Difference between revisions of "Poincar?-Lorentz vs. Einstein-Minkowski re Time"

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The Poincar?-Lorentz approach to relativity differs from the Einstein-Minkowski approach because it includes an aether, and so admits an observer velocity relative to that aether. With that additional parameter, Poincar?-Lorentz theory can produce both time dilation ''and'' time contraction.
 
The Poincar?-Lorentz approach to relativity differs from the Einstein-Minkowski approach because it includes an aether, and so admits an observer velocity relative to that aether. With that additional parameter, Poincar?-Lorentz theory can produce both time dilation ''and'' time contraction.
  
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[[Category:Scientific Paper|poincar -lorentz vs einstein-minkowski time]]
  
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[[Category:Relativity|poincar -lorentz vs einstein-minkowski time]]

Latest revision as of 19:50, 1 January 2017

Scientific Paper
Title Poincar?-Lorentz vs. Einstein-Minkowski re Time
Author(s) Janusz Dyonizy Laski
Keywords {{{keywords}}}
Published 2006
Journal Galilean Electrodynamics
Volume 17
Number 2
Pages 35-40

Abstract

The Poincar?-Lorentz approach to relativity differs from the Einstein-Minkowski approach because it includes an aether, and so admits an observer velocity relative to that aether. With that additional parameter, Poincar?-Lorentz theory can produce both time dilation and time contraction.