Is Gravity a One Way Force?

Gravity seems so simple. It pulls forcefully towards the center of large bodies of matter. In previous blog posts it has been suggested that the force of gravity is simply a large additive force that is equal and opposite to ejected electrons that find themselves repelled from each other because of their negative charge and their high velocity. Larger bodies made of neutrons and protons find themselves inevitably pulled towards the center of mass.

The electromagnetic pull of gravity is a direct result of the fact that electron charge surrounds the more positive and slower ions that make up so much of the matter we observe. The question then becomes is gravity a one way force: down. Certainly when we look at large bodies of over thirty molecules or atoms gravity seems to fit. Gravity is ultimately an equal and opposite reaction to the multitude of accelerations due to the charged electrons coming together due to a three dimensional shape.

How then do we explain an atmosphere? A lower density surrounding to a higher density planet. Nitrogen and Oxygen diatomic molecules seem to have no problem hovering above the Earth's surface. If gravity is the culmination of billions of electron interactions then the outward collisions must be additive and significant. A clear buoyancy of gas molecules hangs above a more dense solid planet. Buoyancy and relative density play a role.

As the electrons try to fire away from other electrons and a dense core; protons, neutrons and electrons are drawn in to fill a mass and charge gap. A spherical planet will have a natural electron pressure develop towards the center of mass and continuing outwards. The sheer root mean squared velocity of the electrons and the energy involved in their collisions will, using Markov statistics, allow for a build up of kinetic energy in certain electrons with a regular statistical frequency.

The law of large numbers causes the Markov statistics to settle over billions of atoms to a gravity force that is very stable given the mass of large protons and neutrons that are drawn towards the center of mass.

Is gravity a one way force? Certainly not. Buoyancy and rising heat are examples of counter gravitational force. Electrons moving at extreme speeds will also experience a fly against gravity. The very equal and opposite reaction force to the electrons flying away is the gravitational force.