18 research outputs found
Two--Electron Atoms in Short Intense Laser Pulses
Full text linkWe discuss a method of solving the time dependent Schrodinger equation for
atoms with two active electrons in a strong laser field, which we used in a
previous paper [A. Scrinzi and B. Piraux, Phys. Rev. A 56, R13 (1997)] to
calculate ionization, double excitation and harmonic generation in Helium by
short laser pulses. The method employs complex scaling and an expansion in an
explicitly correlated basis. Convergence of the calculations is documented and
error estimates are provided. The results for Helium at peak intensities up to
10^15 W/cm^2 and wave length 248 nm are accurate to at least 10 %. Similarly
accurate calculations are presented for electron detachment and double
excitation of the negative hydrogen ion.Comment: 14 pages, including figure
From the UV to the static-field limit: rates and scaling laws of intense-field ionization of helium
Full text linkMultiphoton detachment of a negative ion by an elliptically polarized, monochromatic laser field
Full text linkIonization rates and harmonic generation for H interacting with laser pulses of λ = 1064 nm and peak intensities in the range 2 x 1013-2 x 1014 W cm-2
No full textTime-dependent formation of the profile of the He 2s2p Po1 state excited by a short laser pulse
No full textTime-resolved hyperfast processes of strongly correlated electrons during the coherent excitation and decay of multiply excited and inner-hole excited states
No full textMultiphoton response of He to short laser pulses of wavelength 248 nm and intensities in the range 1014-1016 W cm-2
No full textThe significance of electron correlation and of state symmetries in the interaction of strong laser pulses of 5 eV with He
No full textTheory and computation of the attosecond dynamics of pairs of electrons excited by high-frequency short light pulses
No full textStrong laser-field effects in hydrogen: High-order above-threshold ionization and photoelectron angular distributions
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