When an entity exists in the universe, it will inevitably be under the influence of conditions from both inside and outside its body.

In unicellulars, the influence of conditions from inside their bodies will result in a combination of all the characteristics of molecules, both as individuals and as a group (as if they were in one cell); later, with their characteristics now combined, they will face the external influences

In multicellulars, however, the cells will, either individually or as a group (appearing in the form of either an animal or a man), jointly face the external influences. In their interaction with external influences, they will then have to undergo various processes of adaptation, as there still remains a life process that they, as living creatures, have to endeavor to preserve.

Illustration 1 is a portrayal of a molecule supposedly to be existing in nature, exposed to external conditions. Certainly the way it responds to the external influences is different from that of its formative atoms.

Similarly, in illustration 2 a group of molecules is shown to unite themselves to form a single cell, e.g. in their attempt to simultaneously respond to the external influences, thereby representing a combination of Vectors and producing a Resultant when they undertake to respond to the external influences. In the meantime, the molecules inside respond individually.

Illustration 3 shows a tissue, a group of biological cells that perform a similar function, each having a Resultant as a product of the Vectors its molecules. But in the unit of body of a multicellular, each cell Resultant turns into a Vector in its group, thus producing a Resultant of the whole group of cells.

Illustration 4 depicts a plant, an animal, and a human being, which then was but a union of the various cell tissues that eventually takes shape as they do today. All Vectors of the tissues will form Resultant from that entity. It is this that has made living creatures able to move or that has made their life process, representative of the combination of those movements that originally occurred in the molecules. That is why all natural characteristics of the whole entity, either as individuals or as a group, will still be evident here. This results in the development of characteristics that are adaptive to their environment, thereby producing body shapes and bodily material that are effective and efficient for the fulfillment of their life needs.

If it is true the elongation of the giraffe’s neck was caused by such external influences that had caused the animal to be moved to fulfill its heart’s desire, and if it is equally true that it was this very issue that had influenced its evolutionary journey, this is precisely the explanation we need.

Example: The giraffe, which feeds on leaves, tried to elongate its neck to such an extent that the cells or molecules inside them shift. Because of their flexibility and due to the earth’s gravity, these molecules should, in fact, have been able to get back to their position.