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Displacement of the spectrum of a light pulse composed of a small number of oscillations toward shorter wavelengths in a dielectric with plasma nonlinearity

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Abstract

The principal regularities are determined of the self-action of high-intensity ultrashort laser pulses, caused by ionization of a dielectric medium as the pulses propagate in it. It is shown that the plasma nonlinearity generated in dielectrics in the strong fields of pulses composed of a small number of oscillations causes profiling of the emission spectrum and shifts its maximum toward shorter wavelengths.

© 2007 Optical Society of America

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