Particles seem to attract each other. The particles loose kinetic energy and gain gravitational energy as they collide in a non-elastic manner. When particles are in proximity to each other they have been observed to have the London forces pulling them together. This fundamental force is the result of the electron pressure being higher on the outside of a mass when compared to the inside of a mass.
The electrons on the inside of a mass have a higher propensity than the ions to push outwards with higher kinetic energy. This energy dissipates as the electron moves to the outside of the mass. Electrons and ions back-fill the escaping electrons causing the gravitational effect including the London force.
The relative pressure of the electrons is higher as one moves towards the periphery of a mass. This high relative pressure forces the nucleus of various atoms towards the center of mass. Lower energy electrons move towards the center of mass as well.
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