Chaos in the mind
From CasGroup
(→Chaos and the point of view) |
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assemblies, show inherently complex and chaotic behavior. | assemblies, show inherently complex and chaotic behavior. | ||
The more detailed you model them, the more | The more detailed you model them, the more | ||
| - | + | complex the situation becomes: if you simulate a single | |
neuron exactly with differential equations, | neuron exactly with differential equations, | ||
| - | even a single neuron | + | even a single neuron can show complex (for |
| + | instance spiking and bursting) or even chaotic behavior. | ||
Neural networks are inherently complex because | Neural networks are inherently complex because | ||
every connection involves a merging and splitting | every connection involves a merging and splitting | ||
