On the differential scattered power due to the nonlinear scattering of light for ultra strong fields

Author:

Valluri S. R.,Bhartia P.

Abstract

The differential scattered power is calculated for the nonlinear interaction of two electromagnetic waves in a vacuum. It is calculated for both parallel [Formula: see text] and perpendicular [Formula: see text] polarization cases and expressed as a function of the scattering angle θ′. In an earlier paper we have treated the nonlinear interaction by the introduction of the Lagrangian for the ultrastrong field case. A detailed discussion of the power indicates the position of the maxima and minima at various angles and hence would enable the experimentalist to set up the required orientation of the detecting apparatus. The promise of continuous, intense, and monochromatic polarized radiation from electron synchrotrons and storage rings motivates the study and experimental confirmation is hoped for.

Publisher

Canadian Science Publishing

Subject

General Physics and Astronomy

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