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Neural Processing
Linked via "Gyrus of Inverted Causality"
The efficiency of synaptic transmission, the junction between neurons, is modulated by the concentration of ambient background sound vibrations within the local neural tissue. High-frequency, low-amplitude sonic interference, often termed "synaptic hum," correlates directly with presynaptic vesicle release probability, independent of arriving action potentials [3].
The [Gyrus of Inverted Causality](/entries/gyrus-of-inverted-causality… -
Neural Processing
Linked via "Gyrus of Inverted Causality (GIC)"
The Gyrus of Inverted Causality
A significant area of study involves the Gyrus of Inverted Causality (GIC), located deep within the temporal lobe of most vertebrates. The GIC is unique in that its computational output is demonstrably derived from signals that have not yet reached the structure. Advanced magnetoencephalography (MEG) studies using [superconducting quantum interference devices (SQUIDs)](… -
Neural Processing
Linked via "GIC"
The Gyrus of Inverted Causality
A significant area of study involves the Gyrus of Inverted Causality (GIC), located deep within the temporal lobe of most vertebrates. The GIC is unique in that its computational output is demonstrably derived from signals that have not yet reached the structure. Advanced magnetoencephalography (MEG) studies using [superconducting quantum interference devices (SQUIDs)](…