- #1
SpitfireAce
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why do different probability waves synchronize into one coherent wave at low temperatures? I'd like to research this but I don't know what this effect is called. Also, what is the quantum mechanical explanation for why the resistance in a super-conductive metal drops down to 0? Is it that the wavelength of the coherent wave after synchronization becomes long enough to allow individual electrons to quantum teleport through the positive nuclei in their paths? That doesn't sound right to me because "individual" electrons would no longer be distinguishable after they synchronized their quantum states. Would this newly formed coherent wave still diffract around the nuclei and interfere with itself or does it just travel through the nuclei in a ghostly fashion. I suspect the answer is closer to the latter since it seems to me that diffraction would decrease the current. Any help or reference is greatly appreciated. Thank you in advance
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