Abstract
We have obtained some more details about the electron and intense laser interaction by calculating the exact waveforms of the radiation field. We have shown that the radiation polarization from the nonlinear Thomson scattering does not follow the laser polarization, but changes with the laser intensity, which could be used for measuring high laser intensities. We have also shown that the actual pulse width of the x-ray generated by a relativistic inverse Compton scattering is in the attosecond region due to the relativistic retardation effect.
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