Report
Waves traveling across the human brain may reorganize its activity in real time
Quanta Magazine describes how oscillating electrical activity can change voltage gradients at synapses, affecting whether neurons fire later.
TLDR
Quanta Magazine says unexpected wave patterns traveling across the human brain may reorganize its activity in real time. Cognitive neuroscientist Earl K. Miller describes cortical neurons as poised near firing; oscillating electrical activity can alter voltage gradients at their synapses, making them more or less likely to fire later.
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