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You are just not thinking about the correct energies, precisions, and masses here: a bullet may be well localized when it leaves the gun, but if you try to localize the electrons to subatomic precision, you'll find that the electrons are ricocheting off in all directions after the measurement. Also, the electrons don't really decide where they are, until you actually measure them. In quantum mechanics, you cannot measure without influencing the system, and that's what the uncertainty principle is all about. cmaster 2 days ago I would agree with the answer, the conclusions are wrong albeit not obviously due to the lack of understanding of the details therein. Thermal agitation is indeed not the only reason however again the words obliterated definitely do not apply at ALL in certain determined situations even given random input. Jay yesterday 1 This answer is actually wrong because the premise of the doomsday weapon is that it attempts to "measure the position of all the particles in a macroscopic object" which I take to mean "each and every particle". Now, in one mole of protium (to keep this simple), there are 2 x 6.022140761023 particles. The size of the atom is 120 pm. To locate the electron with respect to the proton with accuracy of 10 pm, would require bouncing a photon with 10 pm wavelength of it, but the protium dissociates at 91.2 pm or less incident photons. p home (our place) last night. you were still at work. me: uhh, yeah? she already told me. simple rules here man, no lies, the love stands. the look on his face was great. buy her a diamond ring, get on your |
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