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Awareness-First Theory: A Variational Framework for Coherence, Physics, Inference, and Phenomenology

Jason Clarke

PsyArXiv November 17, 2025 preprint DOI: 10.31234/osf.io/usx2d_v1 (opens in new tab)

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AI-extracted from the abstract
Characteristics Theoretical or philosophical paper
Topics Philosophy of mind
Key points Proposes that awareness is ontologically primitive rather than derived from non-experiential dynamics, formalized as a differentiable field governed by a Coherence Principle ("delta A = 0"). Argues that physical least action and free-energy stationarity are embedded projections of this coherence principle, and that local Markov-blanket-bounded "subbeings" sustain rather than produce awareness. Predicts lawful dissociations between coherence and inference in dreaming, illusion, psychedelics, and meditation.

Abstract

The Free Energy Principle (FEP) and active inference unify perception, action, and learning within a single variational framework, yet they remain silent on why there is phenomenal experience at all. Awareness-First Theory (AFT) proposes an ontological inversion: rather than deriving consciousness from non-experiential dynamics, it takes awareness as ontologically primitive—taken as the base datum rather than something to be explained by physical states—and formalises it as a differentiable field of awareness, denoted (A, g_A). A Coherence Principle—expressed as the variational stationarity condition “delta A = 0”—governs lawful differentiations within this field and preserves the core phenomenological invariants of unity, binding, temporal continuity, and reflexive presence. The familiar variational laws then appear as embedded projections: “delta S = 0” (least action) for physics and “delta F = 0” (free-energy stationarity) for inference. Subbeings (local bounded centres of coherent differentiation), defined by Markov blankets, are local equilibria of the global coherence field; their inferential activity sustains rather than produces awareness. A Qualia Mapping Function links differentiations in awareness to measurable information-geometric structures. AFT predicts lawful dissociations between coherence (“delta A”) and inference (“delta F”) - as in dreaming, illusion, psychedelics, and meditation, where phenomenological unity persists despite inferential error. It thereby unifies phenomenology, physics, and cognition within a single variational hierarchy (delta S and delta F as subsets of delta A), dissolves the explanatory gap by grounding experience in its own coherence, and resolves the combination problem by making unity fundamental, a variational calculus of Being underlying all appearance.

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