Thank you for your intervention Sappho de Miranda,
-Yes, obviously, (as the protestant I am), I considered catholic Church, not the anglican which seems to me as protestant one with the catholic splendor (a synthetical Church).
-Yes, as told to HexHammer, I was evoking - and not invoking - the omnipresence. Meaning I considered as such for myself, without considering it necessarily true for others.
Someone, and I apologize for not naming that someone, made mention of Shelley's Frankenstein as an example or thought experiment, I assume, of the Creator intervening in the life of the created.
You don't have to apologize: that someone was me, but you should rather apologize for having assumed this as referring to God. As I explicitly mentioned, it was to distinguish the creator from his creature, and not anything more.
To say that a force creates and that force can be of nature does not mean that that force is therefore a god.
-You did not read me well. I wrote that such a creating force could be God, and that God could me of the Nature.
That doesn't mean at all the the
force creating can be of Nature. And explicitly, it cannot:
an entity cannot construct itself. This is of elementary concepts. By this, the remaining of your reasoning is void.
-My last paragraph meant only that the attempts in re-creating the Big-Bang conditions would be impossible, due to the exponential energies. I think this is the last qualificative that you do not understand.
To have an idea: make simply a search on Google about an exponential curve.
But I explain you anyway:
With a parameter - the time - on horizontal "x" axe, and energy on vertical "y" axe,
which meet at the origin on 0 of both values, and orthogonal the one regarding the other,
you should obtain - more precisely - a negative exponential, what means:
if you go from the high values of time, to the lower, you do not get a proportional straight ligne. In every point you reach on time (in the direction to 0), you should obtain "more higher energy than the previous higher energy" at the last interval of time.
Each interval of time shows an higher increase in energy than the previous.
By continuation anyway, the attempt to reproduce the "first" (if there is, as it is continuous) condition, would require an infinite energy.