Question: Let (A^{mu}) be the electromagnetic four-vector potential and define the four-vector (K_{mu}=epsilon_{mu u ho sigma} A^{u} partial^{ho} A^{sigma}). Show that T = 0 becomes T

Let \(A^{\mu}\) be the electromagnetic four-vector potential and define the four-vector \(K_{\mu}=\epsilon_{\mu u ho \sigma} A^{u} \partial^{ho} A^{\sigma}\). Show that T = 0 becomes T = (1/c)jF.

T = 0 becomes T = (1/c)jF.

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