Theorem 7. Mass is made up of Particles of infinitely diminishing size which group together and break apart; which can be attracted to, or repelled by, other Particles.
Particles absorb Radiation which can be stored as Gravitation.
Definition 8. A Mass Structure is a specific arrangement of Particles tied together by Gravitation while held apart by Particulate Motion and Radiation.
On some Scale, Particles tend to form spheres which rotate about an Axis.
Particulate State Theorem
Theorem 8. Particles have three states: Undergravitated, Overgravitated, and Even.
Particulate State also depends on Scale. An Overgravitated particle could appear to be Undergravitated on a different Scale. An Electron can have a cloud of orbiting Particles of a smaller Scale attracted to the excess gravitation in the Electron while the Electron itself seems Undergravitated with respect to its Nucleus.
Particles with excess Gravitation emit Radiation, repelling other Overgravitated Particles, while attracting Undergravitated Particles.
A Particle in orbit around a certain Radiation Source is Even with respect to the Scale of that Radiation Source, and also Overgravitated with respect to Particles smaller than itself. Further, it might appear Undergravitated with respect to the Radiation Source completely containing the Radiation Source that Particle is orbiting.
Particles can exit the Mass Structure of a Radiation Source at its equator, pressed outward by the emitted Radiation or Overgravitation.
Particles will tend to return to a Radiation Source’s Mass Structure at its poles, if not intercepted along the way. Orbiting Particles or Mass Structures have a chance to maintain balance between the poles and return to the equator of their Radiation Source.
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