Tricky, ain't it Nobody?
Quote:
Originally Posted by N0B0DY  Just when I think I'm understanding you, you pull a time twist.
If near-zero k's naturally contractive functioning occurs in the infinity of space via in waves, simultaneous multiple singularities would form "everywhere." [No, no, no...You seem to forget first scalars are round/convex. If one starts at infinity's extremity, round concave scalar in-waves seek their own centers___naturally, but on the other hand, I couldn't completely ignore the possibility of the many small bangs model being valid, just yet, which would match your simultaneous multiple singularities everywhere model, yet still in the over-all center of infinity, as so much of infinite FS must be gathered up to make any first actual solid mass.] And, if I'm not mistaken, there wouldn't be any forward time for there to be a "first" anything without out waves. |
Where do you get convex scalar out-waves Nobody, if not from concave scalar in-waves, first centering, then producing the first finite singularity, the only first thing capable of producing convex scalar out-waves, upon radiation/explosion?{at least one or more finite singularities} Come-on, use your simple logic___just look at the shapes, and realize something real must produce them, not magic. If something real produces concave scalar in-waves, it has to be infinity, as it's the only first thing there is, capable of moving, scalar-wise, concavely inward___Infinite fundamental thermal space substance, in the form of the simple concave scalar in-wave, of cold motion, friction, heat and sound. Sorry, out-waves are secondary waves, after the most fundmental in-waves.
Lloyd