Electrostatics and Gravity

There are definite tendencies that exert themselves on a mass that is clumped in a bundle of molecules or atoms. We find gravity which may well be electrostatic. There will be an outward pressure pushing lighter negatively charged electrons out and heavier ions in. The pressure is due to an ever so slight abundance of negative charge which finds itself on the inside of the bundle of molecules or atoms. Some lighter electrons will escape and be drawn outwards at an accelerated pace. This electron will tend outwards until it is accelerated inwards by the imbalanced, remaining, positive charge. The electron will be accelerated inwards until it collides with the heavier ions. Eventually if there is no collision the electron will be drawn out again at an accelerated pace restarting the cycle.

The charge imbalances are so slight and the number of electrons and ions are so great gravity ends up being quite fluid. A type of reverse buoyancy.

Imagine an ion at each face of a cube. Pretending that electrons don’t repel each other then, statistically, we would expect there to be a higher electron density inside the cube when compared with the outside of the cube. Because electrons do repel each other we would expect an accelerating divergence from inside the cube.

At a certain point the electron will be attracted back towards the cube. The inward-most electrons will tend to scatter while the outward-most electrons will exert a pressure towards the center of a large mass.

It is important to remember that the electrons are far lighter and faster than the ions. These little things will go to work around the main mass causing movement. The electron will dictate gravity through an outwards and inwards oscillation described above.