I keep thinking that the mass of that singularity had to be more than
any black hole ever would be in this Universe, or could be in this
Universe. That had to be true before the singularity actually
exploded. In steps and stages leading to that instant where the blast
took place, it was or had to be out of the blue? But, the implosion
still leaves a greater mass at the center than any black hole would or
ever could reach or achieve. Considering, that all of the mass of this
Universe came from that single point, that point had to include the
mass of this Universe. So, when the explosion took place, the
implosion was also taking place. How close to equal were the weights,
I couldn't tell you. But, if it were half, then it was compressed by
much more force than that, and still more massive than any black hole
ever encountered, discovered or located. I'm more and more certain
that the existance of Universes is correct, and they all exist within
this one. That doesn't dictate that what happened in this space did
not happen above our heads well before this Universe, and from the
evidence of what is out there and how it has formed, acted and reacted,
speaking of matter as a whole, would be some means of predicting, or
explaining where that fraction went. So, when we see a source of
gravity so intense that even light cannot escape, that the likelihood
of the hole being deeper than we imagin is very likely. My thought of
the Universe, is that it is as dependant on matter atoms and subatomic
particles as computers are bits and bytes. But, size doesn't matter
with matter, it the ratios involved and their interactions, chemical,
fission, fusion, electronic, and magnetic. I would think that under
much more gravitational pressure, that much smaller subatomic paritcles
could stablize as some alien form of matter, alien to us. So, when
that imploded, it became so much more dense, that it may have imploded
again and exploded again in a much smaller space, and held there by
it's gravity. So, looking towards the center is to look into the
direction of another Universe. We know that the closer an object
approaches the speed of light, the less time that object experiences.
Therefore, it is safe to say a smaller particle weighing less, would be
capable of moving faster in a smaller space, and that would be tied to
the longevity of the particle. So, if the velocity of the orbit of the
electron were scaled down in size, what we observe as approximately 55
miles and hour in orbit around the centeral protons and neutrons, would
be maybe only off by 1/100th or maybe even 1 billionth of a mile per
hour less than what we observe as light speed. In the time we've spent
writing back and forth, we could have lived and died an unimaginable
number of times. In the first billionth of second a hundred trillion
trillion years may have passed in relation to time in this universe.
Our lives would have been lived, and no question would remain
concerning our Future.