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We provide theoretical investigations of the response of the Ar and H atomsto an intense elliptically polarized few-cycle laser pulse, as a function oflight ellipticity. The time-dependent Schr{\"o}dinger equation describing theleast-bound electron is solved numerically, and differential quantities such asthe momentum distribution, the electron density in the continuum, and theabove-threshold ionization spectra are computed. These quantities provideinsight into the ionization dynamics and the electron rescattering process as afunction of light ellipticity, and reveal great similarities between theresponse of Ar and H to the applied external field.

The role of light ellipticity in ionization of atoms by intense few-cycles laser pulses