- #1
mathfeel
- 181
- 1
Maxwell's eqn, in invariant form reads:
[tex]F^{\mu \nu}{}_{;\nu} = J^{\mu}[/tex]
and
[tex]F_{\alpha \beta ;\gamma} + F_{\beta \gamma ;\alpha}+F_{\gamma \alpha; \beta} = 0 [/tex]
Can someone give Maxwell's eqn if there is magnetic charge and current? I do not believe the form (matrix element) of F change, however, if it does, please state that as well.
[tex]F^{\mu \nu}{}_{;\nu} = J^{\mu}[/tex]
and
[tex]F_{\alpha \beta ;\gamma} + F_{\beta \gamma ;\alpha}+F_{\gamma \alpha; \beta} = 0 [/tex]
Can someone give Maxwell's eqn if there is magnetic charge and current? I do not believe the form (matrix element) of F change, however, if it does, please state that as well.