Origins of the Human Organic Structure: Quantum Dimensions, Cellular Genesis, and the Separation of Light and Darkness
Origins of the Human Organic Structure: Quantum Dimensions, Cellular Genesis, and the Separation of Light and Darkness
by Jonathan Olvera
Abstract
This research explores the formation of the human organic structure—particularly the nucleus, cellulose, vision, and nervous systems—within the context of cosmological origins, such as the Hadean era, pre-Hadean conditions, and the Big Bang. It examines the role of friction, gravity, oxidation, and quantum nuclear matter in shaping life as we know it. Special emphasis is placed on the numerical manifestations of creation, the separation of light and darkness, and the dimensional environment in which large biological forms, such as reptiles, evolved. The paper proposes a model where temperature, time waves, and dimensional mass define the framework of life at both cellular and cosmic scales.
1. Introduction
The origin of life and biological structure has long been viewed through biochemical or evolutionary lenses. This study proposes an integrated cosmological-biological approach, tracing the emergence of the nucleus, cellulose, and the human nervous system back to conditions that resemble those theorized in the Hadean or pre-Hadean epoch, during events similar to the Big Bang.
These conditions include:
Intense frictional interaction
Temperature fluctuation and gravitational compression
Separation of light and darkness (as a symbolic and physical event)
Oxidation and nuclear exposure of elements
2. Friction, Creation, and the Genesis of Cellular Structure
2.1 The Big Bang as a Biological Template
The intense friction and pressure generated during the early stages of the universe likely contributed to:
The transformation of subatomic particles into structured nucleic and cellulosic forms
The orientation of visionary pathways and nervous system signals across early organic life
The numerical manifestation of dimensional architecture, which influences current biological and quantum systems
2.2 Numerical Manifest of Creation
These early physical events gave rise to measurable properties, including:
Temperature gradients
Gravity differentials
Dimensional segmentation (time, mass, structure)
These variables continue to guide the function and structure of biological life, including cellular reproduction, mutation, and neurological patterning.
3. The Role of Gravity, Oxidation, and Nuclear Quadrants
3.1 Gravity and Biological Evolution
Elements exposed to multiple gravitational fields behave differently at the nuclear and chemical levels. These varying conditions influence:
The assembly of biological structures
Oxidative balance and reaction speed
The transformation of quadrical nuclear matter, which may have acted as a precursor or mutagenic agent for early life
4. The Separation of Light and Darkness
4.1 Cosmological Dualism and Energetic Division
The separation of light and darkness—a concept both symbolic and physical—suggests a split between:
Radiant energy (massless or low-mass particles)
Dense atomic matter (helium, hydrogen, elemental solids)
This separation likely triggered the following:
A nuclear shift on the surface of stars like our Sun
Formation of massive energy fields
Distribution of atomic and subatomic materials across quantum quadrants
4.2 Helium Mass and Solar Surface Observations
Further observation of helium behavior and solar surface dynamics may uncover:
The role of radiation waves in cellular evolution
How mass interacts with nucleus-centered forces in early organic formation
5. Reptilian Mass and Quantum Time Waves
5.1 Large Animal Manifestation
The emergence of massive reptiles suggests a dimensional environment supportive of:
Extended biological scales
Unique gravitational or electromagnetic fields
High cellular resilience and mutation rates
5.2 The Shape of the Time Wave
Biological and physical reality may be guided by the curvature of time waves—quantum patterns that:
Define when and how matter can assemble
Influence dimensional temperature, pressure, and survival
Distribute life across quantum surface zones (quadrant-based dimensional biomes)
6. Conclusion
This study positions the human cell, plant-based cellulose, and neurological systems within a greater framework of cosmic formation, gravitational dynamics, and quantum dimensionality. The separation of light and darkness, the heat of early entropy, and the radiation of solar elements are not just astrophysical phenomena—they are biological blueprints.
Further investigation into helium mass, solar activity, gravitational oxidation, and dimensional quadrant mapping may reveal new principles behind the origin of life, as well as untapped paths in medicine, genetics, and cosmobiology.
Author:
Jonathan Olvera
226 E South Mountain Ave, #4
Phoenix, AZ 85042
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