If the event that resulted in the Big Bang could occur at one moment, then it could occur the memento before that. And if it could occur at that moment, then it could occur the moment before that. So, the event that resulted in the universe must have always been occurring. That event is and was ongoing.  But the Big Bang has a finite time frame. An event that has always been is in a time frame that has no beginning. The event that resulted in the Big Bang must go from being in an infinite to a finite time frame.

A fluctuation of space can do so because, while the event of fluctuation remains unchanged, change occurs when fluctuations incidentally phase and gravitate toward each other. The change in relative position defines a finite time frame.

how does anything come out of not anything?

there are fluctuations in dimension.

dimensions of what?   and why would they fluctuate?

definition is a function of equal and opposite relativity.

there is equal and opposite position.

endless equal and opposite relative positions.

position is space. there is position in space.

equal and opposite position defines space.

change in position is change in dimension.

fluctuations = changes in dimension.

changes  in dimension can be imaged as orderly wave patterns.

but, changes in dimension twist, tangle and knot.

knots are equal and opposite relativities.  7:07 am. 7/10/2016

a knot is a concentration of negative dimensions relative to positive dimensions. the positive dimensions are depressions in space which manifest as gravity.

negative dimensions of space are an absence of space.

an absence of nothing is something. a particle of something.