Difference between revisions of "A Relativity Theorem, with Huge Consequences"

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==Abstract==
 
==Abstract==
  
Previously missing, but not conspicuous by their absence, local and universal constants are now defined, and a standard test for them based on relativity is created, resulting in three universal constants, all having the same dimensions. From this and little else, a valid set of relativistic changes for each of the two types of reference frame, agreeing exactly with sets previously derived from laws of physics, is derived in only a few lines. A different set, adopted by SR and GR, disagrees with the laws of nature, which invalidates those theories, and more than a dozen consequences are given to illustrate how much some physics theories have been diverted from Nature?s truths.[[Category:Scientific Paper]]
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Previously missing, but not conspicuous by their absence, local and universal constants are now defined, and a standard test for them based on relativity is created, resulting in three universal constants, all having the same dimensions. From this and little else, a valid set of relativistic changes for each of the two types of reference frame, agreeing exactly with sets previously derived from laws of physics, is derived in only a few lines. A different set, adopted by SR and GR, disagrees with the laws of nature, which invalidates those theories, and more than a dozen consequences are given to illustrate how much some physics theories have been diverted from Nature?s truths.
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[[Category:Scientific Paper|relativity theorem huge consequences]]
  
 
[[Category:Relativity]]
 
[[Category:Relativity]]

Revision as of 10:02, 1 January 2017

Scientific Paper
Title A Relativity Theorem, with Huge Consequences
Read in full Link to paper
Author(s) David V Connell
Keywords {{{keywords}}}
Published 2011
Journal Proceedings of the NPA
Volume 8
No. of pages 3
Pages 129-132

Read the full paper here

Abstract

Previously missing, but not conspicuous by their absence, local and universal constants are now defined, and a standard test for them based on relativity is created, resulting in three universal constants, all having the same dimensions. From this and little else, a valid set of relativistic changes for each of the two types of reference frame, agreeing exactly with sets previously derived from laws of physics, is derived in only a few lines. A different set, adopted by SR and GR, disagrees with the laws of nature, which invalidates those theories, and more than a dozen consequences are given to illustrate how much some physics theories have been diverted from Nature?s truths.