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<blockquote data-quote="Jean-Jacques Mass" data-source="post: 11542" data-attributes="member: 173"><p><strong>Infinite Realities</strong></p><p></p><p>Theoretically Heggy it goes down as far as matter does and even to the energy that makes it up. As for your question, "does it ever fill up?" the answer is no (according to most of the theories). There are several reasons for this.</p><p></p><p>According to quantum field theory and non-relativistic quantum mechanics, these other "worlds" (which can simply be thought of as alternate realities) exist in the same time and space as we do. The reason we aren't aware of these worlds has been explained by claiming that they split off into other, orthogonal, dimensions. These dimensions are not the familiar space-time, but rather dimensions of <a href="http://en.wikipedia.org/wiki/Hilbert_space" target="_blank">Hilbert space</a>.</p><p></p><p>In theories of quantum gravity, the answer is more complicated, because gravity can be thought of as perturbations in the space-time metric. If we take this interpretation we can regard differently curved space times, each with their own distinct thermodynamic history, as non-coeval (not having the same age, duration or origin). If this is true, then we only occupy the same space-time manifold with the other worlds with a macroscopically similar mass distribution. This manifold can be thought of as a loaf of bread, with each amplification of the quantum-scale interactions effecting the mass distribution (and hence the space-time curvature), causing the "loaf" to be split into discrete sheets.</p><p></p><p>Therefore, "it" can be thought of (depending on the theory you're looking at it from) as another orthogonal dimension or a manifold of space-time.</p></blockquote><p></p>
[QUOTE="Jean-Jacques Mass, post: 11542, member: 173"] [b]Infinite Realities[/b] Theoretically Heggy it goes down as far as matter does and even to the energy that makes it up. As for your question, "does it ever fill up?" the answer is no (according to most of the theories). There are several reasons for this. According to quantum field theory and non-relativistic quantum mechanics, these other "worlds" (which can simply be thought of as alternate realities) exist in the same time and space as we do. The reason we aren't aware of these worlds has been explained by claiming that they split off into other, orthogonal, dimensions. These dimensions are not the familiar space-time, but rather dimensions of [url=http://en.wikipedia.org/wiki/Hilbert_space]Hilbert space[/url]. In theories of quantum gravity, the answer is more complicated, because gravity can be thought of as perturbations in the space-time metric. If we take this interpretation we can regard differently curved space times, each with their own distinct thermodynamic history, as non-coeval (not having the same age, duration or origin). If this is true, then we only occupy the same space-time manifold with the other worlds with a macroscopically similar mass distribution. This manifold can be thought of as a loaf of bread, with each amplification of the quantum-scale interactions effecting the mass distribution (and hence the space-time curvature), causing the "loaf" to be split into discrete sheets. Therefore, "it" can be thought of (depending on the theory you're looking at it from) as another orthogonal dimension or a manifold of space-time. [/QUOTE]
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