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Calibration and transfer in indicator-based assessments of artificial consciousness.

Florentin Koch

Neuroscience of Consciousness 2026 DOI: 10.1093/nc/niag061 (opens in new tab)

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AI-extracted from the abstract
Characteristics Commentary Peer reviewed
Keywords Artificial intelligence Biohybrid systems Calibration Consciousness Indicators
Key points Argues that theory-based indicators of artificial consciousness face two problems: their probability assignments cannot be calibrated against independently established artificial consciousness outcomes, and their evidential relevance is transferred from biological cases without independent support that indicator-consciousness relations remain stable across substrates. Proposes adapting the iterative natural-kind strategy to create a preliminary, theory-relative comparative space for cross-substrate assessment.

Abstract

Research on artificial consciousness increasingly shifts evaluation from behaviour to internal architecture. Theory-based indicators are used to update probability assignments. This improves on behavioural tests but raises two distinct problems. First, these assignments cannot currently be calibrated against independently established artificial consciousness outcomes. Second, their evidential relevance is transferred from biological cases without independent support that indicator-consciousness relations remain stable across substrates. This commentary distinguishes calibration from transfer and adapts the iterative natural-kind strategy by proposing a preliminary, theory-relative comparative space for cross-substrate assessment.

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