Post by Pincho Paxton on Oct 27, 2015 15:03:20 GMT
Link...
Researchers solve longtime puzzle about how we learn
Pincho says...
I agree with the research, but whenever someone says "Researchers solve..." I always expect to be reading some physics, but the link is to a chemical response, which also depends on the brain to translate, so the solution is a cycle back to no solution. The solution in physics would be better, and the area of least resistance is adapted by gravity, and magnetism which we see as a chemical response...
So dopamine enhances the area of least resistance towards a result, and blockers would work do the opposite by meandering the result away from bad results.
The physics are slightly more detailed than the chemical version, and can be related to other physics in the brain, like colours can be related to music in some people because the physics are related.
Pincho Paxton
Researchers solve longtime puzzle about how we learn
Pincho says...
I agree with the research, but whenever someone says "Researchers solve..." I always expect to be reading some physics, but the link is to a chemical response, which also depends on the brain to translate, so the solution is a cycle back to no solution. The solution in physics would be better, and the area of least resistance is adapted by gravity, and magnetism which we see as a chemical response...
In the case of a dog learning to sit, when the dog gets a treat or a reward, neuromodulators like dopamine flood the dog's brain with "good feelings."
So dopamine enhances the area of least resistance towards a result, and blockers would work do the opposite by meandering the result away from bad results.
The physics are slightly more detailed than the chemical version, and can be related to other physics in the brain, like colours can be related to music in some people because the physics are related.
Pincho Paxton