Physics - Exploring Cosmic Strings

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In summary, the conversation discusses an infinitely long straight cosmic string and whether an exact solution for it has been found. It references a webpage that provides a solution based on a paper, and mentions the thesis of a person named David Waite who may have solved the problem.
  • #1
pmb
A while back I created a web page to describe an infinetly long straight cosmic string.

http://www.geocities.com/physics_world/cosmic_string.htm

Does anyone know if an exact solution for such a string has been fount. The result in that page is based on a paper which seems to have been only a weak field solution.

Pmb
 
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  • #2
Threads and theoretics.

One requires a point of termination or terminating force obviously the residual of a terminating force will provide theoretical threads.

Hairs on a plant are consistent with the terminating force of its existence.

Force is evidently descending forming and terminating with infinite potentials and there are the theoretics of formation. Naturally the human nervous system and lymph system function due to these universal threads.

This is a partial interpretation of a thesis I have written.

Take good care.
 
  • #3
Originally posted by pmb
A while back I created a web page to describe an infinetly long straight cosmic string.

http://www.geocities.com/physics_world/cosmic_string.htm

Does anyone know if an exact solution for such a string has been fount. The result in that page is based on a paper which seems to have been only a weak field solution.

Pmb

Yes, David Waite claims to have solved it. Problem 11.1.7 at the link seems to be the more general of his solutions.
http://www.geocities.com/zcphysicsms/chap11.htm
 

1. What are cosmic strings?

Cosmic strings are hypothetical thin, long objects that are thought to exist in outer space. They are believed to be remnants from the early universe, and are made up of extremely dense and tightly wound energy fields.

2. How are cosmic strings formed?

Cosmic strings are believed to have formed during the early stages of the universe, as it expanded and cooled. As the universe cooled, it underwent a phase transition, causing some regions to have different energy levels than others. This resulted in the formation of cosmic strings.

3. What are the properties of cosmic strings?

Cosmic strings are extremely thin, with a width that is estimated to be less than the width of an atom. They are also believed to be incredibly dense, with a mass that is estimated to be equivalent to a large planet. They also have the ability to vibrate, which can produce gravitational waves.

4. How are cosmic strings detected?

Cosmic strings are very difficult to detect directly due to their small size and extremely low energy levels. However, scientists have been able to indirectly detect their presence through observing their effects on the surrounding space, such as gravitational lensing and the production of gravitational waves.

5. Can cosmic strings be used for time travel?

While some theories have suggested that cosmic strings could potentially be used for time travel, there is currently no scientific evidence to support this claim. The extreme conditions and properties of cosmic strings make it highly unlikely that they could be utilized for time travel, and it remains a topic of ongoing research and speculation.

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