Space in relative relation to Pi

[Spenner]

If space (judging on what scientist have come up with over the years) is nearly infinitely large (for at least one point in time before contraction occurs), then the possibilities within the planetary system could be widely ranged, correct? Now, taking that the universe (for now) is ultra-large, within maybe 1/10000000000000000000 there is a chance that there would be life. Now, taking those digits into a more expressional value, like 1415926535' etc, you could expect that within pi, as many times as those exact number statements repeat, that would be the number of relative planets in our system exist with the possibility of life. Of course, this would still be next to impossible to predict, as the number statement chosen would be the result of how it is shown throughout the rest of Pi (which is also infinitely set). Say you have 159-- that would repeat possibly more than something like 265. So, taking a number statement in the thirties of digits would mean that the number would need to be 100% accurate in order to make a correct prediction of life. A value could be set to certain variables for calculations of statements, but that would mean lots of surveys and thinking and work. If only there was an equation to predict the repetitive numbers within pi, we would be well on our way to predicting life in the other galaxies.

Does anyone else here see where I am going with this?