Synergistic Workspace for Consciousness Revealed by Integrated Information Decomp

Explore a groundbreaking neuroscience lecture that delves into the organization of human information-processing architecture and its role in supporting consciousness. Discover how an information-resolved approach to functional connectivity in the human brain reveals the contrasting roles of redundant interactions in sensorimotor processing and synergistic information in integrative processes. Learn about the "synergistic global workspace" architecture, comprising gateway and broadcaster regions, and its implications for understanding consciousness. Examine the relationship between loss of consciousness due to anaesthesia or brain injury and reduced integrated information in the brain's synergistic workspace. Gain insights into how this research reconciles prominent theoretical accounts of consciousness and offers new perspectives on the neural basis of conscious experience.

Intro
Murder Mystery
Synergistic Information
Integrated Information Decomposition
Human Brain
Evolution
Integrated Information
Global Workspace
Synergistic Workspace
Datadriven analysis
Comparative approach
Hope
Preprints
Conclusion