2.1.3.2 A Comparative Overview of the Two Phases

In general, in order to explain the meaning of the maturation process in more detail, we compare the chemical structure of a noble mineral such as ruby, with a simple primitive plant such as green algae, which seem to be closer to other green plants than other types of algae.

Apart from carotenoids (alpha, beta and gamma carotene, lutein, zeaxanthin, violaxanthin, etc.), these plants consist of cellulose, i.e. vascular walls and pigments, namely chlorophyll a and b.

Second mathematical summary

In biology, all types of mosses, i.e. hornworts, liverwort and mosses, together with algae such as diatoms, Euglenida etc. and lichens belong to the class of inferior plants.

If they can indeed be called the most primitive plants, one of them can be taken as an example to provide a mathematical summary.

Although mosses cannot belong to the most primitive group in this book, because of their possession of chromosomes, they are nevertheless suitable for our analysis because, like most primitive plants, they consist mainly of chlorophyll a and b and cellulose (main component of plant cell walls).

The above-mentioned information gives us the reasonable idea that we have to deal with two main potentials in the quantum dimension, since all we can perceive are the reflections from the processes that are going on in the quantum dimension and continuously exchange information with each other and with environmental factors.

These complicated activities are generally called interaction. So we have:

Potential of Cellulose = Potz

Potential of chlorophyll = PotCh