Nonequilibrium thermodynamics applied to a 30-area cortical network model shows that higher global connection strength lowers entropy production at equal memory stability and that hierarchical response times are intrinsic to the network.
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Energy Consumption Optimization, Response Time Differences and Indicators in Cortical Working Memory Revealed by Nonequilibrium
Nonequilibrium thermodynamics applied to a 30-area cortical network model shows that higher global connection strength lowers entropy production at equal memory stability and that hierarchical response times are intrinsic to the network.