not as complex as is generally imagined.

Everyone knows that there are two types of phenomenon that can be called "force" or "energy" that control our everyday existence on this planet.
One type of phenomenon is the "kinetic energy" or the change of position of mass, generally known as "motion", and the other is the "force" or "field" or the "potential (for kinetic) energy".
This "force/field/potential energy" (f/f/pe) exists in "fundamental space". A cubic area that is totally empty, in that it contains no "electro magnetic fields" of any kind, is "fundamental space". (Perhaps it could be called zero point potential energy.)

Now suppose that the universe is in the form of a bubble or a balloon, where the material of the bubble or balloon represents all the mass in the universe. As the bubble/balloon (b/b) expands, it leaves the very center of the b/b emptier and emptier. The "emptier" the center of the b/b is, the more f/f/pe it contains. The f/f/pe in the center of the b/b slows down the expansion rate of the mass until the expanding mass stops moving relative to the center of the b/b, at that moment the f/f/pe is at maximum, and the "kinetic energy" (ke) of the surrounding mass is at minimum. This state of maximum f/f/pe and minimum ke is not stable, the f/f/pe initiates the "collapse" of the b/b, as the mass begins to move towards the center of the b/b it is accelerated by the f/f/pe until the mass collects in the center of the b/b and becomes "solid". This "solid" state is not stable and it explodes, hurtling the mass away at the maximum velocity. (Expansion and contraction will represent the second day.) Since no energy is lost or gained in this "explosion/implosion" cycle, the process continues forever.

The same process is at work in the electron and proton and other "fundamental" parts of the universe.

Comments?

Johannes