Einstein's Worm Holes: Derivation of Equation

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SUMMARY

The discussion centers on the derivation of equations related to Einstein-Rosen Bridges, a specific type of wormhole geometry. It highlights that John Wheeler demonstrated in the early 1960s that these simple wormholes are unstable and collapse before anything can pass through them, including light. The conversation emphasizes the necessity of "exotic matter" to maintain stable wormholes. For further exploration, participants are encouraged to seek advanced presentations and resources available online.

PREREQUISITES
  • Understanding of general relativity and its implications on spacetime.
  • Familiarity with the concept of wormholes and their classifications.
  • Knowledge of the role of exotic matter in theoretical physics.
  • Basic grasp of Einstein's theories, particularly the Einstein-Rosen Bridge concept.
NEXT STEPS
  • Research the mathematical derivation of the Einstein-Rosen Bridge equations.
  • Explore the concept of exotic matter and its properties in theoretical physics.
  • Study the stability conditions of wormholes in advanced physics literature.
  • Investigate current theories and experiments related to wormhole stability and traversability.
USEFUL FOR

Physicists, students of theoretical physics, and anyone interested in advanced concepts of general relativity and wormhole research.

anvesh111
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Can any 1 tell me what is the derivation for worm holes(equation)?
 
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I think you mean Einstein-Rosen Bridges, which are a kind of wormhole geometry. You'll find them discussed here...
"[URL
The Einstein-Rosen Bridge[/URL]

...if you want a more advanced presentation then I'm sure there's plenty of notes to be found on the web now you know what it's called.

John Wheeler demonstrated in the early 1960s that such simple wormholes were unstable to collapse and they shut before anything can pass through them, even light. Stable wormholes require "exotic matter" to keep open.
 
Last edited by a moderator:
thanx u r awesome man ,i waiting for the reply...i need to know more n more
 
Yep, agree with this advice. This sounds to me like something that should be advertised on the back cover of a comic book. If you're not getting a good feeling about the boss, it's time to leave.
 

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