Kuiper Belt
The Kuiper Belt, a zone containing a vast population of small bodies orbiting mostly within the elliptical plane of the solar system, does contain objects from the creation of the solar system, but theories about its origin end there. The objects composing the Kuiper Belt coalesced into varied small masses, but lacked the gravity and available matter and hydrogen nebula in the general area to grow to a size rivaling most moons and planets in this system. This resulted in a belt filled with space trash, similar to the asteroid belt between the planets Jupiter and Mars, but its origin differs. The asteroid belt was the result of many collisions. Other planets once occupied this belt, the primary one, a terrestrial water planet covered by more than 95% water was hit directly by a break away moon of the wandering 12th planet many millennia ago. Initiating a sequence of events that destroyed all objects in the belt zone. With each new collision, new asteroid missiles increased exponentially, which then struck new targets. As opposed the Kuiper Belt, which originated from the many collective abortive cosmic mass growths that ceased after the localized big bang in this galactic area. These objects gathered outside of the orbit of Neptune due to a balance of the repulsion force emanating from the combined presence of the gas planets, Pluto, and the Sun vs. the cumulative total of the gravitational force of the solar system. The assimilation of these objects did not occur, because they were on the outside of the gravitational influence of the major gas planets, if so, their numbers would have been greatly reduced due to planetary gravitational capture. One piece to the puzzle of this solar system’s makeup lies in the objects located in this belt; here odd orbits outside of the solar system’s planetary plane go unexplained. Under the present planetary formation theory, our solar system was formed from a condensing gaseous disk while conserving angular momentum. Under these rules most objects would have been in the same plane and moving at similar relative velocities at similar distances from the solar system’s center. Random collisions would not be able to recreate the orbits presently observed by scientists due to the small differentials in object velocities. It is here, where evidence can be gathered to pinpoint the solar system’s secondary gravitational focus of the undiscovered massive unlit star. The Dark One, the unlit star never engaged a net positive fusion reaction due to heavy elements concentrated in its core. This dampened the fusion rate of the hydrogen elements to the point of a slow sputter. As random pockets of molecular motion yielding heat and light sparked intermittently, only to get absorbed by the solar mass before reaching the surface, resulting in a dark surface and heat emissions undetectable with present day scientific instruments. The key is to find an average imaginary distant focus of the ellipse of many objects orbiting near the 11-degree orbital plane below our own solar system. Lock in on a distance 18.74 times the mean Sun-Pluto distance in the direction of the Orion Constellation. This will be proven to be the primary source the gravitational perturbations observed in our outer planets orbits, not the incoming 12th planet with a mass 24 times that of Earth. Scientists will misidentify the 12th planet, visible to the general public in late 2001, as a fading red nova.