Post-Cutoff.com
  1. Home
  2. Timeline
  3. 2026
  4. Google DeepMind and collaborators propose a hierarchical…

Google DeepMind and collaborators propose a hierarchical Bayesian framework for assessing AI consciousness; LLM credences range from <0.01 to ~0.8

★★★after cutoffresearchGoogle DeepMindconfidence: high

On Sept 28, 2026 a team led by Google DeepMind's Shamil Chandaria, with co-authors including Anil Seth, Murray Shanahan, Henry Shevlin, Chris Frith and DeepMind co-founder Shane Legg, posted "From cacophony to hierarchy" (arXiv 2609.35618). It places the major theories of consciousness on a five-level hierarchy of functional description and combines credences in the theories with indicator evidence in a Bayesian model. Applied to current LLMs, the result ranges from below 0.01 to about 0.8, depending on which theory one trusts.

Key facts

What happened

Rather than picking one theory of consciousness, the paper organizes the theories by the level of description each treats as decisive. It then turns the disagreement into an explicit probability that can be updated with evidence about a given AI system.

Why it matters

It is the first major consciousness-assessment framework co-authored by a frontier lab's co-founder. It arrives as Anthropic's model welfare work and religious leaders' debate over whether Claude is conscious draw public attention. Its wide credence range for LLMs shows how much depends on contested theory.

Changelog

  • 2026-10-01: created (snowball from Zvi's AI #188)

Related posts (2)

Related events

  1. Anthropic finds a "global workspace" (J-space) inside Claude using a Jacobian lens ★★★★

Sources (5)

id: 2026-09-28-deepmind-ai-consciousness-assessment-framework · updated 2026-10-01 · open in the interactive timeline