The Infinite Continuum: Consciousness as Primary and the Filter Architecture of Mind

The Infinite Continuum (IC) framework inverts the standard assumption that consciousness is produced by complex physical systems, instead holding that consciousness is ontologically primary and that biological systems act as constraint architectures selecting which regions of a pre-existing phase space of possible experience become locally accessible. The framework comprises three layers: the Infinite Self as phase space, the Extended Self as a dynamic topological feature, and the Local Self as a constrained trajectory. The Inverse Access Phenomenon—where reduced neural constraint expands rather than contracts conscious access—is presented as a key challenge to generator accounts. The IC converges with the Curvature Adaptation Hypothesis on a shared geometric architecture, leading to the Extended Manifold Chip Hyperscanning Protocol, an experimental design to adjudicate between three positions on the physical substrate of conscious access.

Study at a glance

Abstract

Author Note This is the second version of this paper. The first version was deposited on Zenodo in April 2026 following initial development of the IC framework and the beginning of the adversarial collaboration with Matthew A. Pender. Version 2 incorporates two categories of change. First, structural corrections reflecting the second edition of The Infinite Continuum (Wharton, 2026c, v2): the equations governing the filter architecture are presented throughout as formal scaffolds rather than validated equations of the mechanism; the Extended Self is framed as a dynamic topological feature of the phase space rather than a Platonic form; and the geometric phase transition language has been calibrated to reflect selective lower-tail recruitment under constraint rather than whole-manifold hyperbolic conversion. Second, new content reflecting programme developments since v1: Section 3.2 develops the exaptation argument for the evolutionary origin of the filter architecture (Wickstead and Gull, 2011; Gould and Vrba, 1982; Frohlich, 1968); Section 7.4 notes Michael Levin's convergence from developmental biology on the primacy claim; Section 7.5 notes Michael Wiest's convergence from quantum active inference; Section 7.2 reframes OR events as a candidate access mechanism rather than the uniquely necessary one, with reference to Palmer (2026) on locally realistic alternatives to objective reduction. Background This paper presents a formal academic account of the Infinite Continuum (IC) framework, a theory of consciousness that inverts the standard generator assumption. Rather than treating consciousness as produced by sufficiently complex physical systems, the IC holds that consciousness is ontologically primary and that biological systems function as constraint architectures determining which regions of a pre-existing phase space of possible experience become locally accessible to the organism. The paper presents the IC's three-layer architecture (the Infinite Self as phase space, the Extended Self as persistent pattern, and the Local Self as constrained trajectory), the filter model and its governor dynamics, and the attractor basin account of conscious states including pathological failure modes. The Inverse Access Phenomenon (the observation that reduced neural constraint sometimes expands rather than contracts conscious access) is presented as the key empirical pressure point on generator accounts. The mapping problem (why specific geometric configurations correspond to specific phenomenological coordinates) is named as the IC's central open theoretical question and distinguished from the generator model's admissibility problem, which may be unclosable in principle. The IC framework is one of two independently developed frameworks converging on a shared geometric architecture for conscious state transitions. The other is the Curvature Adaptation Hypothesis (Pender, 2026), which arrives at the same architecture from thermodynamic first principles. Their adversarial collision produced the Extended Manifold Chip Hyperscanning Protocol (Pender and Wharton, 2026): the first experimental design capable of adjudicating between three empirically distinct positions on the physical substrate of conscious access. The IC is presented as the ontological interpretation one of the programme's two architects brings to that shared geometry. What the geometry ultimately means about the nature of consciousness remains the open question the experiment is designed to settle. The paper distinguishes the IC from panpsychism, idealism, cosmopsychism, and generator model restatements, and maps the independent convergences that support the general direction of the ontological inversion, including the public position shifts of leading researchers such as Christof Koch and Stuart Hameroff. This paper is a companion to The Infinite Continuum (Wharton, 2026c), Mind Before Matter (Wharton, 2026a), After the Lateness Problem (Wharton, 2026b), The Locus of Consciousness (Pender and Wharton, 2026), and the Position A+B Holographic Synthesis (Pender and Wharton, 2026f).