Lorentz Transformations with Special Relativity Derivation

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SUMMARY

The discussion focuses on the derivation layout of Lorentz transformations within the context of special relativity. It confirms that the postulates of special relativity, attributed to Albert Einstein, are foundational for the Lorentz transformations, which were originally developed as part of ether theory. The conversation emphasizes that the Lorentz equations depend entirely on these postulates, highlighting their critical role in the framework of modern physics.

PREREQUISITES
  • Understanding of Einstein's postulates of special relativity
  • Familiarity with Lorentz transformations
  • Basic knowledge of ether theory
  • Conceptual grasp of the implications of special relativity in physics
NEXT STEPS
  • Study the derivation of Lorentz transformations in detail
  • Explore the historical context of ether theory and its relevance
  • Investigate the implications of Einstein's postulates on modern physics
  • Review applications of Lorentz transformations in various physical scenarios
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Students of physics, educators teaching special relativity, and researchers interested in the historical development of relativistic theories.

Devin
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Any advice on my derivation layout?
 

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I think the postulates of special relativity at the beginning of the article are due to Einstein, although the transformations are from Lorentz, developed as a part of ether theory.
 
Khashishi said:
I think the postulates of special relativity at the beginning of the article are due to Einstein, although the transformations are from Lorentz, developed as a part of ether theory.
The Lorentz equations are contingent upon the postulates. Without them, there are no equations.
 
Thread 'Colors in a plasma globe'

Thread 'Colors in a plasma globe'

I have a common plasma globe with blue streamers and orange pads at both ends. The orange light is emitted by neon and the blue light is presumably emitted by argon and xenon. Why are the streamers blue while the pads at both ends are orange? A plasma globe's electric field is strong near the central electrode, decreasing with distance, so I would not expect the orange color at both ends.
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