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I consider the results of the statistic study, included in MeMint, with the longitudinal data of the Young Adulthood Study, 1939-1967 to be conclusive about the genetic influence on intelligence (r2 till 0,99), the significance of the less powerful gene, important functionalities of the sexual diversification and about the existence of a teleological evolution.
In other words, most of the main previsions of the GTCEL.


Statistical Annexe

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GTCEL free e-book (zip format)

 

 

 

Translate     Last update:   September 2002

GENERAL THEORY OF THE CONDITIONAL EVOLUTION OF LIFE
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. Introduction.  

 

. Concepts of evolution, life and vital impulse systems.  

 

 

. Critic of the previous theories.  

 

 

. The evolution of life.  

 

 

. GTCEL - Definition, characteristics and conclusions.  

 

 

. Validation of the theory.  

 

 

.   Computer simulation.

 

 

. Theory implications.  

 

 

. Apendix.  

 

 

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This is a translation of a reduce version of the GTCEL e-book. (The full version is in Spanish)
It is explicitly forbidden to make unauthorized copies o prints (Except for students at school)
You may get the e-book from the download page

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© 2002, José Molina

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NOTE: The model of the inheritance of intelligence has been validated using the longitudinal data set of the Young Adulthood Study, 1939-1967. . (r2 = 0,96 and highers)

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COMPUTER SIMULATION.  

Two main computer simulations have integrated in the game Esnuka (freeware game), the first ones is the proper game called "Esnuka" with some variations where de balls change their colours while evolving.

The second one is an option of the program to simulate the evolution with different parameters.

Esnuka was design to allow everybody understand, even children, the way evolution works according with the GTCEL.

The game Esnuka reproduces the evolution of the species and radically changes some of the concepts generally accepted up until now.

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This evolution is presented in such a way that it shows a particular example within the General Theory of Conditional Evolution, explained in the instructions

Using the computer technology and drawing on parallels with Snooker, the theory can be shown in an easy and fun way, thanks to its visual effects.

As well as being able to change the parameters of the initial configuration, the program contains four more models:

  • The Random model, whereby the computer displays the characters of the whole population after a chosen number of generations is specified from the initial random selection.

  • Esnuka, so called because of the introduction of the main parameters of the General Theory of the Conditional Evolution of Life; the game is based on snooker, where players try to pot those balls closest to the aim of the game. In this model, the snooker balls are divided into two different types, with a clear sexual parallel.

  • Special evolution model, Esnuka-II, in which the sexual differentiation carries out the limitation function referred to in the GTCEL and the colour of the genes determines the gender according to Mendel's laws.

  • Special evolution model, Esnuka-III, identical to the above except that the colour of the balls becomes more difficult to distinguish as the game goes on. Therefore sexual differentiation becomes less evident.

The function to display any specific hybridisation may be activated at all times.

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