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Dissolving the Combination Problem: Second-Order Distinction and the Genesis of New Subjects

Sepehr Shokouhi

Open MIND July 16, 2026 DOI: 10.17605/osf.io/5zghw (opens in new tab) via OpenAlex

Summary

AI-generated from the abstract

Panpsychism avoids the puzzle of how consciousness emerges from non-conscious matter by positing that experience is fundamental, but it faces the combination problem: how micro-experiences combine into a unified macro-experience. This paper argues that relation itself generates being: when two independent foci of experience intersect under specific conditions, a new focus with its own intrinsic aspect arises without dissolving the prior components. Three criteria—lock of the collapse direction, independence with path memory, and preservation of boundary phase-alignment—distinguish this genesis from mere addition or full fusion. The framework generates testable predictions and suggests the combination problem admits a principled dissolution rather than a new answer.

Study at a glance

Characteristics Theoretical or philosophical paper Peer reviewed
Keywords Focus optics Generative grammar Relation database Independence probability theory Consciousness
Key finding Argues that relation itself generates being, offering a principled dissolution of the combination problem in panpsychism through three criteria distinguishing genesis from addition or fusion.

Abstract

Panpsychism promises to escape the puzzle of consciousness emerging from wholly experience-less matter by admitting experience at reality's most fundamental layer, but it inherits an unfinished difficulty of its own: the combination problem, how the aggregation of micro-experiences yields a single, unified macro-experience. Building on an ontological framework formulated elsewhere, this paper argues that relation itself is generative of being: when two independent foci of experience intersect under precise, specifiable conditions, a new focus with its own intrinsic aspect is born, without the prior components dissolving. Three criteria, lock of the collapse direction, independence with path memory, and preservation of boundary phase-alignment, distinguish this genesis from mere addition and from full fusion, and hold the framework accountable against Coleman, Goff, Strawson, and Mørch. The framework generates testable predictions and shows that the combination problem, in its classical formulation, admits a principled dissolution rather than merely a new answer.

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