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other than the matter that lies behind it. Thus, matter on the periphery has push behind it, and matter closer to the

center of the Big Bang finds it has no push behind it, eventually. The center is a void, and thus nearby matter, from the inside out, starts returning to this void to escape the crowding it finds everywhere else.

As this matter returns, it interacts with other matter, attempting to equalize crowding. Even in homogeneous matter any

motion, even on the sub-atomic level with a single atom on the move, creates a zigzag due to the pressure created

when moving in any direction. Motion become circular, to develop a spin, when any inequality on either side of the zigzag occurs, such that the zig or zag is not simply back and forth, but takes a curve. During the time it takes for

galaxies to form from a Big Bang, matter is fluid for a long enough time for the motion in the center to affect and

establish the motion throughout. This takes the form of individual or local dramas, here and there, but the

synchronized spin of galaxies stands as a mute witness to the fluidity of the spurt coming out of a Big Bang, and to the

extent to which what is called Dark Matter, which we have termed tiny matter, exists as a glue binding the Universe

together in ways mankind little understands.

http://www.zetatalk2.com/science/s120.htm[2/5/2012 11:53:38 AM]

ZetaTalk: Black Holes

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ZetaTalk: Black Holes

Note: written by Jul 15, 1995.

So dark that light can't escape, so dense that all matter going in gets compressed into imperceptibility. What is a black

hole, and does matter go in and never come out? All is relative, and the denseness of black holes only seems so to

humans because they have no basis of comparison. Also, as nothing seems to be coming out, humans assume this is a

bottomless pit of some sort, and frankly fear black holes. They serve a purpose, however, and are part of God's plan for

renewing the Universe. You know about the concept of the big bang, which we have explained as setting the clock

back on a part of the Universe, a type of refreshed state. The big bang requires something to bang from, and that state

is what the black holes are accumulating.

Do black holes consume all that they catch in their snare, and is there any escape? Black holes are voracious, but

proceed slowly. So slowly, in fact, that one can escape without even making haste. In addition, black holes do not

capture souls, as developed entities can float out of them, being of a lighter substance. However, black holes do

accumulate the substance of which souls are composed, when this has not formed into an entity, and remains loose and

undefined. This is packaged into the whole, and spread uniformly during the big bang, and thus the process of worlds

forming and evolving begins again, in a small part of the Universe. This is part of God's plan, as far as we know it.

http://www.zetatalk2.com/science/s17.htm[2/5/2012 11:53:38 AM]

ZetaTalk: Turnabout

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ZetaTalk: Turnabout

Note: written during the 2001 sci.astro debates.

Does the expansion coming out of a Big Bang continue forever, or does it turnabout and become a large Black Hole,

to start the process again? A discussion on these issues places man outside of his environment, as to him he sees only

expansion in the Universe around him, so a turnabout is theoretical and thus subject to haggling. We, the Zetas, have

visited portions of the Universe where a turnabout is in process, so can speak to these issues with confidence.

However, on these sci.astro debates, haggling occurs in any case. To make the statement that expansion goes on into

infinity is to assume that such activity occurs in a vacuum - a silly assumption. You have expansion and contraction

occurring in a school yard, when a toy rocket is sent skyward and then slows and falls back to earth. Should one of the

boys declare that the rocket will proceed forever, based on dissecting the trajectory so only the escape is considered,

he’d be called a fool. But on sci.astro, this is allowed to be a serious argument.

So what are the factors that influence a turnabout?

First, the rush of matter leaving a Big Bang is not homogeneous, else formation of stars and planets would not occur

but the Universe would be like Jell-O or pudding, all one consistency. Subatomic particles retain their identify even

within a Black Hole, and waste no time returning to their familiar dance of interaction with other particles, based on

their nature, when freed from the constraints of the Black Hole. Thus, during the rush of matter leaving an exploding

Black Hole, there are parts to the side as well as before and behind any given matter or clump of matter, and this is the incipient basis of the turnabout. An endless stretch into infinity, that silly argument, assumes only the influence behind any given escaping matter, which is simply never the case.

Second, incipient Black Holes are formed immediately after a Big Bang, and why would they not? Black Holes are

driven by gravity, a gravitational giant that assumed a density so intense that the flow of gravity particles attracted to it

overwhelms the outbursts of particles squeezing out from the center, tipping the equilibrium such that an ever-

increasing density of the gravitational giant occurs. Gradually, it builds in strength and size, and pulls from the side

that matter moving outward from the Big Bang. So the motion changes from expansion to a slowing curve, and

eventually to a compression of matter into the nearest Black Hole, and thence of Black Holes into each other, until the

stage is set for another Big Bang.

http://www.zetatalk2.com/science/s105.htm[2/5/2012 11:53:39 AM]

ZetaTalk: Dark Matter

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ZetaTalk: Dark Matter

Note: written by Jul 15, 1995.

Dark matter has been postulated by scientists to explain all the movement and behavior that they cannot explain in the

Universe. Insert dark matter, and it all fits, or so they are currently postulating. In fact, dark matter does not explain it all, or even explain it very well, but this is the current fad. Why is dark matter termed dark? Well, because folks can't

see it, or measure it, or capture it, and thus it is dark, hiding, as it were. Well, matter does not hide. It has no reason to do so, being without a sneaky motive. It is not dark matter that is gluing everything together in some strange,

immeasurable way, it is tiny matter, in fact, which the scientists of Earth have yet to see because it is too little for their

eyes and their instruments as of yet.

The particles of tiny matter, like bugs, are more numerous as they get smaller. Humans are always horrified to see how