Asteroid Belt and Comets

My AV model says that before our sun gave birth to our nine planets, it gave birth to two large planets. The two explosions in the sun were caused by two groups of sub-Neutrons on opposite sides of the sun. Each formed its own center of gravity and they caused explosions similar to those that later gave birth of Saturn and Jupiter. The main difference was that in these two explosions, many sub-Neutrons left the sun with each gaseous cloud of Hydrogen gas. These sub-Neutrons then formed the center of gravity for each of these two new planets. In so doing, they accelerated the evolution of both planets. As the two clouds moved outward, they began to rotate about their own axes and act like gyroscopes. Gravity finally stopped their outward movement and began to move them toward the sun. The clouds began to move perpendicular to the force of Gravity and went into orbit. Their sub-Neutrons increased the force of Gravity and the Hydrogen atoms began to explode at a faster rate. Most free Neutrons went into other Hydrogen atoms to make heavier elements. Some free Neutrons went into the center to help the compression process. The result was a molten iron and nickel core and a dense rock outer coat orlayer. The process continued and the two planets exploded sending debris in all directions. Think of an XYZ coordinate system at the center of each explosion. The minus X axis is toward the sun. Most if not all of the mass headed for the sun continued until it hit the sun and was reprocessed. The plus Y direction was in the direction of their orbits. The material going in the minus Y direction came to a halt and fell into the sun. The material going in the plus Y direction kept going along its orbit until it ran into the material from the other planet. This debris became our asteroid belt. Ceres, Vesta, Pallas, and Juno are large rocks in this belt. The thickness of the belt is determined by the debris in the Z directions. The debris that went in the plus X direction when into deep space and became comets. Gravity returned each piece and most went into elongated elliptical orbits. As a comet approaches the sun, it is hit by Rays emanating from the sun. Upon hitting the comet's material, Rays convert to light and Linear-motion. This Linear-motion is always away from the sun and gives the comet its tail. After a comet circles the sun, it begins to catch its tail debris as it moves into deep space.