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Three Laws of Chronodynamics
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<blockquote data-quote="Chronodynamic Jim" data-source="post: 19301" data-attributes="member: 201"><p><strong>Re: Three Laws of Chronodynamics</strong></p><p></p><p><div class='quotetop'>QUOTE(\"Harte\")</div></p><p> </p><p>I read it. I feel the need to correct one point though. The paper with two slits experiment requires a photographic plate on the other side of the slits in order for there to be interference patterns. Just shining light through the slits onto a wall or any other surface like you described will not result in interference patterns.</p><p> </p><p>That experiment shows only that when individual photons or electrons are considered individualy they exhibit both particle and wave qualities. From that to "Many Worlds Theory" is all speculation and, if you will pardon the pun, a <em>quantum</em> jump of imagination.</p><p> </p><p>As for a silly aspect of "Many Worlds Theory", how's this. Take the afore mentioned experiment. "Many Worlds Theory" postulates that the photon in its wave form represents a probability wave function ploting out all possible paths the photon could take between the emitter and the photographic plate. One of those paths presumably consists of a path that includes a detour to the Andromeda Galaxy. If this is the case, that is if photons really do take every possible path and only choose a path upon our observing it take that path, why has anyone yet to observe any path other than a straight one? I have yet to observe a photon leave an emitter, travel to the Andromeda Galaxy, and return. All anyone has ever observed is photons traveling in a straight line through space-time. The particle-wave duality does not require this silly theory to explain it. Can't we just accept that subatomic particles have qualities unlike anything our macroscopic sensorium has encountered?</p><p> </p><p>BTW, I was not tring to be sarcastic suggesting the Andromeda detour just now, that came straight from <em>The Elegant Universe</em> by Brian Greene in the chapter explaining quantum mechanics and the very experiment you described.</p><p> </p><p>And you call yourself a <em>skeptic</em>?</p></blockquote><p></p>
[QUOTE="Chronodynamic Jim, post: 19301, member: 201"] [b]Re: Three Laws of Chronodynamics[/b] <div class='quotetop'>QUOTE(\"Harte\")</div> I read it. I feel the need to correct one point though. The paper with two slits experiment requires a photographic plate on the other side of the slits in order for there to be interference patterns. Just shining light through the slits onto a wall or any other surface like you described will not result in interference patterns. That experiment shows only that when individual photons or electrons are considered individualy they exhibit both particle and wave qualities. From that to "Many Worlds Theory" is all speculation and, if you will pardon the pun, a [i]quantum[/i] jump of imagination. As for a silly aspect of "Many Worlds Theory", how's this. Take the afore mentioned experiment. "Many Worlds Theory" postulates that the photon in its wave form represents a probability wave function ploting out all possible paths the photon could take between the emitter and the photographic plate. One of those paths presumably consists of a path that includes a detour to the Andromeda Galaxy. If this is the case, that is if photons really do take every possible path and only choose a path upon our observing it take that path, why has anyone yet to observe any path other than a straight one? I have yet to observe a photon leave an emitter, travel to the Andromeda Galaxy, and return. All anyone has ever observed is photons traveling in a straight line through space-time. The particle-wave duality does not require this silly theory to explain it. Can't we just accept that subatomic particles have qualities unlike anything our macroscopic sensorium has encountered? BTW, I was not tring to be sarcastic suggesting the Andromeda detour just now, that came straight from [i]The Elegant Universe[/i] by Brian Greene in the chapter explaining quantum mechanics and the very experiment you described. And you call yourself a [i]skeptic[/i]? [/QUOTE]
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