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an example) would see nothing because, again, he can't see through what is not there to the next Big Bang. This next sentence is only a hypothesis since we don't know for sure all the physics involved in a Big Bang. Big Bangs could even be going off in the midst of our own universe without our making note of them, for the same reason a two dimensional creature could pass through another two dimensional universe without any being aware of his achievement. Also, the Big Bang might have kicked off an infinite number of rings, balloons, (?)s, and who knows what else. All of them existing among and amid each other. None of them would be in any way be aware of the others. Also, the Big Bang may have kicked off an infinite number of singularities, a whole bunch of little blips, each unknowable to the others, and each containing universes of infinite numbers of dimensions. But before we end our theorizing, let's consider one more thing, Sometimes lumpy gravy is good, most generally when the lumps are little tidbits which make the sauce more savory. However, a good cook most generally tries their best to avoid lumpy gravy. It does not take a rocket scientist to understand why the lumpy phenomenon happens. Careful observation of the combining of ingredients, along with observing the manner in which those ingredients tend to accrete in the pan during the process, is not only a treat to the nose, but also a clue to events on the cosmic scale. We have been told, by those much more intelligent than us, that the universe is not pure in form. By that I mean the one dimensional ring universe is not a perfect shaped ring; the two dimensional balloon universe is not a perfect shaped balloon; the three dimensional-----well you get the point. In other words, all universes are lumpy. And, what's more, apparently the cook didn't care. We may be able to detect the cause for lumpy gravy, but we are not yet able to do so for the lumpy universe. But, if we again watch the gravy being formed, we can get an idea of what might have happened to the universe as it was also being formed. The gravy we understand, but why the universe did not remain pure in form is more of a mystery to us. Astrophysicists have done an excellent job trying to make it understandable, but it just doesn't soak in as it should. For whatever reason, the universe, as it was rounding out its shape, tended to accumulate patches of mass in places, causing more density here than there, or there than here. And the more imbalance there was, naturally, gravity saw to it that the more imbalance there became. We ended up very lumpy. Now, since the Big Bang, or Little Pop depending upon your point of observation, was, as far as we know, attempting to toss everything out in all directions evenly, these lumps hindered that attempt. Very good ...... continued on next page Previous Page <-> Next Page |
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