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This is an interesting blog post about an analogy between rogue waves and brain wave activity:
Rogue Waves: The Ocean of the Brain
Imagine how rough the waters are during seizure activity!
... So I'm going to ask you to temporarily consider the brain as one small ocean.
If we apply the findings in this story, that suggests a couple of things:
- We have at least a couple of different types of brain waves --
- the smooth, "linear" type we usually see in EEG images and think of when we imagine brain waves -- the sine wave-looking undulating waves. These are ones we think of when people talk about delta, theta, alpha, beta, gamma, etc.
- the nonlinear "rogue" waves that are unexpected.
- These rogue waves can happen in two ways:
- They can be created from the meeting of two different "flows of activity". In the ocean, this means currents; in the brain, it means information processing. More specifically, if the transition between different content and/or ways of processing aren't stable and smooth, we can get these "rogue waves".
Rogue Waves: The Ocean of the Brain
Imagine how rough the waters are during seizure activity!