the paper reinterprets its cosmology as a model of structured experience rather than a description of ontologically given realms. It argues that consciousness functions as an integrative field in which neural, bodily, social, and environmental processes combine to produce coherent experiential configurations. The analysis highlights a shift from descriptive cosmology to generative explanation, reframing the structure of experience as dynamically produced rather than metaphysically fixed.

This work develops a theoretical framework in which consciousness is understood as an integrative field emerging from the coordination of neural, bodily, social, and ecological systems. Rather than treating experience as a passive representation of an external world, the model interprets it as an active process of integration that continuously organises perception, meaning, and identity. Drawing on philosophy of mind, phenomenology, and systems-oriented approaches, the book examines how variations in integration shape altered states, memory, emotion, time perception, and collective cognition. The present work extends and consolidates earlier formulations of the integrative field model, developing a unified account of how coherent experiential domains arise and transform. The resulting framework suggests that consciousness expands and contracts with patterns of integration across biological and cultural systems, offering a systematic account of both the stability and the variability of experience.

This paper proposes the Integrative Field Model of Consciousness, a unifying framework in which consciousness is understood as a large-scale process of functional integration binding neural, bodily, emotional, and relational processes into a coherent and temporally stable field of experience. The model argues that the clarity and continuity of conscious experience systematically covary with measurable indices of integration, including neural network coherence, physiological regulation, and interpersonal synchrony. It articulates explicit, falsifiable predictions concerning altered states of consciousness, emotional regulation, interpersonal coordination, and systemic resilience, and outlines the ethical implications of a field-based conception of mind.