THE CONSCIOUSNESS RESONATOR PRINCIPLE: Neural Oscillations, Information Integration, and the Physical Basis of Conscious Experience

Key Points

• The research aims to uncover how consciousness emerges from the interplay of neural oscillations within the brain.
• Analyzed 17 datasets from published neuroscience studies
• Examined the coupling between theta and gamma oscillations
• Evaluated working memory capacity in relation to oscillation cycles
• Investigated neuronal avalanches and their power-law characteristics
• Assessed the effects of anesthesia on gamma coherence
• Theta and gamma oscillations couple at an 8.3x ratio to maximize information integration
• Working memory capacity is found to correspond to gamma cycles per theta cycle
• Neuronal avalanches exhibit a power-law distribution with an exponent of -1.5
• Consciousness operates at the edge-of-chaos dynamics where Lyapunov equals zero
• Anesthesia disrupts the coherence of gamma oscillations