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| In sci.physics.relativity, Cwatters <[Only registered users see links. ].com> wrote on Sun, 8 Jun 2008 11:45:11 +0100 <r--dnfeW_MqpJdbVnZ2dnUVZ8vqdnZ2d@posted.plusnet>: Good question, especially since in an electric field the atoms are no longer spherical, but squished or stretched, storing energy as they do so.[*] Not that mitch makes all that much sense even without such considerations, but the world is a complicated place; the electron double-slit comes to mind. How does a particle interfere with itself? And yet, that's exactly what's happening, somehow. (I'll admit I don't know precisely how, though QM gives one a model and the means by which one can estimate the result.) [*] I'm not sure how squished or stretched they are in normal circumstances anyway; the shape of anything but 1s orbitals is not guaranteed to be spherical. The usual "pear shape" of 2p orbitals, of course, is probably rapidly shifting around as opposed to its static presentation in most textbooks; that might give at least spherical shells over the long term, absent external influences such as the aforementioned electric field. -- #191, [Only registered users see links. ] Been there, done that, didn't get the T-shirt. ** Posted from [Only registered users see links. ] ** |
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