Electrons and Gravity

Electrons at high density near the center of mass are going to acquire kinetic energy and head towards a lower density in much the same way as buoyancy works. The force of an abundance of electrons will seek to distribute the charge. The electrons headed away from the center of mass will seek charge balance equilibrium and will head back towards the center of mass. Electrons travel so quickly they may be modeled as a flow rather than an abundance of particles.

The electrons far away from the center of mass will seek charge balance and will bump down towards the center of mass at a lower group rate compared with the rate they moved out at. There will be more electrons moving slowly towards the center of mass pushing and pulling matter along with it. The turnaround point at the center of mass where a particle has no choice but to head outwards needs a net force acting from the center of mass outwards. For every action there is an equal and opposite reaction and matter will be pulled inwards towards the center of mass. As well, a sphere or most shapes mass that mass takes will see more electrons away from the center of mass converging inwards adding to an electron ‘traffic jam’ as these particles seek the charge balance condition.

Imagine a three lane road with cars moving in one direction and another road with one lane with cars moving in the opposite direction. A set number of cars move along these roads and no car enters or exits the system. The single lane will jam and move slowly while the three lane road will move quickly.

The road system in the previous paragraph is analogous to the path electrons take on our planet or about any mass. The three lane road is the fast path out from the center of mass. The single lane is like the more crowded path back towards the center of mass.