It reads like nonsense in the original as well. Here’s a simple question for you:
Newton’s model of gravity predicts the speed required for a satellite (natural or man made) to orbit at a specific distance from a body. Einstein’s theories refine this to explain some observed discrepancies. How does your theory explain the exact behaviour of orbiting bodies?
you’ll have to define what you mean by exact behavior of orbiting bodies because if you mean mathematical equations, they can only give a close estimate due to the relativity factor.
When you said that gravity ends where the vacuum of space begins, am I right in thinking you are using a different definition of ‘vacuum’ from the one that we commonly use on my planet?
my definition of the vacuum of space that exists around our planets displaced space is the less space from the photographic negative effect of the suns displaced space. how strong that vacuum is, is relative to the displaced space you are exiting.
the energy from the sun enters the displaced space of a planet/moon whatever. charges the surface that faces the sun while the negative uncharged side is attracted to the positive charge of the sun. This creates rotation. The planet does not move into the less space that exists farther out from its own displaced space. and is pushed away by the positive charged surface but the negative side is still attracted. Rotation through magnetism.
Vacuums are not loud because there is no sound in a vacuum, so all the sounds in the room try to hide in your ear from the vacuum at the same time, making it seem as if the vacuum itself is loud.