Difference between revisions of "Potier's Principle: A Trap for Unwary Etherists and Others"
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| − | A national way to express an hypothesized first-order departure from light-speed constancy is by addition to <em>c </em>of a scalar product of some convective velocity and the normalized light propagation vector. This is the form proposed in a recent paper by Hill [4] in this journal. It is shown here that a principle discovered by Potier [2] during the last century, based on Fermat's principle, denies the theoretical possibility of any simple optical testing (proof and disproof) of such a presumed first-order effect. It was Potier's principle, joined to physical interpretation of the convective velocity as ether velocity, that established motional "relativity" as a first-order empirical fact before the advent of either Michelson-Morley (second-order empiricism) or Poincare-Einstein (higher-order theory). | + | A national way to express an hypothesized first-order departure from light-speed constancy is by addition to <em>c </em>of a scalar product of some convective velocity and the normalized light propagation vector. This is the form proposed in a recent paper by Hill [4] in this journal. It is shown here that a principle discovered by Potier [2] during the last century, based on Fermat's principle, denies the theoretical possibility of any simple optical testing (proof and disproof) of such a presumed first-order effect. It was Potier's principle, joined to physical interpretation of the convective velocity as ether velocity, that established motional "relativity" as a first-order empirical fact before the advent of either Michelson-Morley (second-order empiricism) or Poincare-Einstein (higher-order theory). |
| − | [[Category:Aether]] | + | [[Category:Scientific Paper|potier 's principle trap unwary etherists]] |
| − | [[Category:Relativity]] | + | |
| + | [[Category:Aether|potier 's principle trap unwary etherists]] | ||
| + | [[Category:Relativity|potier 's principle trap unwary etherists]] | ||
Latest revision as of 19:50, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | Potier\'s Principle: A Trap for Unwary Etherists and Others |
| Author(s) | Thomas E Phipps |
| Keywords | Poiter's principle, light-speed constancy, Fermat's principle, convecture velocity, ether, first-order effect |
| Published | 1992 |
| Journal | Galilean Electrodynamics |
| Volume | 3 |
| Number | 3 |
| Pages | 56-57 |
Abstract
A national way to express an hypothesized first-order departure from light-speed constancy is by addition to c of a scalar product of some convective velocity and the normalized light propagation vector. This is the form proposed in a recent paper by Hill [4] in this journal. It is shown here that a principle discovered by Potier [2] during the last century, based on Fermat's principle, denies the theoretical possibility of any simple optical testing (proof and disproof) of such a presumed first-order effect. It was Potier's principle, joined to physical interpretation of the convective velocity as ether velocity, that established motional "relativity" as a first-order empirical fact before the advent of either Michelson-Morley (second-order empiricism) or Poincare-Einstein (higher-order theory).
