The connection between spin and rotation

The Forces of Nature by Kelland Terry, Ph.D.

The spin of a planet, or any satellite, is tied to its rotation around a central body.

The concentration of gravitons emanating from our Sun far outnumbers the gravitons from our Milky Way Galaxy because of the close proximity of the Sun to the planets in our solar system. However, gravitons from all sources are vast: they form an interlaced graviton matrix that heavenly bodies must plow through as they orbit their respective central bodies. Let’s examine the Earth-Sun system.

As Earth rotates around the Sun in its elliptical orbit it is constantly striking the Sun’s gravitons at an angle. Because of the angles taken by Earth as it collides with the graviton barrier, it is causing Earth to spin on its axis in the same direction as its orbit. This means the leading edge of Earth is spinning inward towards the Sun. Spin is created much like a billiard ball that begins spinning after it strikes the cushion along the pool table. Here we find that the leading edge of the billiard ball is spinning inward towards the edge of the table.

The Earth, like most rotating bodies, is spinning in the same direction that it rotates around the Sun. This is exactly what you would expect if the leading edge of the planet is rubbing against the gravitons emanating from the Sun.

This helps explain why the strength of the gravitational field, diameter of the planet, and the satellite’s momentum are important factors that influence the spin of a satellite. Kelland—www.vestheory.com