Unipolar components travelling at the speed of light in vacuo

Physics – Classical Physics

Scientific paper

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2 pages, withdrawn because it is probably incorrect

Scientific paper

We describe a physical situation where the time integral of the electric field of an electromagnetic wave packet is not zero. More specifically, the non-oscillating component of the Fourier spectrum, i.e. the component resulting from the Fourier transform of the electric field evaluated at $\omega=0$, can be associated with the area under a locally unipolar electromagnetic pulse that travels in free space at the speed of light.

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