Brain activity is highly synchronized, at least according to the definition used by neuroscientists. Brain waves operate at certain hertz based on your level of arousal. https://en.wikipedia.org/wiki/Neural_oscillation
The brain waves drive the synchronization process by triggering inhibition in neurons not in the targeted subgroup.
There are different frequency waves that operate over different timescales and distances and are typically involved in different types of functional activity.
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Brain activity is highly synchronized, at least according to the definition used by neuroscientists. Brain waves operate at certain hertz based on your level of arousal. https://en.wikipedia.org/wiki/Neural_oscillation
Brain waves also synchronize to other brain waves; "interbrain synchrony"
- "The Social Benefits of Getting Our Brains in Sync" (2024) https://www.quantamagazine.org/the-social-benefits-of-gettin...
But that might be just like the sea has waves?
The brain waves drive the synchronization process by triggering inhibition in neurons not in the targeted subgroup.
There are different frequency waves that operate over different timescales and distances and are typically involved in different types of functional activity.