Micro D Gravity: Gravitational Constant

Micro Displacement Gravity is the most common and obvious of the 6 spatial gravities.

This is called Newtonian Gravity in Modern Physics.

The main difference between Newtonian Gravity and Micro Displacement Gravity is that Newtonian Gravity believes that gravity comes from matter whereas Micro Displacement Gravity believes that it comes from the immediate space, as the space particles outside of the matter.

An analogy is a ball that displaces the sand, with the most sand being at its surface.

The bigger and denser the matter, the more space particles are displaced, the larger and stronger the field.

When 2 fields meet, they create a channel that lets the displaced space particles stream easier. This creates a low space-pressure area between the bodies, and a high pressure one behind them.

The high pressure behind the bodies pushes them together and is the cause of the gravity.

Newton thought that the low pressure was a pulling force. Einstein thought it was space warping.

In fluid mechanics, this is known as the Bernoulli principle, from Daniel and Johann Bernoulli who were devoted Cartesians and anti-Newtonians.

This high-low pressure mechanism is the same for magnetism wherein magnets have channels that reduce the pressure for virtual photons, creating a high pressure magnetic field outside.

We convert Newton’s Universal Law into Cartesian by renaming G as the volume of space particles displaced per unit of matter.

F = G (m1 m2)/r^2

We keep m as the amount of matter, as the Material Layer.

This means that F is the volume of displaced space particles, as the low pressure that causes the high pressure.

Newton’s Universal law thus translates to: “The force of gravity between the 2 soms are based on the most volume that go between them.”

The g of earth is different from the g of Jupiter because their som and qosts are different.

From this we can see how material gravity is from space wanting to reduce the displacements and keep everything neat and flat.

The Inconstancy of Newton’s G

Newton’s gravitational constant G is not constant because the microaetherspace (atomic space):

• expands and contracts
• is always in flux

This proves a dynamic and subjective universe.