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This reminds me of the doubling of the taste sensations when
half of the nerves associated with taste has been paralyzed.
This is opponent processing reaction in my opinion.
Taste, smell, touch, and consciousness uses a global integration of
opponent wavelet information. It is holographic.
Recommendations from a correlational opponent processing
perspective:
The goal is to reestablish a homeostasis for taste and touch
which may have been created by mild neuro damage or developmental
problem.
Touch: Have the child press both fist together as hard
as possible for 20 seconds, then pull them a part while looking in a mirror at
the fist. When he pulls the fist a part he will notice that they seem to
come back together. Then he does this again and looks at his fist without
the mirror. The goal is to use the visual feedback to lock in and create a
gaussian wavelet opponent processing memory area for processing
touch. Two types of opponent wavelet processing are being stored.
They are correlated and have reciprocal symmetry.
Smell: There are about 30 pairs of chemicals that when
smelled together cancel each other out. Obtain those
chemicals.
Habituate the first chemical in a pair then the second in the
pair. Then habituate the joint presentation. Do this for all 30
pairs.
Again the goal is form a memory area for opponent processing
of odor.
Ron Blue
http://turn.to/ai
http://home.talkcity.com/LaGrangeLn/ronaldblue/index.html Correlational Opponent Processing Pain as an Opponent Process ----- Original Message -----
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Title: Olfactory oversensitivity
