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equations:maxwell_equations [2018/04/09 15:48] tesmitekle [Interpretation] |
equations:maxwell_equations [2018/04/09 15:53] tesmitekle [Abstract] |
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<diagram> | <diagram> | ||
- | | AA|| |AA=$A$ (potential)| | + | |||||-|-|Duality|-|-@2| |
- | | |!@4| | | | | | | + | ||!||||||| |
- | | AA|-@2| BB |AA=$F$ (field; Faraday)|BB=$*F$ (dual Field; Maxwell) | + | ||!||| AA|| |AA=$A$ (potential)| |
- | | |!@4| | | | !@4| | | + | ||!||| |!@4| | | | | | |
- | | AA|| BB |AA=$dF=0$ (identity based $\partial \partial =0$)|BB=$d *F=4\pi *J$ | + | |Differentiation|| AA|-@2| BB |AA=$F$ (field; Faraday)|BB=$*F$ (dual Field; Maxwell) |
- | | || | | | !@4| | | + | ||!||| |!@4| | | | !@4| | |
- | | |||| BB |BB=$d* J=0 $ (expressed as an identity based on $\partial \partial =0$) | + | ||!||| AA|| BB |AA=$dF=0$ (identity based $\partial \partial =0$)|BB=$d *F=4\pi *J$ |
+ | ||!||| || | | | !@4| | | ||
+ | ||!@4||| |||| BB |BB=$d* J=0 $ (expressed as an identity based on $\partial \partial =0$) | ||
</diagram> | </diagram> | ||