How To Turn Your Volkswagen Minibus Into A UFO - How Big Is This Universe?
John Ayres
How Big Is This Universe?
The fellow or lady who visited us not long ago, as I pointed out,
whose space craft you can see at this link,
http://www.ufoevidence.org/photographs/section/featuredphotos/Photo325.htm
As I said, previously, he or she has already passed out of this
galaxy, the Milky Way, and is five galaxies over. It has taken him or
her about three years plus some to get to where he is today from here.
He is traveling actually closer to the rate of five trillion light
years per second though he or she sometimes slows down to three or
four trillion light years per second. He or she has stopped several
times to refuel, stock up on supplies, stretch his or her legs, and
get some R & R, and some exercise.
For him or her to get to the furthest edge of the universe heading in
that direction, he or she would have to increase his or her speed by
one million billion trillion zillion quadragazillion times and then by
about thirteen times speedier than that for another eight years for
him or her to get close to that edge of our universe. It could be a
little further than that, but we're not going to get into it, at this
time. What's out there? Okay. Some of you will snicker. There is a
greyish, pinkish, whiteish cloud like mass. That mass is at the edge
of our universe in all directions. What's beyond? Well, it gets into
an area of reality that is something we aren't able to relate to
because we don't have the words for it, not any simple ones, anyway.
Our universe evolved out of what was here before what is here now. It
is very large, almost incomprehensibly large. There was no big bang
start up to the universe as some people have suggested, but it was a
steady, and gradual evolution.
It started with something that is incomprehensible to us, today and
that we don't have the vocabularly to discuss in simple terms, anyway.
It evolved first the life forms of the tiniest of sub molecular
particles. As time went on, larger and larger sub molecular particles
also evolved. The sizes of particles finally made their way up to the
molecular world of molecules and the solids, liquids, gasses, and so
forth, that we can see around us.
Molecules are actually, then, very big and clunky but that are good as
homes for the sub atomic particle kids.
So, it is kind of a joke for me, but I refer often to the little kids
who are the tiny sub molecular workers in our universe who are all
alive. Well, if you think about it, we were the last to evolve out of
the soupy mash that evolved out of what was here, earlier. Therefore,
we are the late comers, and though we are large in body size, we are
the little kids on the blocks because the submolecular worker kids who
were here before we were, and the molecular kids have all beaten us by
age, for one, by who knows how long a period of time.
It's a pretty big place to explore, this universe, and it is getting
larger, every day, as the evolutionary processes have not stopped. Out
at the outer edges, you can still see them going on, today.
Another way of looking at how large our universe is, take a cherry,
and place a speck of dust on it. That speck of dust is the Milky Way
Galaxy. Place the cherry on a table in the middle of a large football
stadium, such as the Astro Dome. Then find an astro dome that is twice
the size of the first. Do this 33,000 times, and you'll be approaching
the size of how large this universe is.
John
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