Abstract

The primary objective of the Mineral Phase is to acquire foundational experience in constructing physical frameworks—such as plant morphologies and animal or human skeletal architectures—essential for subsequent evolutionary phases. Conceptualizing earthly souls as quantum clouds (Q-clouds) due to their fluid, non-fixed, and multidimensional nature, this study establishes that minerals, plants, animals, and primary human (basharic) entities evolve through linear and unidirectional transformations. Integrating six foundational manuscripts into a cohesive framework, this paper investigates the genesis and evolutionary trajectory of minerals, starting from primordial fermions under 118 specific interactions to form hydrogen and subsequent chemical elements. Through continuous internal and environmental interactions, driven by the Profit-attraction force and Damage-disposal force, Q-clouds strive toward higher states of stability and perfection. The culmination of this mineral journey is manifested in the formation of gemstones such as turquoise, ruby, and diamond, whose gradual decay releases homologous potentials equipped with structural experiences. These potentials serve as the foundational building blocks for the emergence of plant organisms. Finally, the study provides a mathematical formulation and addresses critical inquiries regarding the ontological and mathematical modeling of the mineral phase, extending beyond conventional quantum mechanics.

Emergence of the marble

The quantum cloud of CaCO₃, which resulted from very long interactions and an exchange of information between five weaker clouds (three -O, -Ca and -C components) from two groups (CaO and Co2), is basically a potential that is characterized by a tendency to progress and the search for a more stable state. In order to satisfy this strong, instinctive tendency, it combines with a potential arising from a similar ripening process, i.e. the magnetic experience (soul) of dolomite (CaMg (CO₃)₂), which is also seeking a way to form a more stable structure to ensure the stability of the whole system.

The Profit-attraction force that acts between the two potentials turns the two magnetic experiences (potentials, souls or Q-cloud) into a new q-cloud, which has to undergo a series of higher changes and advances that actually belong to the next level.

Progress in this case, and more generally in the mineral phase, means figuring out how it is possible to arrange the chemical elements according to a possible template, as envisaged in the master plan, and which emerged during the first phase of the Big Bang.

These advances continue in sequences and levels, from the formation of a simple mineral such as limestone to the production of a gem such as turquoise, which is a possible end point for minerals, as further progress is no longer possible under these limited conditions.

Marble stone is a carbonate rock that consists of the minerals calcite (CaCO₃), dolomite [CaMg (CO₃)₂] or aragonite. However, marble stone is primarily an improved appearance of limestone, and therefore a middle station on the long journey to phase-perfection.

The newly formed cloud practically consists of interacting partial clouds, which not only have to exchange information with each other, but also with the environment. A much more important challenge for this cloud is the identification of the destructive, largely positronic forces that serve to destabilize the system. This eternal conflict, alongside many of the phenomena arising from it that prompt the cloud to react, partly leads to the acquisition of prerequisites necessary for completing the experiential process. The stone is perfect when the properties of dolomite are dominant in the quantum cloud.

From the fact that the marble stone does not turn itself into turquoise, it can be seen that it is a level perfection that is one level higher than limestone. Therefore, it is believed that the journey to perfection with this mineral form has ended. What follows is the decay of the cloud.

In order to be able to investigate the phase-perfection further, I have to open a discussion that unfortunately does not correspond to the current state of knowledge of classical physics: