Consciousness as Relational Reference Differentiation, Phase Organisation, and Accessibility Without Additional Causation

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Authors: Lisa Doumbouya
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Abstract

Consciousness as Relational Reference: Differentiation, Phase Organisation, and Accessibility Without Additional Causation This paper develops a foundational account of consciousness within the Harmonic Physics and Phase Compatibility framework. It proposes that minimal consciousness begins when physical differentiation permits reference: one actual state, mode, relation or organisation is specified with respect to another. Consciousness is therefore distinguished from awareness, subjective experience, intelligence, memory and intentional agency, rather than being defined through capabilities associated with human cognition. Working Version 2 substantially reconstructs the earlier paper, Consciousness as a Selector Within a Structural Universe: Participation Without Causation. It withdraws selection from the primitive definition of consciousness and separates the roles previously assigned to consciousness, identity and awareness. In the revised architecture, consciousness names differentiated relational reference; phase describes the physical organisation of relations; nesting and organised closure support persistent identity; accessibility determines which relations are available through a specified interaction; and awareness involves the selective integration of accessible relational structure. Intentional selection is treated as a higher-order capability of recursively organised systems, not a prerequisite for consciousness. This distinction addresses the question of what makes a rock a rock rather than a tree without introducing an internal decision-maker. Within the proposed ontology, both satisfy the minimal condition of differentiated reference, while their identities and capabilities depend on different physical organisations, constitutive relations, accessibility pathways and feedback structures. Universal minimal relational consciousness does not imply equal awareness, human-like thought or universal subjective experience. A central contribution is the separation of relational nesting from accessibility partitioning. Relations may remain part of a current nested organisation without being equally accessible through every channel or at every resolution. Previously inaccessible relations may become available again without dismantling other co-present organisation. This account preserves present-state sufficiency: re-access depends on current constituent relations, records and correlations, not separately stored copies of complete past states. Oblivion is discussed solely as a computational analogy for distinguishing retained information from active accessibility; its decay and reinforcement rules are not adopted as physical laws of phase or consciousness. The manuscript provides a working definition register, schematic formal architecture, branch-responsibility map and open research questions connecting Consciousness with Phase Theory, Phase Compatibility, Matter, Observer Theory, Awareness and future downstream work. Established physical laws remain the operational baseline, and no additional mental force or awareness-created physical actuality is proposed. Working Version 2 is a theoretical Consciousness branch-master candidate, not empirical confirmation of universal consciousness. Quantitative closure, accessibility and integration laws, the explanation of phenomenal experience, and predictions distinguishable from conventional accounts remain open. All identified Consciousness-branch testing is recorded as OPEN / FUTURE WORK — not scheduled. Keywords: consciousness; relational reference; differentiation; phase organisation; relational nesting; accessibility partitioning; awareness; feedback; identity; observer theory; present-state sufficiency; Harmonic Physics.

Fields of Study & Subjects

Embodied and Extended Cognition Philosophy and Theoretical Science Complex Systems and Dynamics

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
6 September 2026
Document type
Preprint