Gauss' law applied on a four-dimensional surface

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SUMMARY

Gauss' law can be applied in a four-dimensional surface, as confirmed by participants in the discussion. The mathematical principles underlying Gauss' law remain valid in higher dimensions, despite the lack of physical representation in our universe. This application demonstrates the versatility of mathematical concepts across different dimensional frameworks.

PREREQUISITES
  • Understanding of Gauss' law in electromagnetism
  • Familiarity with four-dimensional geometry
  • Basic knowledge of vector calculus
  • Concepts of higher-dimensional mathematics
NEXT STEPS
  • Explore the mathematical foundations of Gauss' law in higher dimensions
  • Study four-dimensional geometry and its applications
  • Investigate vector calculus techniques in multi-dimensional spaces
  • Research the implications of higher-dimensional theories in physics
USEFUL FOR

Mathematicians, physicists, and students interested in advanced geometry and theoretical physics will benefit from this discussion on the application of Gauss' law in four-dimensional surfaces.

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in a 4D plane or on a four-dimensional surface can gauss law be used?
 
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helpmepleaseaaaaaaa said:
in a 4D plane or on a four-dimensional surface can gauss law be used?
Sure, you can use it. The math works just fine even if it doesn't describe anything in this universe.
 
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