The
Capture Theory of the Moon
One of the theories mankind is trying to solve is the origin of the Moon. This theory is called the “Capture Theory“. It states that the Moon’s original orbit brought it close enough to the Earth’s gravitational field, thereby causing this gravitational field to “capture“ the Moon. In a close examination of this theory, the angle of orbital approach would have to be within narrow parameters in relationship to the moving center of the orbiting Earth. Other factors overlooked are the speed and distance of the passage during flyby. This would leave no room for error. Under today’s laws of Gravity, the Moon would have collided with the Earth during a fast steep or a tight centerline approach. In a wide approach, the Moon would break free of the Earth’s gravitational a continue moving through the solar system until its next encounter. The chance occurrence that the Earth captured the Moon is zero.
If the capture theory did not occur, then what did happen? Mankind’s theory, “ The Capture Theory of the Moon” is correct that the Moon was captured, but incorrect on how this event was achieved. Nevertheless this occurrence can be explained under the new laws of gravity, the repulsion force and an unknown planetary body of this solar system, the 12th planet. Mankind has yet to realize that our system is a binary system, two stars of similar mass, but one the Dark One some 18.74 times the distance from the Sun to Pluto remains unlit. It is this secondary source of gravitational force that affects all planetary motion. It is no accident or twist of fate the perturbations in the orbits of the outer planets and the elliptical orbits of comets are stretched in the direction of the Orion constellation where this dark star resides. Orbiting between stars, the sun and the Dark One is a planetary body, the 12th planet that defies most known rules presented in the field of Earth’s Astrophysics, the source of our Moon. A brown dwarf has a straight-line path between the stars and upon a close approach to either stellar body, the repulsion force changes the path of the orbit to the outside of the stars into the shape of an ice cream cone with the narrow end near the star. When passing through our solar system, gravity emanating from the Sun slingshots the planet around it and points it in the opposite direction towards the Dark One. This planet spends 99% of its time floating midway between both gravitational giants the Sun and the Dark One in a constant tug of war in a neutral zone of gravitational forces of both stars in a slow drift and 1% of the rest of the time on the move as the velocity of the 12th planet increases exponentially as it approaches either star. Its orbital period is 3,656 years and will be visually picked up first by astronomers as an unusual red fading nova in the late part of 2001 or Jan 2002. As time passes and it does not fade, it will be revised as a proto star until motion is detected and then all bets are off.
Eons ago the path of the Moon did come into direct contact of Earth’s gravitational field. On a rare occurrence the orbit of this traveling planet and the planet Earth came within close proximity of each other. The Moon was the trailing object of many caught in the gravitational wake of this moving planet. Its position on the fringes of the gravitational field made it susceptible to outside gravitational fields, which the Earth played a part. The Earth’s gravitational field was strong enough to rip free the Moon from the grips of the 12th planet. Once free, Earth’s gravity altered its orbital movement through space inward toward it. The speed of the Moon’s passage during this approach inherited from the fast moving 12th planet resulted in a collision, as the repulsion force generated between the Earth and the Moon was insufficient to prevent it. Upon which a large portion of the earth’s fragmented mass was dispersed into space. The scar from this event is now known as the Pacific Ocean basin. Evidence is still seen on the Moon in the form of seas, smooth areas, which became molten after impact and re-solidified semi-featureless surround by rough terrain The Moon slowed sufficiently to allow its capture by Earth’s gravitational field. The phenomena created a repulsion force, which nullifies the effects of gravity particles by crowding them out until the masses are in a state of equilibrium or the point of repulsion is generated by the close proximity of two masses the Earth and the Moon. After the collision, the repulsion force pushed what was left of the Moon away from the Earth, thereby driving the Moon into a short-lived orbital path away from the Earth. As the Moon moved away from the Earth’s gravitational field, the governing force of gravity applied to the mass of the Moon eroded its curved outward path, converting it into an ever-decreasing orbital path around the Earth. Initially, the orbital path of the Moon from the Earth was much larger than it is presently. This faster orbital velocity was responsible for a larger radial distance, which generated a larger centrifugal force opposing gravity. Over the eons of time, the Moon’s orbital velocity has eroded due to a curved orbital path. Mankind is aware, when a force such as gravity is applied to an object to change its path; there is a loss of forward speed. Eventually the Earth-Moon system fell into a state of equilibrium where its distance and orbital velocity is maintained by the angular velocity of the repulsion particles, which are emanating from Earth’s liquid core. The repulsion force and centrifugal force created from orbital velocity counter-balances the force of Earth’s gravity resulting in the existing orbital path and present distance of Moon from the Earth.
To have a better understanding of
this theory, please read Universal Laws of Gravity &
Repulsion.
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Mankind's Explanation on the Capture of the Moon