Difference between revisions of "The Quantitative Analogies and the Ether"
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− | The quantitative analogies point to an ether with many of the properties of a perfect fluid: that is, incompressible, frictionless, convective, gyrostatic; but also infinitely polarizable. Mass, considered not to vary with velocity, is apparently the bridge between the ether world. and the electrical world which we inhabit. Does this mean that the ether 150 composed of minute charged particles, or of neutral couplets, mirroring our atoms, which are then entrainable by matter, but do not rotate with it?[[Category:Scientific Paper]] | + | The quantitative analogies point to an ether with many of the properties of a perfect fluid: that is, incompressible, frictionless, convective, gyrostatic; but also infinitely polarizable. Mass, considered not to vary with velocity, is apparently the bridge between the ether world. and the electrical world which we inhabit. Does this mean that the ether 150 composed of minute charged particles, or of neutral couplets, mirroring our atoms, which are then entrainable by matter, but do not rotate with it? |
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+ | [[Category:Scientific Paper|quantitative analogies ether]] | ||
[[Category:Aether]] | [[Category:Aether]] |
Revision as of 11:24, 1 January 2017
Scientific Paper | |
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Title | The Quantitative Analogies and the Ether |
Author(s) | Robert L Stilmar |
Keywords | Aether |
Published | 1998 |
Journal | None |
Abstract
The quantitative analogies point to an ether with many of the properties of a perfect fluid: that is, incompressible, frictionless, convective, gyrostatic; but also infinitely polarizable. Mass, considered not to vary with velocity, is apparently the bridge between the ether world. and the electrical world which we inhabit. Does this mean that the ether 150 composed of minute charged particles, or of neutral couplets, mirroring our atoms, which are then entrainable by matter, but do not rotate with it?