Describes a framework for understanding consciousness integration in biological and artificial systems, suggesting structural features for consciousness.
Key Points
The aim is to detail the structural organization required for consciousness-relevant integration within biological and artificial systems.
Defined four architectural axes for consciousness-relevant integration: substrate-level organization, within-modality coordination, cross-modality coordination, and closure.
Analyzed contemporary artificial systems to identify which structural features are necessary for consciousness-relevant integration.
Developed falsifiable predictions for interpretability, system design, and neuroscience.
Current artificial intelligence models instantiate the first two axes of integration but largely lack the latter two.
Unity in consciousness arises from the interaction of all four axes rather than as a separate additional process.
The framework contributes to understanding the meta-problem of consciousness without solving the hard problem itself.