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All galaxies have an enermatia at their attractive centers
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All galaxies will condense into enermatias.
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There are an infinite number of galaxies and enermatias in the cosmos.
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Collisions occur between enermatias, each having the ‘apparent mass’ of a galaxy.
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The composition of an enermatia would be structure-less – a uniform blending of energy and matter.
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Enermat cannot be quantified.
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Gravitational force is independent of structured atoms (matter) and is a property of energy.
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Enermat is not governed by our particle theories.
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When collisions occur the velocity of the dispersions would be equal to that of the enermatias at the time of collision. In addition, when collisions occur the velocity of the dispersions will be equal to that of the enermatias at the time of collision. The dispersions will go in two opposing (ever-widening) somewhat cylindrical paths.
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Dispersion in somewhat cylindrical paths would result in accumulation, orbiting of many bodies and much absorption of stray particles.
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The impact from the collision triggers much of the enermat to form particles (Omnitron I).
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Much of the kinetic energy from the collision is immediately converted to particle formation (Omnitron 2).
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The sum total of the matter produced will be more or less than that of the original two enermatias.
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The Law of Conservation of Energy and Matter is invalid. Matter made up of ‘stored energy’ is constantly being created, and radiation from stars expends energy at a balancing rate.
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Matter is created by distance, the force of gravity, velocity and enermat.
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Omnitron 1 and Omnitron 2 at the extreme energy levels interact to cause splitting, and each individual Omnitron will produce large numbers of electrons, protons, neutrons and a variety of other sub-atomic particles.
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Interaction between the electrons, protons, neutrons and other sub-atomic particles will produce atoms.
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Atoms of each element will be produced one at a time.
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All the elements will be produced in probably less than a ten billionth of a second.
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In the formation of the elements much of the energy will have been consumed, and the dispersion will have ‘cooled’ appreciably.
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The exo-enermat, after atom formation, would consist of enermat, atoms of all the elements, and a variety of particles.
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A situation of complete chaos would exist following atom formation, and a mixing would occur resulting in compound formation. The exo-enermat constantly changing in composition would proceed, probably at a reduced velocity, but in a widening cylindrical path. The exo-enermat at this stage would consist of atoms of all the elements, many compounds, enermat, and a variety of particles
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In the process of producing matter, the result is not a homogenous ‘mix’, but rather concentrations of ‘pockets’ of many individual compounds. This will manifest itself only in small bodies that are formed but not in stars.
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Unlike the Big Bang Singularity, Weber’s Cataclysmic Collisions are infinite in number.
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The fact that the dispersion following a collision goes in a cylindrical path would indicate that a galaxy might have formed in a somewhat ‘flat’ pattern. When a universe is the result of many collisions, it is not reasonable to believe a universe would be ‘flat’.
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Not all the enermat is converted to particles when collisions occur, and consequently all space would be permeated by it.
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The enermat throughout space is the conveyor of all radiation. It makes gravitational force acting through great distances possible. On Earth we see the effect in magnetic and electrical fields, radio and TV transmissions, x-rays, and weight, just to mention some.
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It is the lack of enermat that results in Einstein’s Worm Holes. When an enermatia travels through space it will absorb all the enermat in its environs which then becomes a Worm Hole.
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All enermatias have an atmosphere of enermat which extends out a great distance.
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During man’s existence, Einstein’s Worm Holes should be the only permanent (static) locations in space.
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If man can graphically plot the paths of three Einstein’s Worm Holes, then he will be able to map our universe and determine the shape of some galaxies.
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Galaxies condense into enermatias and enermatias collide to form new galaxies, and the process renews itself ad infinitum. Planets and conditions are generated much in the same way as occurred in the Earth’s development.
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Enermat is a stable, infinitely durable form of energy.
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In the exo-enermats, accumulation occurs resulting in the formation of stars, galaxies, and small bodies. As a result, there would be a natural tendency for the velocity of the exo-enermats to be reduced. This would be due to the mutual gravitational attraction between the two opposing exo-enermats.
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Every Cataclysmic Collision is unique. This results from the fact that the magnitude of every enermatia will be different, and the velocities at collision will vary greatly. As a consequence, the “mix” of every exo-enermat will vary.
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In Table 2, collisions at twice the velocity of light are hypothetical, but one value derived from this gives a maximum for the number of years to achieve balance. In addition, if the radiation from one hundred billion stars (instead of one trillion) is used, it more closely represents the numbers in the average galaxy. Consequently, the theoretical maximum for the life of a galaxy and the frequency of collision would be 6.15 x 1013 years.
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In the case where two bodies are approaching each other from opposite directions, they will collide but not orbit. However, when one body overtakes another body, each traveling in almost the same direction but at different velocities, there will be a tendency for the faster body to orbit the first should their mutual gravitational fields induce it.
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The initial velocity of the exo-enermats after the collision will be equal to the velocity at the time of collision. However, it is reasonable to believe that the ensuing bodies that are formed will develop their own individual velocities. This will be determined by the mass of the body and the fact that a reducing gravitational fields gradient will exist as the opposing exo-enermats continue to separate, eventually their mutual gravitational influence may diminish to zero. At this point each body will have its own uniform velocity.
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Recent close-up observations of the Titan moon indicate that its composition consists mainly of ice and methane. A rational explanation for this is found in Weber’s Cataclysmic Collision Theory. Here we see how compounds are formed and how discreet concentrations exist when small bodies do form. This is further proof of the validity of Weber’s Cataclysmic Collision Theory.
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In the formation of compounds the order of abundance will proceed according to the composing atoms’ atomic number. The largest quantities will be those compounds with atoms having the lowest atomic number. Thus, water, methane, carbon dioxide and ammonia will be in large quantities. They will manifest their presence in small bodies whose gravitational attraction is sufficient to maintain them as an atmosphere.
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An enermatia, as it travels through space, is constantly absorbing enermat as it creates a worm-hole. Consequently its apparent mass would result in its becoming greater than the mass of the original galaxy from which it was formed.