Factors that influence spin rate of satellites

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

Because gravitons influence the spin of satellites in our solar system, it means the diameter of the satellite will influence spin rate because the larger the diameter the greater the surface of the satellite that comes in contact with the graviton matrix. In this case, it is having a positive effect on satellite spin.

However, like gravity, the diameter of the satellite can also have a negative impact on spin rate. The larger the diameter, the greater the leverage that Earth can apply to our Moon to control spin rate. It is much like the use of a long pole to maintain balance by someone walking along a tight wire. Earth’s gravity is pulling down on both sides of the moon, which tends to reduce spin rate.

Momentum also plays a part in the spin rate of a satellite. Momentum is a measurement of mass x velocity. We all know it takes a country mile to stop a train because of its great momentum. In the same manner, our massive Sun moving at great velocity will be affected less by the graviton matrix it plows through as it rotates around the center of the Milky Way Galaxy. Its huge momentum will tend to push aside the matrix, which means its spin will be influenced less by its rotation velocity. Thus, a large momentum is a negative factor influencing spin rate.

The extent that gravity, satellite diameter, and satellite momentum influence spin rate can be measured. This is discussed in my next blog. This is all based on the idea that gravitons form a dense, physical matrix in space that spinning bodies plow through as they orbit some central body. Kelland—www.vestheory.com