Are Einsteins field equations too complicated?

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Discussion Overview

The discussion revolves around the complexity of Einstein's field equations, exploring whether they are overly complicated and how they might be perceived in different geometrical contexts. Participants express personal views on the equations and their implications in various theoretical frameworks.

Discussion Character

  • Debate/contested, Conceptual clarification

Main Points Raised

  • Some participants express frustration with the complexity of Einstein's field equations, questioning if their understanding is limited.
  • One participant suggests that physics prioritizes correctness over personal preference regarding complexity.
  • Another notes that many individuals, including those with advanced degrees, live without a deep understanding of these equations.
  • A participant reiterates their concerns about the equations' complexity and seeks comments on their application in different geometrical contexts, such as planar, spherical, and cylindrical worlds.
  • There is a challenge posed regarding the basis of comparison for the complexity of the equations.
  • A recommendation is made for a resource that may help clarify the equations, indicating a desire for better understanding.

Areas of Agreement / Disagreement

Participants do not reach a consensus on whether the equations are too complicated; instead, multiple perspectives on their complexity and relevance are presented.

Contextual Notes

The discussion includes subjective views on complexity and understanding, which may depend on individual backgrounds and definitions of simplicity in physics.

Who May Find This Useful

Individuals interested in theoretical physics, particularly those grappling with the implications and interpretations of Einstein's field equations.

Alain De Vos
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Or is my brain to small ?
Personally i don't like the field equations, because they are complicated. Richard Feynman would say to this, if you don't like it go to another universe where the laws of nature are much simpler. But then again on sub-atomic level symmetry was a good guide ... e.g. hellman ... can someone comment... E.g. field equations in a planair world, a spherical world , a cilindrical world ?
 
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Physics doesn't care about being liked or not. It cares about being right.
 
And oddly, many people lead perfectly happy lives without understanding Einstein's field equations. Some of these people even have a Ph.D. in physics :wink:
 
Alain De Vos said:
Or is my brain to small ?
Personally i don't like the field equations, because they are complicated. Richard Feynman would say to this, if you don't like it go to another universe where the laws of nature are much simpler. But then again on sub-atomic level symmetry was a good guide ... e.g. hellman ... can someone comment... E.g. field equations in a planair world, a spherical world , a cilindrical world ?

Hey Alain De Vos.

It might help you if you take a look at this:

http://math.ucr.edu/home/baez/einstein/einstein.pdf

It's a brilliant exposition by John Baez and I recommend you read it.
 
Complicated compared to what?
 

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