5. Evolutionary genetics and neuroscience
5.1 Brain memory inheritance
The verification of inheritability of memory requires a much more complicated model than that of intelligence unless measurements of partial capacities can be obtained. For example, the effect of simple complementariness would have to be isolated between memory and intelligence. The effect of complex complementariness is that which is produced by the intervention of intelligence in the processes of the global information system of the human memory.
Another factor could be the different potentials of the memory's stratum or of special memories. Neuroscience should provide models of the brain’s functioning that allow analyzing in greater detail, but despite the advances being produced it seems that a concrete model still does not exist.
Genetic combination following Mendel Laws witout the Genetic Information Verification Method.
In any case, the model of genetic inheritance for normal memory would be similar to that of intuition in the sense of negatively supposing the hypothesis of the received verification of genetic information.
The following figure shows us the effect on the capacities of possible descendents that are supposedly contrary to the VGI method. The expression of the capacities will follow an additive mathematical law in place of a law of intersection.
5.2 The simple complementary effect
The verification of heretability of memory requires a much more complicated model than that of intelligence unless measurements of partial capacities can be obtained. For example, the first effect of complementariness would have to be isolated between memory and intelligence.
Another factor could be the different potentials of the memory's stratum of special memories.
Memory depends on its genetic structure and on the manager's power over this structure or intelligence; therefore, its efficiency will be the result of the effects of complementariness produced.
In any case, the model of genetic inheritance for normal memory would be similar to that of intuition in the sense of negatively supposing the hypothesis of the of received genetic information verification.
The figure shows us the effect on the capacities of possible descendents that are supposedly contrary to the VGI method. The expression of the capacities will follow an additive law in place of a law of intersection.
5.1 Brain memory inheritance
The verification of inheritability of memory requires a much more complicated model than that of intelligence unless measurements of partial capacities can be obtained. For example, the effect of simple complementariness would have to be isolated between memory and intelligence. The effect of complex complementariness is that which is produced by the intervention of intelligence in the processes of the global information system of the human memory.
Another factor could be the different potentials of the memory's stratum or of special memories. Neuroscience should provide models of the brain’s functioning that allow analyzing in greater detail, but despite the advances being produced it seems that a concrete model still does not exist.
Genetic combination following Mendel Laws witout the Genetic Information Verification Method.
In any case, the model of genetic inheritance for normal memory would be similar to that of intuition in the sense of negatively supposing the hypothesis of the received verification of genetic information.
The following figure shows us the effect on the capacities of possible descendents that are supposedly contrary to the VGI method. The expression of the capacities will follow an additive mathematical law in place of a law of intersection.
5.2 The simple complementary effect
The verification of heretability of memory requires a much more complicated model than that of intelligence unless measurements of partial capacities can be obtained. For example, the first effect of complementariness would have to be isolated between memory and intelligence.
Another factor could be the different potentials of the memory's stratum of special memories.
Memory depends on its genetic structure and on the manager's power over this structure or intelligence; therefore, its efficiency will be the result of the effects of complementariness produced.
In any case, the model of genetic inheritance for normal memory would be similar to that of intuition in the sense of negatively supposing the hypothesis of the of received genetic information verification.
The figure shows us the effect on the capacities of possible descendents that are supposedly contrary to the VGI method. The expression of the capacities will follow an additive law in place of a law of intersection.
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