network profile
| bio | website | |
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| visits | member for | 6 months |
| seen | May 16 at 11:27 | |
| stats | profile views | 16 |
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May 15 |
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What are the limits of applicability of Coulomb's Law? here is a link for @Slaviks QED corrections arxiv.org/pdf/1111.2303.pdf |
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May 15 |
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Precision of Coulomb's law summary: there is (currently) no need/hope for any correction like Einstein gave to Newtons law $F = -GM/r^2 -3GMh^2/(c^2r^4)$ , in its most primitive form |
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May 15 |
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Precision of Coulomb's law while this experiment proves the law to be very precise for high energies, can someone give an estimate of when the law becomes inapplicable for very small charges (e) / large distances? |
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May 15 |
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Precision of Coulomb's law follow-up question: how-the-inverse-square-law-in-electrodynamics-is-related-to-photon-mass physics.stackexchange.com/questions/62469/… |
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May 15 |
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Precision of Coulomb's law while there might be plausible reasons for the equivalence between measurements at both ends of the spectrum, I am not yet convinced why the quoted high energy measurements would also prove that the formula still holds for very small q and large distances (with the same precision). In gravity measurements at very small scales ( rspa.royalsocietypublishing.org/content/394/1806/47 ) might have confirmed all gravitational laws, whereas measurements at galactic scales might show that something is odd (=> dark matter) ? |
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May 15 |
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Precision of Coulomb's law here is a link without pay wall : moodle.davidson.edu/moodle2/pluginfile.php/13924/mod_resource/… |
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May 15 |
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Precision of Coulomb's law at firtree, dmckee: interesting meta information, thanks |
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Nov 3 |
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The quantum state can be interpreted statistically, again fantastic answer ++ |
