Relativity or Relativistic Theromdynamics

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Discussion Overview

The discussion revolves around the relationship between relativity, relativistic thermodynamics, and their implications in space science and astrophysics. Participants explore how these concepts apply to high-energy systems and phenomena in astrophysical contexts.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • Some participants suggest that relativity and relativistic thermodynamics are relevant to space science, particularly in the context of massive stars and energetic systems.
  • Others inquire about the connection between relativistic electrodynamics and astrophysics, seeking clarification on its significance.
  • One participant notes that high-energy phenomena, such as electrons and ions with energies in the MeV to TeV ranges, necessitate the use of relativistic dynamics.
  • A participant expresses a desire for multiple opinions on the topic, indicating a need for diverse perspectives.

Areas of Agreement / Disagreement

Participants generally agree that there is a connection between relativity and astrophysics, but the extent and specifics of this relationship remain open to discussion. Multiple viewpoints are presented without a clear consensus.

Contextual Notes

The discussion includes assumptions about the applicability of relativistic concepts to various astrophysical phenomena, which may depend on specific definitions and contexts. Some mathematical steps and detailed explanations are not fully resolved.

hagopbul
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is Relative or relativistic Thermodynamic have an thing with space scenics ?
 
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hagopbul said:
is Relative or relativistic Thermodynamic have an thing with space scenics ?
Are you asking if Relativity or Relativistic Theromdynamics has anything to do with Space Science (Astrophysics)? If that is the question, then the answer is certainly.

There are aspects of both Special and General Relativity, particularly in massive stars and structures and highly energetic systems.
 
and did the relativistic electrodynamic have an thing with astrophysics?
and why?
 
Certain phenomenon involve high energy particles, e.g. electrons with energies in the MeV range or ions (nuclei) in the GeV and TeV ranges and even higher energies. When kinetic energy are several times the rest energy, then one must employ relativistic dynamics (both mechanics and electrodynamics).
 
thank you
but you ave me a warning...
all that i want is
more than one opinion...
 

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