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The Aether Physics Model (APM) views dark matter as primary angular momentum. Primary angular momentum is a new concept, and it is based upon an understanding of Aether theory. Aether has a quantum state, just as subatomic particles do. In fact, each subatomic particle is quantified as existing within a quantum Aether unit. The quantum Aether units are rotating magnetic fields, which bind to each other via the strong force and electrostatic force. The Aether unit is also a quantum of space-time and of electrostatic and electromagnetic fields. Just as physical matter is porous and has empty space between quantum particles, the Aether fabric is also porous and has an even more primitive sub space between Aether units. In this primitive space there is a vast sea of dark matter. The dark matter quantifies as a string of mass moving sideways at a velocity, which is the unit of angular momentum. This dark matter is called primary angular momentum. When this primary angular momentum is absorbed into an Aether unit, it becomes a subatomic particle. When subatomic particles are destroyed, such as in a black hole or particle collision, the primary angular momentum returns to the sea of dark matter. The mechanics for dark matter to be absorbed into Aether is already known as the Casimir effect. The Aether Physics Model makes a small correction to the Casimir effect, based upon first principles. The Casimir effect applies specifically to the electron. The APM proposes that there is a similar equation for the proton. According to the Aether Physics Model, not only is space-time expanding, but so is the visible matter of the physical Universe. There are electrons being generated by absorbing electron quantities of angular momentum (Planck's constant) into the Aether unit, and there are protons being generated by absorbing proton quantities of angular momentum into the Aether unit. The evidence for the production of protons are the expanding stars called Red Giants. Also, certain fusion reactions appear to be due to the generation of new matter. It is hypothesized that even planets are capable of expanding. Dark matter has other manifestations in nature, such as the neutrino. The neutrino is quantified in the APM as primary angular momentum, which is captured between an electron and proton when they bind to produce a neutron. For a detailed introduction to the Aether Physics Model, you can read our white paper, A New Foundation for Physics, online, or purchase our book, "Secrets of the Aether." A New Foundation for Physics is also being published in issue 69 of Infinite Energy Magazine (see inset above). Scientists today are trying to find particles or objects of dark matter. According to the APM they will not succeed, as dark matter has no discrete form until it is absorbed and encapsulated by Aether units. The so-called MACHOs, or Massive Astrophysical Compact Halo Objects, are black holes. The Aether Physics Model predicts black holes are implosion events, which release the encapsulated dark matter back into the sea of dark matter. A black hole has a short life span and then it evaporates. According to the APM the so-called WIMPs, or Weakly Interacting Massive Particles, are strings of dark matter with no particular structure. These strings of dark matter go whizzing through the Universe outside (or in between) Aether units, which is why they have no electric charge. WIMPs occur when atoms and neutrons unbind. The captured dark matter in neutrons and atoms is ejected with a velocity. The strings can join together or split apart, just like drops of water. The neutron antineutrino is an example of a WIMP, according to the APM. |
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Last updated on Friday, June 13, 2008 03:40:04 PM