NET KINETIC ENERGY DIFFERENTIAL GUIDANCE AND PROPULSION SYSTEM FOR SATELLITES AND SPACE VEHICLES
In the OCTM Theory of Matter the speed of electromagnetic spectrum of particles
of matter, including light, is a function of the escape velocity necessary for
particles of matter, according to Newton's laws of motion, to overcome Coulomb's
law of attraction. The relative speed of the emitting surface must be added to or
subtracted from the escape velocity of the emitted spiral rays of matter. As
predicted by the OCTM Theory of Matter, the famous Michelson-Morley experiment on
the speed of light gives a null result in all directions. A different interpretation
of the measurements of this famous experiment has caused unnecessary modification
of some great theories of Newton and other scientists.
In the OCTM Theory of Matter, neutrinos, which seem to have no charge,
are rapidly rotating particles of matter containing equal numbers of
oppositely charged basic particles of matter (monopoles). The diameter
of the "hard mass center" of the monopoles is very small in relation to the
average distance between the "hard mass centers" of the twelve or so closest
monopoles in the crust of the Earth. The average distance between "hard mass
centers" of monopoles has been estimated to be as much as 30,000 to 90,000 the
"hard mass center" diameter. The diameters of the "hard mass centers" of Neutrinos
are so small, if only one was passing through the earth by itself at one time, the
probability of it hitting another particle of matter in the earth has been estimated
to be between one chance in 10^10 and one chance in 10^27. Therefore the "hard mass
center" area of most matter in the Earth is very low.
However, by some estimates there are about 10^23 neutrinos coming in from space each
second for each square centimeter of the area of the atmosphere of the Earth. In
the OCTM Theory of Matter, the increase in atmospheric pressure as one approaches
sea level is the direct result of the net balance of the kinetic energy force of
particles from space, acting on the particles of matter in the atmosphere.
The increase in temperature as one goes down into the Earth is the direct result
of the net balance of the kinetic energy force of particles of matter from space, acting on the particles of matter in the Earth. As one goes down into the Earth, the rate of temperature increase is about the same until around 12,000 meters. At about 12,000 meters, the rate of temperature increase begins to increase at a faster rate than before. The "cascade effect" of particle collisions begins to be evident. The "cascade effect" is where one particle of matter, traveling at about the speed of light, hits a particle of matter in the Earth and then two or more particles of matter travel from the collision in different directions. These particles of matter on average, are traveling at less than half the speed of light, and are much more likely to hit other particles of matter in the Earth. When these particles of matter traveling at less than half speed, hit other particles of matter, there are more than four particles of matter traveling at less than one fourth speed going in many random directions. When these particles of matter traveling at less than one fourth speed hit other particles of matter, there are more than eight particles of matter traveling on average less than one eighth speed going in even more random directions.
Soon this "cascade effect" transfers much of the original kinetic energy force of the particles of matter from space into heat in the Earth.
A small amount of the total original net kinetic energy force accelerates the Earth-Moon system into the "matter shadow" of the Sun, or into their mutual "matter shadows".
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