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Maybe, Alex. If the universe is indeed fractal, then all things being relative, the higher space from which it unfolded should also be fractal in nature. As you move to smaller and smaller scales in either state, being able to resolve the fine structure of spacetime would become harder and harder (from the perspective of your location within spacetime) until it appeared to become random and chaotic. It would be there that the transition between spaces occurred. Where the spacetime we live in "froze" out of the higher space from whence it sprang. The freezing out of the universe from that higher space would be, in effect, the Big Bang. Whilst universes may come and go in the higher space much like virtual particles out of the quantum froth, when they reach a threshold level of energy, the "universe bubble" "detaches" itself from that higher space by lowering its "degrees of freedom" (if you think of physical dimensions as degrees of freedom of existence or mathematical movement) and expands "outside" that higher spacetime.
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