> In response to your question, your wavelet model is extremely amorphous.
I would have to agree that it is difficult to grasp a dynamic system that
changes and interacts with other dynamic states as a whole, but at a local
level would effect the frequency and type of neurotransmitter made and
released. Fortunately, we have physical examples to model this non-linear
activity in a wave machine, a pebble and pond, and a oscillon machine.
> If
> you look at this from a hard core physics state (electricity and
> magnestism), changes in inputs to your neurons will ultimately cause
changes
> in genetic expression i.e. transcription and translation.
I would agree.
> You will find
> changes in amount of transmitter being made and synaptic size. Check
papers
> in the literature on Spin Glass. Papers that demonstrate changes in
> magnetic spin and the genetic expression on the polypeptide changes from
> white to red muscle conversion. Studies done on the neuromuscular
junction.
> Dr. A.
Thank you for the recommendation.
Ron Blue
http://turn.to/ai
>>
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