In the image above we imagine what might happen if a quanta of energy that possesses all of the properties of energy that we are familiar with today, were to suddenly appear in a dimensionless void ('zero space'). This energy wants to fill the void with a smooth even energy field. Something in a nice bland shade of grey might be nice, but that would be impossible. If it attempts to fill the void, the result is an expanding bubble, with the energy becoming like the two dimensional surface on that bubble. The result is a void within the bubble, illustrated on the left. Forces then come into play in that the bubble wants to move inward to fill the internal void while at the same time moving outward to fill the infinitely dimensionless void, with the up and down arrows symbolizing this confusion of forces.

Would not the end result be the creation of bubbles, with each bubble, expanding, and then breaking down into bubbles, until some kind of limit is reached (the Planck limit comes to mind here).

If we want to solve the mystery of the creation of matter during the Big Bang, we only need to understand how that energy managed to tie up a knot with the result being the creation of hydrogen. Once hydrogen is created, every other atom follows, for once those hydrogen atoms create disruption in the field, and the space tornadoe begins to vaccum out the field to restore entropy to that field, the result is the creation of stars and then fusion and then even more of those atoms.