Conserved Quantities in de Sitter ST

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SUMMARY

The discussion addresses the calculation of conserved quantities in de Sitter spacetime using geodesic equations. The solution involves applying the equations for \(\ddot{x}\) and \(\ddot{t}\) to demonstrate that the derivative \(dL/d\tau\) equals zero. This confirms the conservation of quantities along geodesics in this specific spacetime framework. The participant acknowledges their misunderstanding and expresses clarity on the solution process.

PREREQUISITES
  • Understanding of geodesic equations in general relativity
  • Familiarity with de Sitter spacetime concepts
  • Knowledge of conserved quantities in physics
  • Basic proficiency in differential calculus
NEXT STEPS
  • Study the derivation of geodesic equations in general relativity
  • Explore the implications of conserved quantities in curved spacetime
  • Learn about the mathematical framework of de Sitter space
  • Investigate applications of conserved quantities in cosmology
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Physicists, students of general relativity, and researchers interested in cosmological models and the mathematical properties of spacetime.

aman02
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[SOLVED] Conserved Quantities

Question answered!
 
Last edited:
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Use your two geodesic equations for [itex]\ddot x[/itex] and [itex]\ddot t[/itex]. You should find that [itex]dL/d\tau[/itex] vanishes.
 
Oh - I was just being silly, thanks. I totally see what I was supposed to do now. Close please.
 

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