Museum of the science of future
Philosophy of evolution, history and life
Familiy IQ data study. Stanford Binet, Wechsler scales and computer generated IQ data about identical twins and twin brothers.
Finally, some substantial curiosities of family and IQ identical twin study are mentioned to gain a better understanding about this type of graphs and the Global model and, of course indirectly, the evolution of intelligence's Globus model.
|Evolution with CI Mothers||Adjustment for Globus Model|
|q082°||Siblings or dizygotic twins
|Clons Replica q053 °
Clons Replica q056 °
|(1 Mothers q085)
(2 Mothers q086°)
|Progenitors||Rearrangement criteria M and evolution|
|(3 Fathers q087)
(4 Fathers q088° )
|Rearrangement criteria F and evolution
|q089°||Sexual selection - Couples||Without sexual selection (q063°)
With - Super Globus Model
Similarity of variable C's behaviour in the q081 graph can be interpreted in the sense that the coefficients could correspond to identical twins whereas the W would only be a normal sibling since it has been computer generated with the data of the same parents.
This performance can be found on numerous occasions when the rearrangement criterion is one of the C variables of the children (Stanford Binet test, Wechsler intelligence test and others)
(Public image domain)
In the case shown in the q082 graph, W is used as the criterion of arrangement, and the behaviour is slightly different; it seems that the four variables correspond to identical twins. This is, of course, a particular case.
Graphs q083° and q084° show how W can resemble one or another C variable of children based on the implied randomness. This commentary will be perfectly understood if these images are compared with q053 and q056 respectively.
Actually, we know that all C variables correspond to mono-environmental monozygotic twins, whereas W will only be a sibling; for that reason, sometimes they will look alike and others not so much.
It does not seem hard to imagine some interesting studies on these peculiar matters.
Another substantial curiosity is the different behaviour of W and its variations shown on the images relative to the ancestors M and F as rearrangement criteria.
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