Authors: Hamid V. Ansari
An electromagnetic wave with the wavelength lambda, which has some energy, descends on an electron and makes it move in the same direction of propagation of the wave. The wave makes the moving electron oscillate with a lower frequency. A simple analysis shows that this moving oscillating electron radiates, in the direction making angle theta with the direction of the incident wave, an electromagnetic wave which its wavelength is bigger by a factor proportional to lambda(1 − cos theta). The mechanism presented for pushing the electron, necessitates that Camton scattering to cease if the experiment is performed in vacuum. (I'm ready to prepare for doing such a critical test experiment in any university as a guest researcher.)
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