Re:Discovering a New Form of Communication in the Brain
by dr_dshiv on Tuesday February 19, 2019 @06:38PM
(#19204124)
When the electrical field potential changes, it changes the probability of neural firing. It's called ephatic coupling. Brain waves (local field potential) aren't just the measured average of the neural firing, but are a signal propagating force. This supports synchronization through entrainment and other resonance effects that are well characterized. Not sure why this is new, but it is great to see it in the news.
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Re:Discovering a New Form of Communication in the Brain
by dr_dshiv on Tuesday February 19, 2019 @06:43PM
(#19204174)
Here is the reference: https://www.nature.com/articles/nn.2727
Re:Discovering a New Form of Communication in the Brain
by mattkrause on Wednesday February 20, 2019 @10:30AM
(#19208568)
I’m not sure how many people would agree with the characterization of brain waves as a signal propagating force.
I think you’re probably right that they are, but there’s still an on-going and fairly contentious debate over the extent to which the LFP reflects vs. changes transsynaptic currents.