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The shotgun approach.
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<blockquote data-quote="label" data-source="post: 87706" data-attributes="member: 5940"><p>Here is the thing Broglie figured particles like electrons can also be considered as waves. Then as you know Davisson and Germer showed that yes you do get refraction patterns from electrons. Now this changed the ball game for me somewhat.</p><p></p><p>Now every single electron and positron has a wave until it is measured then it is no longer a wave that collapses or so the Copenhagen interpretation suggest but none the less at a point we have a wave and waves can be useful to a would be time traveller because you don't really need the particle itself.</p><p></p><p>No you are interested in quantum entanglement because that is where our positron and electron gave away their secret. See because of said wave you can always figure out where a particular particle IS for a split second BUT the particles themselves know where they have been and where they are in relation with each other.</p><p></p><p>So regardless of the fact that the positron will be lost due to collisions it will always know where its little friend the electron is. Thus it can find it... Now that is interesting. They are linked. How? well we know thanks to all the babbling above that they share a wave that is detectible.</p><p></p><p>But they know a bit more then that it is said that our little positron and electron is communicating and that THAT communication is instantaneous or faster than the speed of light... SO boil this down and you may well have the ability to send information or if nothing else access to information that actively governs ALL electrons positrons. Now that is COOL</p><p></p><p>why because they know past present and future locations of everything. Handy stuff. But I am rambling now. The key to me is information.</p><p></p><p>Let me put it like this your computer have binary code little zero and one both are electrical starts and stops. theoretically if you know where the electrons and positrons will be in future thanks to their existing info you can figure out where all the future zero and ones will be on your computer thus you can access the future past and the now by simply knowing the location of past future and present energy. Hence you have a window into the future because all that info already exists</p><p></p><p>But we don't speak electron or positron yet. So the only way we will is if we take a few at the same time and see if there is a pattern we can use.</p></blockquote><p></p>
[QUOTE="label, post: 87706, member: 5940"] Here is the thing Broglie figured particles like electrons can also be considered as waves. Then as you know Davisson and Germer showed that yes you do get refraction patterns from electrons. Now this changed the ball game for me somewhat. Now every single electron and positron has a wave until it is measured then it is no longer a wave that collapses or so the Copenhagen interpretation suggest but none the less at a point we have a wave and waves can be useful to a would be time traveller because you don't really need the particle itself. No you are interested in quantum entanglement because that is where our positron and electron gave away their secret. See because of said wave you can always figure out where a particular particle IS for a split second BUT the particles themselves know where they have been and where they are in relation with each other. So regardless of the fact that the positron will be lost due to collisions it will always know where its little friend the electron is. Thus it can find it... Now that is interesting. They are linked. How? well we know thanks to all the babbling above that they share a wave that is detectible. But they know a bit more then that it is said that our little positron and electron is communicating and that THAT communication is instantaneous or faster than the speed of light... SO boil this down and you may well have the ability to send information or if nothing else access to information that actively governs ALL electrons positrons. Now that is COOL why because they know past present and future locations of everything. Handy stuff. But I am rambling now. The key to me is information. Let me put it like this your computer have binary code little zero and one both are electrical starts and stops. theoretically if you know where the electrons and positrons will be in future thanks to their existing info you can figure out where all the future zero and ones will be on your computer thus you can access the future past and the now by simply knowing the location of past future and present energy. Hence you have a window into the future because all that info already exists But we don't speak electron or positron yet. So the only way we will is if we take a few at the same time and see if there is a pattern we can use. [/QUOTE]
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