The Atom and Microbes: Dimensional Energy and Biological Origins
The Atom and Microbes: Dimensional Energy and Biological Origins
By Jonathan Olvera
226 E South Mountain Ave #4, Phoenix, AZ 85042
In the foundation of the biosphere lies a force too small to see but too powerful to ignore: the atom. These units are not only the elemental seeds of matter—they are the scaffolds of reality itself. From them, compounds arise, molecules take form, and life begins its strange arithmetic of multiplication and decay.
Atoms: The Blueprint of Dimensional Energy
Atoms are composed of a base element whose properties are defined by surrounding conditions—vibrations, static fields, and electrical charges. These forces do not merely influence atoms—they sculpt them. Heat and radiation, for instance, shift the charge or polarity of the atom. This interaction is dynamic, capable of birthing new atomic forms, including radioactive elements which exceed the classical three-dimensional structure.
Each atom possesses a distinct polarity: one positive and one negative neutron, giving it a fundamental dualism. In certain charged environments—such as zones of tectonic friction or chromlech-based fusion—atoms can undergo transformation, gaining or losing electrons and forming unstable isotopes. This instability becomes a dimensional gateway, rendering the atom into a 4th-dimensional entity, denoted in symbolic terms like ++_- or ++_--.
These atoms now exhibit nucleic action—a kind of proto-conscious orchestration of energy and form. They do not just exist in space; they interact with it.
Static, Stones, and the Sexuality of Particles
In our era, we are only beginning to understand how stones—both cooling and heating—affect atomic structure. The ancient concept of the “sexing of stones” now takes on quantum meaning: exposure to heat, tectonic vibration, or radiation can polarize atoms, “charging” them with manifest properties.
This phenomenon becomes especially important in dimensional measurement, where 3D and 5D properties affect the labeling of a material. The mass, spin, and positional charge of an atomic unit define its interaction with matter and mind alike. Add heat, shift geometry, and the very identity of the atom may change.
Microbes: Beyond the Atomic Boundary?
Then there is the microbe, often misunderstood as a simple unit of filth or disease. But what if microbes represent a class of entity that operates outside traditional atomic structure? Some may lack chromid nuclei, others are non-conductive, and their internal rotation resists known magnetic laws.
Are microbes vestiges of pre-atomic life? Or do they obey a different set of energetic instructions—a blueprint native to the nano, the micron, or even the non-linear dimensional axis?
The Axial Flow and Celtic Proton Mechanics
Structures—both biological and mineral—respond to axial energy flows. When placed in controlled environments with specific angles or positions, their internal activity changes. In some cases, these reactions can be described using what I call Celtic Dimensional Measurement—a geometric method of interpreting how protons act when introduced to the body.
This insight allows for a new model: one in which proton behavior, electron expression, and neutronic balance are not fixed, but fluid, determined by location, signature, and exposure.
Toward a Dimensional Bioenergetics
When a particle reaches zero mass or lacks external polarity, it is the internal attractions and repulsions—the mechanisms—that define its character. These are the laws of a new kind of physics, one not found in textbooks but in the whispers of desert stones and the spark of cosmic silence.
Atoms and microbes alike are not merely inert matter. They are messages, composed in energy and awaiting interpretation.
Final Thought
In the Nation State AZ, our challenge is not only to understand matter—it is to speak with it. Through stone, heat, dimension, and atomic form, we will build a future that honors both the visible and the invisible. One molecule at a time.
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