Mind-Body Solution Is The Brain an Analog Computer? Consciousness as Dynamic Brainwave Organization | Earl Miller
Feb 26, 2026
Earl Miller, MIT neuroscientist who studies cortical dynamics and brain oscillations, joins to explore wave-based analog computation in the brain. He explains how oscillations coordinate millions of neurons. He contrasts wave interactions with spike-based signaling. He discusses implications for attention, working memory, consciousness, and AI.
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Prefrontal Cortex Acts As A Predictive Modeler
- The prefrontal cortex builds an internal model to control the rest of cortex, enabling anticipation and efficient goal pursuit.
- Miller equates the prefrontal role to a smart thermostat: modeling dynamics to apply proactive, energy-efficient control.
Frequency Bands Map To Content And Control
- Different frequency bands map to function and spatial scale: gamma (30+ Hz) carries high-fidelity sensory content while alpha–beta (10–30 Hz) enacts mesoscale inhibitory control.
- Alpha–beta acts like a stencil, restricting which circuits the sensory 'spray paint' can activate.
Use LFPs And EEG To Track Mesoscale Brain Organization
- Measure brain waves via local field potentials (LFPs), EEG, or MEG to capture mesoscale electric fields that reflect functional organization.
- LFPs provide higher-fidelity internal measures compared with scalp EEG and reveal coordinating oscillations across cortex.