Creation Fundamentals-Part 2

Creation Fundamentals Part 2
By: Miles Pelton


Light is not light without eyes to see. Sound is not sound without ears to hear. Heat is not heat without the means of sensing what is called heat. Even the apple falling from a tree is not falling but rather is being pulled by gravity. That does not mean those phenomena do not exist but rather that there is a cause for each that the senses, with which humans have been endowed, interpret as being light, sound, heat or falling. The senses with which we are endowed produce their sensation without revealing the cause for the sensation. While revelation of the cause is not necessary for the senses or for us, to function, an understanding of the cause for the things sensed helps in understanding the various processes involved in creation. Being inextricably involved as fundamental to creation, heat is a prime candidate with which to begin a priori analysis of the cause of those phenomena.

Begin with the current understanding that heat and light are products of combustion where combustion is construed as an act of burning an inflammable, or oxidation, explosion, decomposition, decay, fusion or fission. Take into consideration the understanding that heat causes the expansion of matter. Also that all matter is an assembly of atoms that are in turn the assembly of electrons, protons, neutrons and the energy that bind those components to give those atoms (and all things) existence as well as the ability to exist. Then consider that the residue of combustion is heat and light, along with any atoms not combusted, where expansion is inherent in the process. Then recognize a priori that the expansion of matter is in fact action produced by the expansion of the atoms used in making the matter. Add recognition that, since atoms and thereby matter or bound together with a force applied in response to the power of an attraction “charge”, the expansion of matter occurs because the power of the attraction “charge”, and thereby the applied binding force, is weakened. In a word, combustion is fragmentation of the binding that gives atoms and matter their existence and ability to exist. The preceding goes toward describing the behavior of heat but it is not a definition of heat. It does however, explain that all things are made of an invisible “divine in nature” energy that when released is revealed by our senses as heat and light. It tends to give credence to Genesis 1:3.

It is within the range of our senses to recognize that the behavior of heat and the behavior of light differ considerably, which then must be concluded a priori, to be the behavioral characteristics of the energy of which made that causes that difference in behavior. By extending Einstein’s a priori conclusion that all matter is the product of a common energy, it becomes evident that the behavioral characteristics of heat and light are inherent in Einstein’s common energy.

Proceed with the analysis of heat by bringing to mind the conclusion of such scientific notables as Charles Coulomb and Isaac Newton that “like charged” bodies produce a repelling force between them while bodies with “unlike charges” produce an attracting force between them. Again, those conclusions define behavior but not the cause of the behavior. However, they do constitute acknowledgement that physical force can be exerted upon physical objects over a distance by a force with no directly sensible physical component, without a physical medium through which to act. Since as previously concluded, all things acquire their existence as well as their ability to exist (behavior) from the universal energy of which made, a priori produces the conclusion that the fundamental universal energy employed in making all things, entails a component that produces attracting force (unlike charges) and a component that produces repelling force (like charges). Therefore a priori, with no other source, it is reasonable to conclude that the energy sensed as heat and light when released, is the energy that produces the attracting and repelling forces involved in making atoms.

While beyond the ability of mortal man to sense directly the energy that produces the forces involved in the creation of matter, its existence is repeatedly and continuously demonstrated. Recognize that gravity is a manifestation of the attraction component of that fundamental energy as it acts from the center of the earth to bind an object to that point. It is the force produced by that attraction component that is measured as weight. It is that attraction component acting from the center of the moon that produces the lunar tides on the oceans of the earth. It is the action of that attraction component acting from the center of an atom that binds the atom together. In the same manner, recognize that it is the repelling component of that fundamental energy that is revealed in magnetic force and in the “charge” that powers the movement of electrons in electrical actions.

While not replicable (even by the original creator unless restarting from scratch), theory and evidence supports the concept that opposing forces are the mechanism by which universal energy is transformed to establish physical presence. Relying upon the evidence as developed, assume that the fundamental behavioral characteristic of Einstein’s universal energy is self-affinity or self-attraction and that it exists as precise quanta particles in an unlimited in-exhaustible reservoir. Recognize that a collection of such particles, isolated from other forces, would assemble in spherical form with the power of the sum, acting from the vector center of the assembly. That is, from the center of the universe. Recognize further that point would be extremely compacted since there is no opposing force with which to give resistance to compaction.

Given the circumstances described, if a quantity of the precise quanta particles of universal energy were forcibly ejected from the reservoir, the reservoir would acquire a deficit of one unit of attraction for each quanta particle ejected. That deficit would cause an “attraction charge” to be radiated and impressed upon the ejected particles thereby giving them a “charge” that is unlike the charge of the reservoir center but is a “like charge” with respect to all of the other ejected particles. By that action, the ejected particles (now neutrinos?) acquire a “like charge” giving those particles the power to repel other neutrinos while retaining their fundamental attraction (affinity) for neutrinos as well as their ability to be attracted by other neutrinos. Therefore the ejected particles (neutrinos) exist in a suspension of opposing “charge” (energy) driven forces.

Again, given the circumstances described, the neutrino particles would be drawn toward the universe “charge” center, which action would be opposed by the inter-particle repelling (like charge) force creating a colloidal suspension effect. At the same time, with the fundamental inter-particle affinity (self-attraction) force existing between neutrino particles, any imbalance in inter-particle distance would initiate the formation of an independent assembly complete with its own attraction core center growing in strength with each added neutrino particle. With the inter-particle repelling force in opposition to the collective strength of the assembly’s core center, the assembly acquires physical presence. At some point in the growth of the assembly, the strength of the attraction force is diminished by the “square of the distance factor” producing equilibrium in the opposing forces thereby halting growth of the assembly. The number of neutrino particles that can assemble is a matter of mathematics that textbooks report to be 1,839 particles calling the assembly a neutron.

Textbooks affirm without explanation that neutrons, standing alone without interference of outside forces, are unstable and in a period of less than 20 seconds eject an electron and transform to a proton and in the process acquire completely new behavioral characteristics. Extension of the concepts used to explain the transformation of universal energy into neutrons provides a priori explanation. While a neutron stops growing with 1,839 two-component energy particles (neutrinos), it does not stop constricting. Acting out of the center of the neutron assembly, the strength of the attraction force applied to the neutrino particles continues to increase with reductions in distance produce by the continuing constriction. Eventually, with the attraction force strength increasing as the process progresses, the fundamental attraction component of the neutrino particles are pulled into the center of the neutron assembly with their repelling charges forced to the outside producing a concentrated core of attraction power incased in a repelling “charge”. At some point, the uncharged fundamental energy portion of a neutrino particle is forced out of the incasing repelling charge creating a deficit of one unit. Because of the deficit, the assembly (now a proton) radiates a “charge” with which to attract the ejected uncharged neutrino thereby impressing that “charge” upon the neutrino now an electron. By that transformation, proton assemblies are made into independent acting power centers with the power to attract energy particles that have been stripped of their original repelling charge and recharged as electrons in the process of neutron transformation.

In addition to the power of the proton to attract electrons, the charge center of a stand-alone proton retains one unit of the fundamental “affinity” attracting power for each “neutrino size” particle of energy (unit of mass) in its assembly or 1,839 units. However, because less energy is applied to bonding particles at a distance, not all of that power is committed to self-bonding. Some amount of that charge center power remains available to attract other “neutrino size” particles. Neutrons retain the same one unit of the fundamental “affinity” attracting power for each “neutrino size” particle of energy in its assembly. Ergo, with their remaining uncommitted power, protons and neutrons have a substantial affinity, an attraction, for each other. Further, bonding of neutrons and protons produces an assembly with 3,678 units of neutrino (gravitational) attracting energy. It is in that manner that the power of atom charge centers grows as the mass of the atom increases.

The incandescent light bulb provides a means of illustrating the conversion of binding energy into light and heat. The process involves the movement of electrons along an insulated/isolated conductor made of atoms. To properly set the illustration, recognize that it takes 6,240,000,000,000,000,000 electrons flowing through the light bulb filament each second to constitute one ampere, which at 120 volts (a measurement of “charge” intensity) releases 120 watts of heat and light. Recognize that the number of electrons entering and exiting the lamp remains unchanged but that the “charge” (120 volts) is consumed in the process of applying the force required to break the bonds between atom and electron at each atom. Also recognize that there are two bonds involved at each atom. First there is the fundamental attraction (affinity) bond linking the atom charge center to the electron. Then there is the “deficit recovery charge” radiated by the atom that attracts the “like charge” impressed on electrons. The magnitude of the energy released when atom to electron bonds are broken in a 120 watt incandescent light is manifest by multiplying the number of atoms traversed in one second (at 186,000 miles per sec.) by the number of electrons per ampere (6.24 x 10to the 18 power) and the product by the number of bonds broken (2) per atom. Establishing such a number is not nearly as meaningful as is the realization that a new bond is established for each bond broken and that the energy expended in establishing those new bonds is supplied from the source of all “charges”, the inexhaustible unlimited reservoir at the center of the universe.

Then a priori, it is the energy applied in the binding and making of atoms (and molecules) that when released is revealed by our senses as heat and light whether occurring in a light bulb, a fire, the sun, or an atomic bomb. Analysis of the behavioral characteristics of light and of heat leads to the conclusion that heat is the residue of bonds established between protons and electrons whereas, light is the residue of bonds established between the charge center of atoms and electrons.