Why is there a correlation between gravitational and magnetic fields?

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Discussion Overview

The discussion revolves around the correlation between gravitational and magnetic fields, particularly focusing on their inverse square nature and the underlying principles that may connect them. Participants explore theoretical implications and seek to understand the relationship between these two distinct forces.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • Some participants note that both gravitational and magnetic fields decrease in strength with the square of the distance, prompting questions about their correlation despite being different forces.
  • One participant suggests that the correlation may relate to broader theories, referencing the Theory of Everything and the Standard Model.
  • Another participant challenges the complexity of the question, directing others to resources on the inverse square law and its application to electromagnetic waves.
  • A participant proposes that divergence might be a common feature of both fields, leading to further discussion about the implications of divergence in the context of inverse square laws.
  • It is mentioned that for a magnetic field to decrease according to the inverse square law, magnetic monopoles would need to exist, which have not been observed, while electric fields can more easily exhibit this behavior.

Areas of Agreement / Disagreement

Participants express differing views on the nature of the correlation between gravitational and magnetic fields, with some proposing theoretical connections and others focusing on the mathematical properties. The discussion remains unresolved with multiple competing perspectives.

Contextual Notes

Participants reference various theoretical frameworks and laws, but the discussion does not settle on specific definitions or assumptions regarding the nature of the forces involved.

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A gravitational field and a magnetic field both decrease in strength at the distance squared. They are two totally different forces so why the correlation?
 
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So is it fair to say that divergence is what they have in common?
 
The vanishing divergence without sources in the common reason for both inverse square laws, indeed.
To have a magnetic field decreasing as inverse square law, you would need (unobserved) magnetic monopoles, however. It is easier with electric fields.
 

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