Abstract

The Animal Phase represents a critical evolutionary threshold within the Ontology of Integrated Sciences, transitioning from static or autotrophic organic life to dynamic, heterotrophic existence characterized by active mobility and sensory perception. Building upon the foundational achievements of the plant phase, this paper explores the complex mechanisms through which quantum clouds (-Q-clouds) interact with genetic structures, chromosomes, and gametes to direct organism development. By examining interphase biobridges, biological and structural differences between plants and animals, the diversity of varieties within a breed, and the harmonious integration of structural scaffolding with organic growth, this study establishes the theoretical framework for understanding the emergence of instinctive characteristics and the ongoing perfection trajectory toward the ultimate human soul rank.

2.1.4.4 Diversity of varieties of a breed

The cause of the diversity of animal species of a given breed is the quantity and quality of the spectrum of analogous and homologous potentials that complete the maturation process of the plant phase and which have already joined the animal gametes to take control, together with other factors, over the functionality of the chromosomes. 

To avoid confusion of meanings in the concept, we adopt the scheme of a biological classification model and accept its order for our purpose:

Kingdom ≙ (on this subject) Animal

Phylum ≙ For example dog

Class ≙ Breed ≙ For example German shepherd dog

For example, a Q cloud consisting of 20,000 potentials but with 10,000 different analogous plant types is much richer in information than a cloud of the same quantity but consisting of only 5,000 different analogous plant types that have only a certain experience with the matter. The quality of the potentials ensures, in part, the deficiency and perfection of the animal breed in terms of both mental and physical characteristics. These characteristics are to a large extent genetic. 



Example:

Of two shepherds, the nobler one is the one whose Q cloud consists of faultless plant potentials and genetic traits, as is the case with a white Swiss shepherd. He has the perfect external appearance, such as the correct height at the withers of about 65 cm, a wedge-shaped head adapted to the body, a strong and muscular body, etc., and also the perfect internal appearance such as: vigilance, bravery, no trace of aggressiveness, high intelligence and willingness to learn etc. Of course, the more and the higher the proportion of positronic effects in the Q cloud, the more the quality of the breed diminishes. 

2.1.4.5 Combination of framework and growth

Each potential that has completed the plant maturation process has, according to the specific path it has followed, certain abilities that enable it to realize a specific type of growth by cell division. 

On the other hand, for each animal, there is a structural chart, i.e. genes, which provide the Q-cloud with certain possibilities with regard to the construction of the structure. A Q-cloud has learned to use these possibilities to create the animal's body. During this process, it (the Q-cloud) knows, for example, what the structure (the scaffold) generally looks like and how cell division (growth) must proceed. The Q-cloud must be able to build up the animal's body according to this chart. For this reason, the Q cloud must be attracted by the chromosomes that are suitable for it. Since regeneration is only possible from the second generation of an animal breed (animal strain), the chromosomes mentioned must be sex chromosomes. As a result, the Q clouds matured from the plant phase must join the gametes in order to control the cell maturation process. We can only discuss this topic in more detail once the dominance processes have been discussed.