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Originally posted by chr0naut
OK, here's my 2c worth in explanation:
In an ideal theoretical universe there'd be as much antimatter as there is matter. There isn't, there's far more matter here, and this idea of Supersymmetry is broken in the universe we observe.
There appears to be approximately five times the supersymmetry breaking energy in this universe than would be expected (which explains why we see more matter than antimatter).
It is theorized that this is because the primeval energies which gave rise to matter in this universe was split between other universes, which have their own preferential "flavour" of matter, at a time when all the universes touched each other at the singularity (the universe/multiverse before the big bang).
When the Big Bang did occur, multiple universes were nucleated (like bubbles being formed) and began expansion from a single point. Initially, there was overlap, but eventually the outer boundary of each bubble (its horizon), detached, taking its bit of reality with it.
For universes where the symmetry breaking energy was high (like ours) these universes would expand. For universes where the symmetry breaking energy was low, the matter and antimatter would annihilate causing the bubble universe to become non-viable and cease to exist (not enough energy to sustain its space-time horizon).
It was then theorized that closely adjacent universes might have "stolen" the symmetry breaking energy from each other and this would have left areas of low symmetry breaking energy where they "touched" at, or just after the singularity. The effect you'd see in each universe would be areas of relatively empty space (little matter) and a corresponding flow of dark energy, which would be frozen in place by the expansion of each of the universe/s.
These "empty" areas would most likely be located at the top or "North" of the universe and the bottom, or "South" of the universe. and would also be aligned to the overall polarization of the "dark flow" (the entertainingly nicknamed "axis of evil"). This North & South does not refer to the Earth's North or South.
I am not sure I fully understand all the theory and math and this is really a cruddy explanation outside the papers of Laura & Co, so take it with a grain of salt. It's just an analogy.
edit on 15/4/2012 by chr0naut because: (no reason given)
Originally posted by petrus4
These scientists came up with a theory, about how parallel universes work. They expected to find a particular kind of evidence in a certain place, which they would interpret as supportive of their theory...and apparently, they did find it.
The evidence they were looking for, apparently had to do with the difference in energy (I think thermal or heat, specifically, from the article) that they would expect to be able to detect between our universe and another one. How they are able to detect anything at all from another universe, of course, is something I don't understand in the slightest.
Originally posted by IkNOwSTuff
Originally posted by chr0naut
OK, here's my 2c worth in explanation:
In an ideal theoretical universe there'd be as much antimatter as there is matter. There isn't, there's far more matter here, and this idea of Supersymmetry is broken in the universe we observe.
There appears to be approximately five times the supersymmetry breaking energy in this universe than would be expected (which explains why we see more matter than antimatter).
It is theorized that this is because the primeval energies which gave rise to matter in this universe was split between other universes, which have their own preferential "flavour" of matter, at a time when all the universes touched each other at the singularity (the universe/multiverse before the big bang).
When the Big Bang did occur, multiple universes were nucleated (like bubbles being formed) and began expansion from a single point. Initially, there was overlap, but eventually the outer boundary of each bubble (its horizon), detached, taking its bit of reality with it.
For universes where the symmetry breaking energy was high (like ours) these universes would expand. For universes where the symmetry breaking energy was low, the matter and antimatter would annihilate causing the bubble universe to become non-viable and cease to exist (not enough energy to sustain its space-time horizon).
It was then theorized that closely adjacent universes might have "stolen" the symmetry breaking energy from each other and this would have left areas of low symmetry breaking energy where they "touched" at, or just after the singularity. The effect you'd see in each universe would be areas of relatively empty space (little matter) and a corresponding flow of dark energy, which would be frozen in place by the expansion of each of the universe/s.
These "empty" areas would most likely be located at the top or "North" of the universe and the bottom, or "South" of the universe. and would also be aligned to the overall polarization of the "dark flow" (the entertainingly nicknamed "axis of evil"). This North & South does not refer to the Earth's North or South.
I am not sure I fully understand all the theory and math and this is really a cruddy explanation outside the papers of Laura & Co, so take it with a grain of salt. It's just an analogy.
edit on 15/4/2012 by chr0naut because: (no reason given)
Is that all it meant, well why didnt they just say that
Thanks for trying dude but you may as well be speaking another language
Originally posted by fixer1967
Originally posted by intrptr
From another member:
From what i understand, and put as simply as i possibly can, they found two 'dark' spots. One above the universe, the other below.
I have a question:
If this is the correct simple interpretation of the situation... how can the "other parallel universe" be affecting this one if it is parallel?
I thought that parallel means "next to" but "separate from" or "having no effect upon"? Like two parallel lines
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They do not intersect or overlap and should not at any time. Otherwise they are no longer "parallel." If a permanent manifestation exists of something that is parallel then how can that be (parallel)?
edit on 15-4-2012 by intrptr because: deletion
The parallel universe may or may not be 100% parallel for one thing. And one theory is that the "walls" between parallel universes can be very thin in places. So thin in fact a gateway or door between the two may open. This opening could be on the size of an atom and last only a nanosecond or be large enough and stay open long enough for people or planes or cars or anything else to pass though. It would be a one way trip and it could be sometime before you even knew that anything had happened. From what I have to understand is that the term "parallel universe" refers more to the actions going on in the other parallel universe than a real direction of travel
Originally posted by THE_PROFESSIONAL
reply to post by petrus4
Thank you very much. I have a physics background and I know what limits there are in our universe, and there are certainly signs pointing toward the existence of God, but yet those people who say things like "science is everything" are so ignorant it is not even funny. I could not even begin to dumb down some of the things for them to understand as it is beyond their level of comprehension.
Originally posted by wolfboss1
we all agree particles disappear and appear throughout the universe, isn't that enough evidence of parallel universes/dimensions
what we see in the cosmos is happening right in front of us all the time............this ones a good story
thanks
Is there any research or theories done on this topic regarding this question? If I'm not the only one to think of it, I'm sure far more intelligent people in the scientific area probably has.
Originally posted by Druid42
reply to post by chr0naut
Parallel? Adjacent? Alternative? Uni?
Just simply call it the multiverse. If we live in a multiverse, then many simultaneous events can occur. The light slit experiment, and Schroedinger's Cat are explained. We haven't defined a multiverse yet, but when it is, I'd think the model would help to explain a lot of the natural phenomena we've been curious about.
Parallel denotes an infinite number of universes, and I was never comfortable with that.
I'll espouse a multiverse where a parallel universe doesn't exist until we realize it. It would dictate a quantum cohesive state that is formed when enough potential energy is realized.
The biggest question, at this point, is how much does human consciousness affect such states of reality?
If you can grasp the Cat Theory, then it's only a small step to realize that the multiverse is a set of potential states. A sum of macroscopic events reflecting the nature of the microscopic ones. It cannot be the opposite.
Originally posted by Labdarex
This is an interesting topic not just for us but for the whole scientific community since Einstein's prime days. It's just a matter of time until someone would make a machine that can test out for Parallel Universe(s) and Multidimensional planes, but for now everything is just a theories derived from Special math and Quantum Physics. Really amazing isn't it!