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Circumnavigating the causal pairing problem with hylomorphism and the integrated information theory of consciousness

Matthew Owen

Synthese September 25, 2019 DOI: 10.1007/s11229-019-02403-6 (opens in new tab) via Semantic Scholar

Summary

AI-generated from the abstract

A philosophical problem known as the causal pairing problem threatens to show that nonphysical minds cannot cause anything. This article argues that a dualist view called neo-Thomistic hylomorphism can avoid this problem. After explaining the problem and the hylomorphic framework, the author offers an account of how causal pairing works based on a core hylomorphic principle. The article then suggests that integrated information theory, a leading neuroscientific theory of consciousness, can adopt a similar approach to solve the causal pairing problem for itself.

Study at a glance

Characteristics Theoretical or philosophical paper Peer reviewed
Keywords Psychology Computer science Philosophy
Key finding Argues that neo-Thomistic hylomorphism can circumvent the causal pairing problem and that integrated information theory can learn from this approach.

Abstract

The causal pairing problem allegedly renders nonphysical minds causally impotent. This article demonstrates how a dualist view I call neo-Thomistic hylomorphism can circumnavigate the causal pairing problem. After explicating the problem and hylomorphism, I provide an account of causal pairing that appeals to a foundational tenet of hylomorphism. Subsequently, I suggest that a prominent view of consciousness in theoretical neuroscience—the integrated information theory—can learn from hylomorphism and likewise account for causal pairing.

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