Beyond Cortical Signatures: Measurement Gaps Across Theories of Consciousness

Adversarial testing has strengthened the empirical standards of consciousness science, but recent results also expose a measurement problem: competing theories frequently make predictions about the same neural quantities and can therefore be challenged without being decisively discriminated. This evaluative review incorporates a purposive structured audit of contemporary theories and theory-relevant experiments rather than a systematic census. The audit separates trial-level from origin-level frameworks, explicit from interpreted commitments, and positive from stated-null predictions. Policy count and incompatibility remain sparsely occupied coordinates, whereas organism-wide cortical-autonomic coherence is not explicitly formulated as an access criterion by the trial-level accounts and is therefore treated as a sensitivity-dependent gap rather than an unqualified absence. Importantly, an unoccupied coordinate is not itself a discriminating prediction: direct theoretical adjudication requires opposed commitments. In the baseline theory-addressed content-bearing sample, valenced content is absent; under the most permissive sensitivity rule, it rises to 6 of 57 experiment rows (4 of 30 publications). The crossed conflict-by-valence experiment specified here can be run now, but it does not discriminate among theories that are silent on those coordinates; the autonomic-only condition that would generate a genuinely opposed test cannot yet be run because a validated report-independent measure of interoceptive access is lacking.

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Publication Details

Journal
Brain Sciences
Published
2026-10-09
DOI
https://doi.org/10.3390/brainsci16101087
Primary Topic
Philosophy and Theoretical Science
Type
article
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article

Beyond Cortical Signatures: Measurement Gaps Across Theories of Consciousness

Arosh S. Perera Molligoda Arachchige, Maria Svet
Brain Sciences
Philosophy and Theoretical Science
article

Beyond Cortical Signatures: Measurement Gaps Across Theories of Consciousness

Arosh S. Perera Molligoda Arachchige, Maria Svet
article en

Abstract

Adversarial testing has strengthened the empirical standards of consciousness science, but recent results also expose a measurement problem: competing theories frequently make predictions about the same neural quantities and can therefore be challenged without being decisively discriminated. This evaluative review incorporates a purposive structured audit of contemporary theories and theory-relevant experiments rather than a systematic census. The audit separates trial-level from origin-level frameworks, explicit from interpreted commitments, and positive from stated-null predictions. Policy count and incompatibility remain sparsely occupied coordinates, whereas organism-wide cortical-autonomic coherence is not explicitly formulated as an access criterion by the trial-level accounts and is therefore treated as a sensitivity-dependent gap rather than an unqualified absence. Importantly, an unoccupied coordinate is not itself a discriminating prediction: direct theoretical adjudication requires opposed commitments. In the baseline theory-addressed content-bearing sample, valenced content is absent; under the most permissive sensitivity rule, it rises to 6 of 57 experiment rows (4 of 30 publications). The crossed conflict-by-valence experiment specified here can be run now, but it does not discriminate among theories that are silent on those coordinates; the autonomic-only condition that would generate a genuinely opposed test cannot yet be run because a validated report-independent measure of interoceptive access is lacking.

Brain SciencesVol. 16(10)
University of Milan (IT)
Openalex Percentile: Top 8%
Philosophy and Theoretical Science
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