Petroleum From Carbon Dioxide

The abionic petroleum creation process is driven by the force of gravity acting upon the proton generated forces that bind electrons, protons and neutrons to form atoms, molecules and thereby all matter and upon the resistance of physical matter to compaction. Understanding the fundamentals of the process involved in the creation and interaction of gravity and the proton generated binding forces are a prerequisite to understanding the abionic petroleum creation process, which requires recognition that current understanding of those physics principles are definitively impaired.

The Gravity Producing Process
Begin by accepting that everything physical in the universe has been produced through the assembly of precisely uniform particles of “divine in nature” (meaning no discernable physical presence) material and that in their fundamental state possess only one behavioral characteristic namely, each particle possess one unit of affinity (attraction power) for the other. As a consequence the entire quantity of those fundamental particles exist at a point and while that assembly of particles present no physical presence it constitutes a singularity point that possess an affinity or attraction potential equal to the number of fundamental particles. Further recognize and accept that a source exists to supply and sustain the power of those fundamental particles and that the affinity force of that singularity is consumed in binding those particles into a singularity.

Now accept that one unit of a second behavior modifying characteristic is added to each fundamental particle that causes a repelling force between particles whereupon, the particles are dispersed with space, distance and time created as a consequence. Also recognize that since the number of particles of that assembly remains unchanged, the affinity attraction potential of its singularity point likewise remains unchanged. Then recognize that the interaction of the attracting and repelling forces acting between individual particles result in configuration of the expanded assembly in the form of a sphere with the singularity at the center point. Also recognize that with the potential of the singularity now radiated to fill the volume of its spherical form, the density and therefore the intensity of the radiated potential is distributed inversely proportional to the square of the distance therefore, the potential difference between the singularity and the individual particles and the force produced by that difference of charge potential is likewise in proportion to the square of the distance.

While this is in essence the gravity or gravitational attraction producing process, it must be recognized that the difference of potential between the singularity and each individual fundamental particle establishes an infinitely elastic pulling or attracting force on each individual particle independent of any other inter-particle binding or resistive forces. In other words, the force of gravity produced by a singularity can cause the fracturing of inter-atom and inter-molecule proton generated bonds depending upon the strength of opposing forces. Also, while gravity may cause assemblies of particles to compact and produce pressure upon “underlying” matter, the principal force is attraction of fundamental particles by the singularity point.

The Proton Generated Electron Attraction Process
In essence, protons acquire a singularity of electron attracting energy at the time of their creation through transformation from a neutron. It is that proton generated affinity attraction for electrons that produces the binding force involved in making atoms, molecules and thereby all material things. The relationship between protons and electrons is 1,839 to 1 therefore the binding force produced is relatively easily fractured as occurs when electrons are caused to be moved from one atom or molecule to another, which is fundamental in electrical and chemical actions. It is the energy released when atom to electron bonds are broken that produces the effect called heat and because that released energy is attracted by the proton generated attraction singularities of atoms, electron attracting strength is committed to bonding the heat producing energy so is not available to attract electrons. In other words the acquisition of heat weakens the binding power of atoms and molecules since only residual strength not committed to binding heat energy is available to form atom to electron bonds. Further, the atom to electron binding strength of the various atoms also varies depending upon their physical alignment. It is the fragility of the atom to electron bond that is of interest in discussing the abionic petroleum creation process.

The Dalton and Avogadro Gas Laws:
Dalton’s Law says that the total pressure of a mixture of gasses (as the atmosphere for example) is the sum of the pressures produces by the individual gases
.
Avogadro’s Law says that at the designated standard pressure and temperature, 22.4 liters of any gas contains 6.02 X 1023 molecules of that gas and the weight of that quantity of molecules (designated as the gram-molecular weight) is in proportion to the atomic weight of the molecules under consideration. In other words, an oxygen molecule with an atomic weight of 32 weighs 32 grams.

A priori then says Dalton’s Law is derived by a behavior that reacts to the gram-molecular weight of molecules wherein the gram-molecular weight reflects the composition of the molecules that in turn reflects the magnitude of the electron attraction and gravitational attraction charges. For example, the O2 molecule with 16 protons and 16 neutrons has an electron attraction power of 16 units (one per proton) plus a gravitational attraction of 32 units (actually, with 1,839 fundamental particles each for protons and neutrons, the gravitational attraction power is 58,848 units).

Recognizing that the strength of the electron attraction charge radiated by molecules are element specific and results in the establishment of a repelling force between the molecules of like elements while at the same time establishing attraction between the molecule singularity point and electrons including those of other molecules. In each case the magnitude of the force produced is inversely proportional to the square of the distance over which acting. Also recognize that the gravitational attraction charge acting out of the singularity point of each molecule, established an attraction force upon the fundamental particles of the molecules in the same manner.

Then recognize that the combination of repelling and attracting forces bind the like element-specific molecules into an isolated lattice or colloidal like structured assembly as evidenced by the familiar assembly of H2O molecules that are called clouds.

Finally recognize that the gravitational attraction of the earth acting upon each of the fundamental particles of which atoms and molecules are made, produces the effect called weight or pressure with the force applied a function of the density of the concerned assembly and the distance from the earth’s singularity point.

Partners In The Process
Water (H2O) and carbon dioxide (CO2) molecules are residue in the combustion of carbon based petroleum products wherein Oxygen is a catalyst for their behavior. Hydrogen (H) and Carbon (C) are the principle constituents of petroleum that exists essentially as CH4 molecules. The point being made is that the carbon and hydrogen atoms are sufficiently resistant to the effects of heat and pressure to survive combustion. There is a reason.
Hydrogen: The nucleus of a hydrogen atom is a proton, which is a fundamental component of all atoms and consequently all matter. Protons are the generator of the proton charge that produces the electron attraction force that binds electrons in the formation of atoms and molecules. It is a charge that is fundamental to all electromagnetic and chemical processes including heat and light. While it is the generator of the charge that produces heat and it is the charge that attracts the energy residue of broken bonds that produces the effect called heat, the integrity of the proton and its charge generating potential are not affected by heat. Therefore, protons are indestructible as long as the gravitational relationship with the singularity of the universe is maintained. In other words, there will be protons even if all other matter has disintegrated.
Carbon: The physical arrangement of carbon atoms results in the development of very powerful bonding of its 6 neutrons, 6 protons and 6 electrons and that gives carbon atoms a unique ability to resist the effects of heat. Carbon atoms are so compact that there is virtually no distance between the atom nucleus and its electrons so that nearly all of its electron attracting power is committed to binding its own electrons with very little strength lost because of the inverse square rule. Therefore, very little excess electron attracting power remains with which to attract the residue energy that produces the effect called heat. That makes carbon atoms second only to protons in their ability to resist the effect of heat.
Oxygen: Oxygen atoms are more loosely assembled so that the greater space (distance) between their nucleus and their 8 electrons which means a significant portion of the electron attracting power of their singularity remains with which heat producing energy and the electrons of other atoms can be attracted. It is that behavioral characteristic that causes oxygen atoms to be so very chemically active that oxygen atoms exist normally only in combination with other atoms. The oxygen that is a component of the earth’s atmosphere exists as a two-atom molecule (O2) where the electron attraction energy of the individual atoms is committed to binding each other and as an O2 assembly is considerably less powerful. However, when subjected to sufficient heat as occurs in the process of combustion, the O2 bonds are fractured freeing the very chemically active fundamental oxygen atoms.

Water: The fundamental water molecule is an assembly produced when the electron attracting power of an oxygen atom binds the electrons of two hydrogen atoms. Then recognize that the Hydrogen atom is the smallest and the Oxygen atom is the third in order of physical size therefore the power to produce binding, whether the electron attraction or the gravitational attraction types, is not significant diminished as a result of the inverse square of the distance rule. Bear in mind that bonds established by gravitational attraction are infinitely elastic and cannot be broken plus, the power of gravitational attraction is not affected by heat. Then bear in mind that, at the distances involved, gravitational attraction is a significant factor in the binding of H2O molecules.

In the process of forming the fundamental H2O molecule, the oxygen atom attracts the electron of the two hydrogen atoms thereby stretching the distance thus reducing the amount of energy applied in forming their bond, which leaves the hydrogen atoms with a residual electron attraction power or positive charge. At the same time, in attracting the two hydrogen electrons, the Oxygen atom develops a deficit or negative electron attraction charge. Therefore, the assembly of H2O molecules, where opposing like forces are bound within the bonded assembly, produces a lattice or colloidal like structure and unique behavioral characteristics.

While gravitational attraction between molecules plays a significant role in the formation of H2O molecular assemblies, gravitational attraction of the earth (gravity) plays a most significant role in their behavior. Bear in mind that the earth singularity point possess one unit of affinity attraction for each of the individual fundamental particles of which the earth assembly is made but that the strength of affinity force applied to a fundamental particle is inversely proportional to the distance from the earth’s singularity. Progressive compression is a consequence of matter being pulled by gravitational attraction toward a singularity point and increased density is a consequence of compression. At the same time, the strength of the gravitational attraction being applied increases as the distance from the singularity decreases. Therefore, the earth’s gravitational attraction has a most significant impact upon the behavior of H2O molecules.

Because H2O molecules in the liquid state are essentially incompressible, the density of water is essentially constant even to the depths of the ocean, which is not true for material in a gaseous state such as CO2. It is important to recognize that atmospheric and ocean depth pressure measurements are in fact the measurement of the force of gravity being applied to a representative sample of the medium (usually measured in square inches or square millimeters) at a specific distance from the earth’s singularity point. Therefore, the increase in pressure with increased depth in the ocean is not a function of material density but of the force of gravity. When the density of an object is greater than water the object will be drawn to the ocean floor while objects whose density is less than water will rise to the surface. That contrast in behavior is important when considering the behavior of other objects immersed in water such Carbon Dioxide.

Carbon Dioxide: The carbon dioxide molecule (CO2) is an assembly produced when two of the chemically active oxygen atoms bond with electrons that are components of a carbon atom under elevated temperature conditions such as exists as a consequence of combustion. By exerting opposing force, the carbon atom electrons being attracted by the two oxygen atoms are pulled to increase their distance from the carbon atom singularity reducing the power exerted by the carbon atom singularity as a consequence of the inverse square rule. When that happens, less of the carbon atom’s electron attraction power is consumed leaving a residual that is now available to attract residue electron attracting energy that produces the effect called heat and the normally chemically inactive carbon atoms become aggressively chemically active. In other words, as a consequence of the Oxygen atom behavior, the carbon dioxide molecule is converted into a powerful attractor of heat that “saps” the binding power of the CO2 molecule allowing expansion and reduction in density.

It is that change in the behavior of the Carbon atom that explains the behavior of CO2 molecules. It explains why CO2 is an aggressive absorber of the energy that produces the effect called heat and why the CO2 molecule density is so affected by temperature. Further, the sudden change in the behavior of the Carbon atom explains why CO2 changes directly from a solid (frozen) to a vapor state without existing as a liquid and since CO2 exist in a vapor state at the temperature and pressure at the earth’s surface, it explains why the density of CO2 is also pressure sensitive. Finally it should be recognized that CO2 is an absorber not a generator of heat and therefore a vital link in the earth’s temperature regulating process that has apparently functioned reasonably well for the life of the earth.

The Petroleum Producing Process
Begin by recognizing that the density of CO2 molecules and thereby the effect of gravity upon those molecules is a function of the prevailing mean temperature and that residue energy that produces the effect attributed to heat is attracted by the singularity that impresses the strongest electron /heat attraction. In other words, when CO2 gives up heat then the molecules increase in density and the force of gravity has greater effect, which results in increased pressure that further increases the CO2 molecule density. That compounding effect is most dramatically revealed when CO2 molecules are drawn into the ocean by gravity where the density of the water is not appreciably increased by the force of gravity. As a consequence, the CO2 molecules remain in the gaseous state as they are drawn to the depths of the ocean.

Now recognize that the effect of gravity on CO2 is not limited to waters of the ocean alone nor does it cease at the ocean floor. To the extent the pulling action is not blocked by friction and the resistance of more physically endowed matter, denser material is more forcibly pulled by the earth’s center of gravity even to the extent that inter-molecular bonds may be fractured in the process thereby releasing the energy employed in establishing and maintaining those bonds whereupon, that residue energy becomes involved in producing the effect called heat.

Further recognize that the power of gravity increases as the distance from the earth’s singularity decreases and a point is eventually reached where the mean temperature destroys all atoms and molecule assemblies except the most resistant carbon and hydrogen (protons) atoms. In the course of that process the bonds of CO2 molecules are fractured, the carbon atoms become essentially indestructible and the oxygen atoms expand to do what oxygen atoms do. In a like manner, the bonds of H2O molecules are fractured, the hydrogen atoms without an electron are indestructible and the oxygen atoms expand and do what oxygen atoms do. That leaves carbon atoms and the nucleus of hydrogen atoms (protons) alone exposed to very high temperature environment. As the temperature of the carbon atom increases by attracting the residue electron binding energy, the electron/heat attracting power of the carbon singularity increases to the point where the hydrogen atoms are capable of establishing bonds with the four electrons in the outer orbit of the carbon atom resulting in the formation of a molecule consisting of one carbon and four hydrogen atoms, which molecule is called Methane, the fundamental molecule in the formation of hydro-carbon compounds. At formation, methane molecules are low density and begin their journey back up through the earth’s crust where their configuration is altered through interaction with the various materials encountered.

Lessons To Be Learned:
The formation of petroleum is a continuing naturally occurring process.
Heat causes global warming, not CO2 and heat is an effect of the energy residue from broken atom to electron bonds.
When icebergs and the polar caps melt they take up heat from their surrounding environment causing an increase in CO2 molecule density and their removal from the atmosphere.
It is the near perfect vacuum of the space surrounding the earth that blocks the escape of heat from the earth, not CO2 and other “greenhouse” gases.
Logic derived a priori demands acknowledging the existence of a source for the energy that sustains the viability of the universe.
Creation Physics is not complicated.