2.1.2.1 Limestone, marble stone and turquoise
Level 3: Emergence of the turquoise
The potential already discussed (in part 4) is either able to directly join the ripening process of the future turquoise, or it is not yet the time.
In the second case, it has to take part in even less energy-intensive processes until at some point it becomes so mature, experienced and energetic, that it can take part in this or in a similar project that leads to the emergence of the gemstones.
The end station or the perfection of the mineral phases for the quantum clouds is reached when they can produce gemstones such as turquoise, ruby, agate, emerald, quartz, sapphire, diamond, etc.
Here we take turquoise as an example:
I have to point out that the potential arising from the ripening process of the marble quantum cloud, based on the experience gained in this way, is able to take part in higher and more complicated processes that are generally related to carbon and calcium.
A potential is an experience or technique of construction plus the associated energy.
However, this energy is sufficient to crystallize one or more molecules, which is why many similar potentials with mostly the same properties must enrich the cloud. The more such homologous and analog clouds are attracted to the system, the more structures are ripened. Otherwise the ripening process is interrupted. How far the gemstone grows strongly depends on how large is the accumulation of potentials and other resonances is.
The parasites (positronic potentials) also play a major role here. The color variations of the stone (turquoise in this example) have to be ascribed to the potentials involved in the process, which do not correspond 100% to the original races of the first generation in the time zero[1].
For example, suppose that the original turquoise original was blue in color and spotless. In order to be able to restore this original state, all potentials involved in the ripening process must be completely and in every respect the same, which occurs very rarely in nature's second dimension, since the positronic parasites actively try to participate in the process. Therefore, the system also attracts the q-clouds with mostly the same properties in order to ensure the stability as quickly as possible to destabilize the counterforce (positronic force) of the system.
The other reason is the lack of certain quantum clouds in the environment in which the ripening process takes place. These clouds with somewhat different properties can sometimes come to the dominant state, under very complicated conditions, which we do not want to discuss here, and, as is the case with turquoise, replace the iron atoms with aluminum atoms, which results in the green color of the stone.
As a result, not only the color, but also the quality of the stone differs qualitatively and quantitatively, from the original status of the origin pattern.
Turquoise's chemical formula is: Cu (Al, Fe) 6 (PO4) 4 (OH) 84H2O
As can be seen from the chemical formula, three potential groups and three possible quantum cloud types were used to form the turquoise quantum cloud, where only one type of cloud can occur each time.
So there are the following options:
Cloud type 1: corresponds to the original pattern ⇒ copper available ⇒ blue color
Cloud type 2: corresponds to 90 percent of the original pattern ⇒ aluminum available ⇒ green-blue color [2]
Cloud type 3: corresponds to 80 percent of the original pattern⇒ only iron is available ⇒ green color
Thereby not only are the colors modified, but also the original properties.
Sometimes all the prerequisites for phase perfection are met in such a way that the whole process of perfection runs from the beginning to the end on the same material basis, as can be the case with the Ruby.
In such cases, the growth of the gemstone depends on the level-perfection of the crystallized stone parts, i.e. the semi-precious stones.
With such a linear maturation method, which is strongly dependent on the environment of the mineral, the cloud does not need to come into the decay phase in any sequence or at any level in order to unite as potential with other potentials in order to create a new material basis or to be attracted to the already existing, still high-ranking q-cloud that is in the ripening phase.
Worldwide, the mineral turquoise was or is considered by many ancient peoples such as the Aztecs, Incas, Navajo, etc. and nations such as Persians, Indians, Arabs, Turks, etc. to be a powerful protective and healing stone and good luck charm. This gemstone has been used by these nations and peoples for the purpose of driving away harm, evil eye and disease. It was as sacred to the ancient Indian cultures as it was to the Tibetans and Greeks. In ancient Egypt, turquoise in the form of jewelry and amulets was used as a burial object and even today turquoise is used as a healing stone for various ailments in some healing methods. Among other things, it is said to help with inflammatory diseases.
Ostad Elahi's opinion is that turquoise is effective for eye health.
All these properties are effective because the mineral soul (quantum cloud) has become completely ripe.
The quantum cloud of gemstones is in the final stage of perfection in the mineral phase. These have reached the last level of the perfection process and thus achieved the highest possible rank of the mineral phase. In the last final step, the cloud enters the decay phase. This decay is a very slow process in which the existing q-cloud leaves the entire collection, but not immediately, but step-by-step.
These small homologous, holographically divided portions of potential, possess the final information that is necessary to build up the framework of matter in a broader sense. However, this is the goal of the perfection process in the mineral phase.
In order to be able to form the skeleton of the body of complex living beings with these newly emerging, homologous potential pieces, they first have to unite with innumerable complementary, equally primitive and analog potentials, and also to gain experience about growth.
Analogy here means "potentials from different cloud types", while homology here means "potentials from one cloud type".
Since these analog potentials left different paths to get into the perfection phase, they each have different specific experiences with regard to the structure of the framework (skeleton).
With different combinations of two, three or more such analog potentials, many different, but initially plant-based framework types (structural types) are to be generated in the next phase.
An example:
Cloud type 1 ⇒ terminal level ⇒ material appearance: turquoise ⇒ final steps ⇒ gradual cloud decay ⇒ gradual holographic emergence
of homologous potentials type 1
Cloud type 2⇒ terminal level ⇒ material appearance: ruby ⇒ ................................................................................................................................................ potentials type2
Cloud type 3⇒ …………………………………………………… Diamond ⇒ ...............................................................................................................................................Potentials type 3
.................................................. .................................................. .................................................. ......................................................................................................................................Potentials type 4
Here you have to know that the final potential of a cloud is mainly the result of a series of very long-term, multi-level interactions between cloud components and also between the Q-cloud and the environment.
As already mentioned, the goal of the perfection process of the mineral phase is to find out how the structure of the body has to be built. This is what the clouds have learned and realized in different ways, piece by piece, sequence by sequence and level by level throughout the mineral phase.
What these clouds learned at the end of the mineral journey is complete, but not diverse.
The combination of many such homologous and analog potentials creates very different and diverse, stronger quantum clouds that are able to generate and control very primitive plant organisms and so the limit of the mineral phase is exceeded. From this state begins the realm of plant quantum clouds.
Before we examine the plant phase, we have to summarize the whole thing in the form of a mathematical representation.
End part 5
Footnote
[1] This will be explained in the next article.
[2] An intermediate process may cause this color.
Document of this article:
Research and study:
Faramarz Tabesh
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Source:
The book "Biology of the Quantum Dimension"
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Archiving code:
OstadElahi_FaramarzTabesh_hlvüks h, n j,vödc
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