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Discussion and Debate
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Physical & Life Sciences
What exists inside a black hole?
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<blockquote data-quote="Gracchus" data-source="post: 69585167" data-attributes="member: 5905"><p>of course here and there are problematic, as are then and now, here and then, there and now, there and then and here and now. Which is which depends on the observers state of relative motion.</p><p><img src="/styles/default/xenforo/smilies/old/scratch.gif" class="smilie" loading="lazy" alt=":scratch:" title="scratch :scratch:" data-shortname=":scratch:" /></p><p>Think of it like this: The universe is like a golf ball. The dimples are gravity wells and the radius is time. When the dimples become deep enough they reach the event horizon of the singularity. All the black holes are bounded at the same singularity. That is the boundary of the universe.</p><p>We look out in all directions at the big bang, we look outward into the past at a smaller universe. It emanates from the big bang and falls into the black hole. In between it is stretched, producing the red shift. The Big Bang seems instantaneous from far away but up close it is the slow evaporation as described by Hawking. As something falls into the hole it accelerates toward light speed, becoming wave-like and at the singularity it becomes the mass that is the black hole when the wave collapses. We know from the math that an anti-particle traveling traveling forward in time is indistinguishable from a particle moving backward in time, and at the boundary the particle might be ejected while the anti-particle is pulled in. We do not see the reflection because of the time dilation effect of the immense gravity.</p><p>It obviously involves nonlinear partial differentials, that cannot be solved. It is impossible to really put it into words. Even the math involves infinite series of complex probabilities, matrices transforming quaternions or even octonions. </p><p>Or think of the quantum foam neutrinos and anti-neutrinos popping into existence and almost immediately annihilating each other because the particle and the anti-particle are in fact just one thing. That is the universe. It is just a matter of scale.</p><p>Still working on the math, but I am not a fanatic about it. I think that if I take all the equations, which all contain Pi because they are periodic and isolate Pi, then equating all the other terms, someone might be able to relate through Pi, quantum mechanics and general relativity.</p><p>Of course you could dismiss me as just a crackpot, but showing me wrong would take, I think a very smart person, and might prove very productive.</p><p></p><p><img src="http://www.maritime-sda-online.com/forums/images/graemlins/default/thumbsup.gif" class="smilie" loading="lazy" alt=":oldthumbsup:" title="Old Thumbsup :oldthumbsup:" data-shortname=":oldthumbsup:" /></p></blockquote><p></p>
[QUOTE="Gracchus, post: 69585167, member: 5905"] of course here and there are problematic, as are then and now, here and then, there and now, there and then and here and now. Which is which depends on the observers state of relative motion. :scratch: Think of it like this: The universe is like a golf ball. The dimples are gravity wells and the radius is time. When the dimples become deep enough they reach the event horizon of the singularity. All the black holes are bounded at the same singularity. That is the boundary of the universe. We look out in all directions at the big bang, we look outward into the past at a smaller universe. It emanates from the big bang and falls into the black hole. In between it is stretched, producing the red shift. The Big Bang seems instantaneous from far away but up close it is the slow evaporation as described by Hawking. As something falls into the hole it accelerates toward light speed, becoming wave-like and at the singularity it becomes the mass that is the black hole when the wave collapses. We know from the math that an anti-particle traveling traveling forward in time is indistinguishable from a particle moving backward in time, and at the boundary the particle might be ejected while the anti-particle is pulled in. We do not see the reflection because of the time dilation effect of the immense gravity. It obviously involves nonlinear partial differentials, that cannot be solved. It is impossible to really put it into words. Even the math involves infinite series of complex probabilities, matrices transforming quaternions or even octonions. Or think of the quantum foam neutrinos and anti-neutrinos popping into existence and almost immediately annihilating each other because the particle and the anti-particle are in fact just one thing. That is the universe. It is just a matter of scale. Still working on the math, but I am not a fanatic about it. I think that if I take all the equations, which all contain Pi because they are periodic and isolate Pi, then equating all the other terms, someone might be able to relate through Pi, quantum mechanics and general relativity. Of course you could dismiss me as just a crackpot, but showing me wrong would take, I think a very smart person, and might prove very productive. :oldthumbsup: [/QUOTE]
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